  COVER INFORMATION 

 Station:    VLBA_FD   (Code Fd ) 
 Experiment: THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
 Exp. Code:  GM082   


Schedule Version:       1.00
Processed by SCHED version:  11.60  Release 11.6; April 2020

PI:       L. Moscadelli

Address:  Osservatorio Astrofisico di Arcetri
          Via E.Fermi 5
          I-50125, Firenze
          Italy

Phone:    +39 055 2752220
EMAIL:    luca.moscadelli@inaf.it
Fax:      +39 055 220039
Phone during observation: +39 055 2752220

Observing mode: Polarization observations of 2 sources at 22 GHz (256 Mb/s

Notes:    phase-cal OFF
          two sources = NGC7538IRS1, G105.42+9.88 VLA3B
 
 

Schedule for VLBA_FD   (Code Fd )                                   Page   2
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Mon   5 Jun 2023   Day 156 ---

 Next scan frequencies:  22201.00  22201.00  22217.00  22217.00  22233.00  22233.00  22249.00  22249.00
 Next BBC frequencies:     701.00    701.00    717.00    717.00    733.00    733.00    749.00    749.00
 Next scan bandwidths:      16.00     16.00     16.00     16.00     16.00     16.00     16.00     16.00

19 00 00  J2202+4216   05 00 01  10.9 -46.8  6.9      58.2     0        0   19 00 00
19 10 00  =VR422201    05 10 02   9.3 -45.8  7.1      56.7   600       39   19 00 01

19 13 00  NGC7538      05 13 03  26.8 -32.2  6.0      74.6   137       39   19 13 00
19 22 00  ---          05 22 04  25.8 -31.9  6.1      72.8   540       73   19 13 01

19 22 20  NGC7538      05 22 24  25.8 -31.9  6.1      72.7    14       73   19 22 20
19 34 00  ---          05 34 06  24.4 -31.4  6.3      70.3   700      119   19 22 21

19 34 20  NGC7538      05 34 26  24.4 -31.4  6.3      70.3    14      119   19 34 20
19 46 00  ---          05 46 08  23.1 -30.8  6.5      67.9   700      164   19 34 21

19 46 20  NGC7538      05 46 28  23.1 -30.8  6.5      67.9    14      164   19 46 20
19 58 00  ---          05 58 10  21.8 -30.2  6.7      65.5   700      209   19 46 21

19 58 20  NGC7538      05 58 30  21.7 -30.2  6.7      65.4    14      209   19 58 20
20 10 00  ---          06 10 12  20.5 -29.5  6.9      63.1   700      254   19 58 21

20 10 20  NGC7538      06 10 32  20.5 -29.5  6.9      63.0    14      254   20 10 20
20 22 00  ---          06 22 14  19.2 -28.8  7.1      60.7   700      299   20 10 21

20 36 00  NGC7538      06 36 16  17.8 -27.9  7.4      57.9   834      299   20 36 00
20 41 00  ---          06 41 17  17.3 -27.6  7.4      56.9   300      318   20 36 01

20 41 00  NGC7538      06 41 17  17.3 -27.6  7.4      56.9    -6      318   20 41 06
20 45 00  ---          06 45 18  16.9 -27.3  7.5      56.1   234      333   20 41 01

20 45 20  NGC7538      06 45 38  16.9 -27.3  7.5      56.0    14      333   20 45 20
20 57 00  ---          06 57 20  15.7 -26.5  7.7      53.7   700      378   20 45 21

20 57 20  NGC7538      06 57 40  15.7 -26.4  7.7      53.6    14      378   20 57 20
21 09 00  ---          07 09 22  14.6 -25.6  7.9      51.3   700      423   20 57 21

21 09 20  NGC7538      07 09 42  14.6 -25.5  7.9      51.2    14      423   21 09 20
21 21 00  ---          07 21 24  13.5 -24.6  8.1      48.9   700      469   21 09 21

21 21 20  NGC7538      07 21 44  13.5 -24.6  8.1      48.8    14      469   21 21 20
21 33 00  ---          07 33 26  12.4 -23.6  8.3      46.4   700      514   21 21 21

21 33 20  NGC7538      07 33 46  12.4 -23.6  8.3      46.4    14      514   21 33 20
21 45 00  ---          07 45 28  11.4 -22.6  8.5      44.0   700      559   21 33 21
Schedule for VLBA_FD   (Code Fd )                                   Page   3
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Mon   5 Jun 2023   Day 156 ---

21 59 00  NGC7538      07 59 30  10.3 -21.3  8.7      41.2   834      559   21 59 00
22 08 00  ---          08 08 31   9.6 -20.5  8.9      39.3   540      593   21 59 01

22 08 20  NGC7538      08 08 51   9.6 -20.5  8.9      39.2    14      593   22 08 20
22 21 00  ---          08 21 34   8.6 -19.3  9.1      36.6   760      642   22 08 21

22 21 20  NGC7538      08 21 54   8.6 -19.2  9.1      36.6    14      642   22 21 20
22 34 00  ---          08 34 36   7.7 -18.0  9.3      34.0   760      691   22 21 21

22 34 20  NGC7538      08 34 56   7.7 -18.0  9.3      33.9    14      691   22 34 20
22 47 00  ---          08 47 38   6.9 -16.7  9.5      31.3   760      740   22 34 21

22 47 20  NGC7538      08 47 58   6.9 -16.6  9.6      31.2    14      740   22 47 20
23 00 00  ---          09 00 40   6.1 -15.3  9.8      28.5   760      789   22 47 21

23 14 00  NGC7538      09 14 42   5.4 -13.8 10.0      25.6   834      789   23 14 00
23 19 00  ---          09 19 43   5.1 -13.3 10.1      24.6   300      809   23 14 01

23 19 00  NGC7538      09 19 43   5.1 -13.3 10.1      24.6    -6      809   23 19 06
23 23 00  ---          09 23 44   4.9 -12.8 10.1  H   23.7     0      824   23 19 01

23 23 20  NGC7538      09 24 04   4.9 -12.8 10.2  H   23.6    14      824   23 23 20
23 35 00  ---          09 35 46   4.4 -11.5 10.4  H   21.2     0      869   23 23 21

23 35 20  NGC7538      09 36 06   4.4 -11.5 10.4  H   21.1    14      869   23 35 20
23 47 00  ---          09 47 48   3.9 -10.2 10.6  H   18.6     0      914   23 35 21

23 47 20  NGC7538      09 48 08   3.9 -10.1 10.6  H   18.6    14      914   23 47 20
23 59 00  ---          09 59 50   3.5  -8.8 10.8  H   16.1     0      959   23 47 21

 --- Start: Mon   5 Jun 2023   Day 156 -- Stop: Tue   6 Jun 2023   Day 157 ---

23 59 20  NGC7538      10 00 10   3.5  -8.8 10.8  H   16.0    14      959   23 59 20
00 11 00  ---          10 11 52   3.1  -7.4 11.0  H   13.5     0     1004   23 59 21

00 25 00  NGC7538      10 25 54   2.8  -5.8 11.2  H   10.5   834     1004   00 25 00
00 34 00  ---          10 34 55   2.6  -4.7 11.3  H    8.6     0     1039   00 25 01

00 34 20  NGC7538      10 35 15   2.6  -4.7 11.3  H    8.5    14     1039   00 34 20
00 46 00  ---          10 46 57   2.4  -3.3 11.5  H    6.0     0     1084   00 34 21

00 46 20  NGC7538      10 47 17   2.4  -3.3 11.5  H    5.9    14     1084   00 46 20
00 58 00  ---          10 58 59   2.3  -1.9 11.7  H    3.4     0     1129   00 46 21
Schedule for VLBA_FD   (Code Fd )                                   Page   4
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   6 Jun 2023   Day 157 ---

00 58 20  NGC7538      10 59 19   2.3  -1.8 11.7  H    3.3    14     1129   00 58 20
01 10 00  ---          11 11 01   2.2  -0.4 11.9  D    0.8     0     1174   00 58 21

01 22 20  NGC7538      11 23 23   2.2   1.0-11.9  D   -1.9   734     1174   01 22 20
01 34 00  ---          11 35 05   2.3   2.4-11.7  H   -4.4     0     1219   01 22 21

01 48 00  NGC7538      11 49 08   2.5   4.1-11.4  H   -7.4   834     1219   01 48 00
01 53 00  ---          11 54 08   2.6   4.7-11.3  H   -8.5     0     1238   01 48 01

01 53 00  NGC7538      11 54 08   2.6   4.7-11.3  H   -8.5    -6     1238   01 53 06
01 57 00  ---          11 58 09   2.6   5.1-11.3  H   -9.3     0     1254   01 53 01

01 57 20  NGC7538      11 58 29   2.7   5.2-11.3  H   -9.4    14     1254   01 57 20
02 09 00  ---          12 10 11   2.9   6.6-11.1  H  -11.9     0     1299   01 57 21

02 09 20  NGC7538      12 10 31   2.9   6.6-11.1  H  -12.0    14     1299   02 09 20
02 21 00  ---          12 22 13   3.2   7.9-10.9  H  -14.5     0     1344   02 09 21

02 21 20  NGC7538      12 22 33   3.2   8.0-10.9  H  -14.6    14     1344   02 21 20
02 33 00  ---          12 34 15   3.6   9.3-10.7  H  -17.0     0     1389   02 21 21

02 33 20  NGC7538      12 34 35   3.6   9.4-10.7  H  -17.1    14     1389   02 33 20
02 45 00  ---          12 46 17   4.1  10.7-10.5  H  -19.6     0     1434   02 33 21

02 59 00  NGC7538      13 00 19   4.7  12.3-10.2  H  -22.6   834     1434   02 59 00
03 08 00  ---          13 09 21   5.1  13.2-10.1     -24.5     0     1469   02 59 01

03 08 20  NGC7538      13 09 41   5.1  13.3-10.1     -24.5    14     1469   03 08 20
03 20 00  ---          13 21 23   5.7  14.5 -9.9     -27.0   700     1514   03 08 21

03 20 20  NGC7538      13 21 43   5.7  14.6 -9.9     -27.1    14     1514   03 20 20
03 32 00  ---          13 33 25   6.4  15.8 -9.7     -29.5   700     1559   03 20 21

03 32 20  NGC7538      13 33 45   6.4  15.8 -9.7     -29.6    14     1559   03 32 20
03 44 00  ---          13 45 27   7.1  17.0 -9.5     -32.0   700     1604   03 32 21

03 44 20  NGC7538      13 45 47   7.2  17.1 -9.5     -32.1    14     1604   03 44 20
03 56 00  ---          13 57 29   7.9  18.2 -9.3     -34.5   700     1649   03 44 21

03 56 20  NGC7538      13 57 49   7.9  18.3 -9.3     -34.6    14     1649   03 56 20
04 08 00  ---          14 09 31   8.8  19.4 -9.1     -37.0   700     1694   03 56 21

04 11 00  J2202+4216   14 12 31   2.7  40.9 -7.9  H  -49.6   157     1694   04 11 00
04 19 00  =VR422201    14 20 32   3.8  41.8 -7.7     -50.9     0     1725   04 11 01
Schedule for VLBA_FD   (Code Fd )                                   Page   5
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   6 Jun 2023   Day 157 ---

04 36 00  NGC7538      14 37 35  10.9  22.0 -8.6     -42.7   997     1725   04 36 00
04 41 00  ---          14 42 36  11.3  22.5 -8.5     -43.7   300     1744   04 36 01

04 41 00  NGC7538      14 42 36  11.3  22.5 -8.5     -43.7    -6     1744   04 41 06
04 48 00  ---          14 49 37  11.9  23.1 -8.4     -45.1   414     1771   04 41 01

04 48 20  NGC7538      14 49 57  11.9  23.1 -8.4     -45.2    14     1771   04 48 20
05 00 00  ---          15 01 39  12.9  24.1 -8.2     -47.6   700     1816   04 48 21

05 00 20  NGC7538      15 01 59  13.0  24.1 -8.2     -47.6    14     1816   05 00 20
05 12 00  ---          15 13 41  14.0  25.1 -8.0     -50.0   700     1861   05 00 21

05 12 20  NGC7538      15 14 01  14.0  25.1 -8.0     -50.1    14     1861   05 12 20
05 24 00  ---          15 25 43  15.1  26.0 -7.8     -52.4   700     1906   05 12 21

05 24 20  NGC7538      15 26 03  15.1  26.0 -7.8     -52.5    14     1906   05 24 20
05 36 00  ---          15 37 45  16.3  26.9 -7.6     -54.8   700     1951   05 24 21

05 39 00  J2202+4216   15 40 45  16.3  50.0 -6.4     -63.1   156     1951   05 39 00
05 47 00  =VR422201    15 48 47  17.6  50.6 -6.2     -64.3   480     1982   05 39 01

05 50 00  NGC7538      15 51 47  17.7  27.8 -7.4     -57.6   156     1982   05 50 00
05 59 00  ---          16 00 49  18.6  28.4 -7.2     -59.4   540     2017   05 50 01

05 59 20  NGC7538      16 01 09  18.6  28.4 -7.2     -59.5    14     2017   05 59 20
06 11 00  ---          16 12 51  19.8  29.2 -7.0     -61.8   700     2062   05 59 21

06 11 20  NGC7538      16 13 11  19.9  29.2 -7.0     -61.9    14     2062   06 11 20
06 23 00  ---          16 24 53  21.1  29.9 -6.8     -64.2   700     2107   06 11 21

06 23 20  NGC7538      16 25 13  21.1  29.9 -6.8     -64.3    14     2107   06 23 20
06 35 00  ---          16 36 55  22.4  30.5 -6.6     -66.6   700     2152   06 23 21

06 38 00  J2202+4216   16 39 55  26.3  54.5 -5.4     -71.5   155     2152   06 38 00
06 46 00  =VR422201    16 47 56  27.7  55.0 -5.3     -72.6   480     2183   06 38 01

07 00 00  NGC7538      17 01 59  25.2  31.7 -6.2     -71.7   815     2183   07 00 00
07 05 00  ---          17 07 00  25.7  31.9 -6.1     -72.7   300     2203   07 00 01

07 05 00  J2254+6209   17 07 00  28.1  31.8 -5.8     -77.0   -13     2203   07 05 13
07 05 45  =2252+618    17 07 45  28.2  31.8 -5.8     -77.2    32     2205   07 05 01

07 05 45  NGC7538      17 07 45  25.8  31.9 -6.1     -72.8   -13     2205   07 05 58
07 06 30  ---          17 08 30  25.9  31.9 -6.1     -73.0    32     2207   07 05 46
Schedule for VLBA_FD   (Code Fd )                                   Page   6
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   6 Jun 2023   Day 157 ---

07 06 30  J2254+6209   17 08 30  28.3  31.8 -5.8     -77.3   -13     2207   07 06 43
07 07 15  =2252+618    17 09 15  28.4  31.9 -5.8     -77.5    32     2209   07 06 31

07 07 15  NGC7538      17 09 15  26.0  32.0 -6.1     -73.1   -13     2209   07 07 28
07 08 00  ---          17 10 00  26.1  32.0 -6.1     -73.3    32     2211   07 07 16

07 08 00  J2254+6209   17 10 00  28.5  31.9 -5.8     -77.6   -13     2211   07 08 13
07 08 45  =2252+618    17 10 45  28.6  31.9 -5.7     -77.8    32     2213   07 08 01

07 08 45  NGC7538      17 10 45  26.2  32.0 -6.1     -73.5   -13     2213   07 08 58
07 09 30  ---          17 11 30  26.3  32.0 -6.1     -73.6    32     2215   07 08 46

07 09 30  J2254+6209   17 11 30  28.6  31.9 -5.7     -77.9   -13     2215   07 09 43
07 10 15  =2252+618    17 12 15  28.7  31.9 -5.7     -78.1    32     2217   07 09 31

07 10 15  NGC7538      17 12 15  26.3  32.1 -6.0     -73.8   -13     2217   07 10 28
07 11 00  ---          17 13 01  26.4  32.1 -6.0     -73.9    32     2219   07 10 16

07 11 00  J2254+6209   17 13 01  28.8  32.0 -5.7     -78.3   -13     2219   07 11 13
07 11 45  =2252+618    17 13 46  28.9  32.0 -5.7     -78.4    32     2221   07 11 01

07 11 45  NGC7538      17 13 46  26.5  32.1 -6.0     -74.1   -13     2221   07 11 58
07 12 30  ---          17 14 31  26.6  32.1 -6.0     -74.2    32     2223   07 11 46

07 12 30  J2254+6209   17 14 31  29.0  32.0 -5.7     -78.6   -13     2223   07 12 43
07 13 15  =2252+618    17 15 16  29.1  32.0 -5.7     -78.7    32     2225   07 12 31

07 13 15  NGC7538      17 15 16  26.7  32.2 -6.0     -74.4   -13     2225   07 13 28
07 14 00  ---          17 16 01  26.8  32.2 -6.0     -74.5    32     2227   07 13 16

07 14 00  J2339+6010   17 16 01  23.4  32.5 -6.4     -68.8   -15     2227   07 14 15
07 14 45  =2336+598    17 16 46  23.5  32.5 -6.4     -68.9    30     2229   07 14 01

07 14 45  NGC7538      17 16 46  26.9  32.2 -6.0     -74.7   -15     2229   07 15 00
07 15 30  ---          17 17 31  26.9  32.3 -6.0     -74.8    30     2231   07 14 46

07 15 30  J2339+6010   17 17 31  23.6  32.5 -6.4     -69.1   -15     2231   07 15 45
07 16 15  =2336+598    17 18 16  23.7  32.6 -6.4     -69.2    30     2233   07 15 31

07 16 15  NGC7538      17 18 16  27.0  32.3 -5.9     -75.0   -15     2233   07 16 30
07 17 00  ---          17 19 02  27.1  32.3 -5.9     -75.1    30     2235   07 16 16

07 17 00  J2339+6010   17 19 02  23.8  32.6 -6.4     -69.4   -15     2235   07 17 15
07 17 45  =2336+598    17 19 47  23.8  32.7 -6.3     -69.5    30     2237   07 17 01
Schedule for VLBA_FD   (Code Fd )                                   Page   7
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   6 Jun 2023   Day 157 ---

07 17 45  NGC7538      17 19 47  27.2  32.3 -5.9     -75.3   -15     2237   07 18 00
07 18 30  ---          17 20 32  27.3  32.4 -5.9     -75.4    30     2239   07 17 46

07 18 30  J2339+6010   17 20 32  23.9  32.7 -6.3     -69.7   -15     2239   07 18 45
07 19 15  =2336+598    17 21 17  24.0  32.7 -6.3     -69.8    30     2241   07 18 31

07 19 15  NGC7538      17 21 17  27.4  32.4 -5.9     -75.6   -15     2241   07 19 30
07 20 00  ---          17 22 02  27.5  32.4 -5.9     -75.8    30     2243   07 19 16

07 20 00  J2339+6010   17 22 02  24.1  32.8 -6.3     -70.0   -15     2243   07 20 15
07 20 45  =2336+598    17 22 47  24.2  32.8 -6.3     -70.1    30     2245   07 20 01

07 20 45  NGC7538      17 22 47  27.6  32.4 -5.9     -75.9   -15     2245   07 21 00
07 21 30  ---          17 23 32  27.6  32.5 -5.9     -76.1    30     2247   07 20 46

07 21 30  J2339+6010   17 23 32  24.3  32.8 -6.3     -70.3   -15     2247   07 21 45
07 22 15  =2336+598    17 24 17  24.4  32.9 -6.3     -70.4    30     2249   07 21 31

07 22 15  NGC7538      17 24 17  27.7  32.5 -5.8     -76.2   -15     2249   07 22 30
07 23 00  ---          17 25 03  27.8  32.5 -5.8     -76.4    30     2250   07 22 16

07 23 00  J2254+6209   17 25 03  30.2  32.3 -5.5     -80.8   -13     2250   07 23 13
07 23 45  =2252+618    17 25 48  30.3  32.3 -5.5     -80.9    32     2253   07 23 01

07 23 45  NGC7538      17 25 48  27.9  32.5 -5.8     -76.5   -13     2253   07 23 58
07 24 30  ---          17 26 33  28.0  32.6 -5.8     -76.7    32     2255   07 23 46

07 24 30  J2254+6209   17 26 33  30.4  32.3 -5.5     -81.1   -13     2255   07 24 43
07 25 15  =2252+618    17 27 18  30.4  32.3 -5.5     -81.3    32     2257   07 24 31

07 25 15  NGC7538      17 27 18  28.1  32.6 -5.8     -76.8   -13     2257   07 25 28
07 26 00  ---          17 28 03  28.2  32.6 -5.8     -77.0    32     2259   07 25 16

07 26 00  J2254+6209   17 28 03  30.5  32.3 -5.5     -81.4   -13     2259   07 26 13
07 26 45  =2252+618    17 28 48  30.6  32.3 -5.4     -81.6    32     2261   07 26 01

07 26 45  NGC7538      17 28 48  28.2  32.6 -5.8     -77.1   -13     2261   07 26 58
07 27 30  ---          17 29 33  28.3  32.6 -5.8     -77.3    32     2263   07 26 46

07 27 30  J2254+6209   17 29 33  30.7  32.3 -5.4     -81.7   -13     2263   07 27 43
07 28 15  =2252+618    17 30 18  30.8  32.4 -5.4     -81.9    32     2265   07 27 31

07 28 15  NGC7538      17 30 18  28.4  32.7 -5.7     -77.5   -13     2265   07 28 28
07 29 00  ---          17 31 04  28.5  32.7 -5.7     -77.6    32     2267   07 28 16
Schedule for VLBA_FD   (Code Fd )                                   Page   8
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   6 Jun 2023   Day 157 ---

07 29 00  J2254+6209   17 31 04  30.9  32.4 -5.4     -82.0   -13     2267   07 29 13
07 29 45  =2252+618    17 31 49  31.0  32.4 -5.4     -82.2    32     2269   07 29 01

07 29 45  NGC7538      17 31 49  28.6  32.7 -5.7     -77.8   -13     2269   07 29 58
07 30 30  ---          17 32 34  28.7  32.7 -5.7     -77.9    32     2271   07 29 46

07 30 30  J2254+6209   17 32 34  31.1  32.4 -5.4     -82.4   -13     2271   07 30 43
07 31 15  =2252+618    17 33 19  31.1  32.4 -5.4     -82.5    32     2273   07 30 31

07 31 15  NGC7538      17 33 19  28.8  32.8 -5.7     -78.1   -13     2273   07 31 28
07 32 00  ---          17 34 04  28.9  32.8 -5.7     -78.2    32     2275   07 31 16

07 32 00  J2339+6010   17 34 04  25.5  33.3 -6.1     -72.4   -15     2275   07 32 15
07 32 45  =2336+598    17 34 49  25.6  33.3 -6.1     -72.5    30     2277   07 32 01

07 32 45  NGC7538      17 34 49  28.9  32.8 -5.7     -78.4   -15     2277   07 33 00
07 33 30  ---          17 35 34  29.0  32.8 -5.7     -78.5    30     2279   07 32 46

07 33 30  J2339+6010   17 35 34  25.7  33.4 -6.1     -72.7   -15     2279   07 33 45
07 34 15  =2336+598    17 36 19  25.8  33.4 -6.1     -72.8    30     2281   07 33 31

07 34 15  NGC7538      17 36 19  29.1  32.8 -5.6     -78.7   -15     2281   07 34 30
07 35 00  ---          17 37 05  29.2  32.9 -5.6     -78.8    30     2283   07 34 16

07 35 00  J2339+6010   17 37 05  25.9  33.4 -6.1     -73.0   -15     2283   07 35 15
07 35 45  =2336+598    17 37 50  26.0  33.4 -6.0     -73.1    30     2285   07 35 01

07 35 45  NGC7538      17 37 50  29.3  32.9 -5.6     -79.0   -15     2285   07 36 00
07 36 30  ---          17 38 35  29.4  32.9 -5.6     -79.2    30     2287   07 35 46

07 36 30  J2339+6010   17 38 35  26.0  33.5 -6.0     -73.3   -15     2287   07 36 45
07 37 15  =2336+598    17 39 20  26.1  33.5 -6.0     -73.4    30     2289   07 36 31

07 37 15  NGC7538      17 39 20  29.5  32.9 -5.6     -79.3   -15     2289   07 37 30
07 38 00  ---          17 40 05  29.6  32.9 -5.6     -79.5    30     2291   07 37 16

07 38 00  J2339+6010   17 40 05  26.2  33.5 -6.0     -73.6   -15     2291   07 38 15
07 38 45  =2336+598    17 40 50  26.3  33.6 -6.0     -73.7    30     2293   07 38 01

07 38 45  NGC7538      17 40 50  29.7  32.9 -5.6     -79.6   -15     2293   07 39 00
07 39 30  ---          17 41 35  29.7  33.0 -5.6     -79.8    30     2295   07 38 46

07 39 30  J2339+6010   17 41 35  26.4  33.6 -6.0     -73.9   -15     2295   07 39 45
07 40 15  =2336+598    17 42 20  26.5  33.6 -6.0     -74.0    30     2296   07 39 31
Schedule for VLBA_FD   (Code Fd )                                   Page   9
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   6 Jun 2023   Day 157 ---

07 40 15  NGC7538      17 42 20  29.8  33.0 -5.5     -79.9   -15     2296   07 40 30
07 41 00  ---          17 43 06  29.9  33.0 -5.5     -80.1    30     2298   07 40 16

07 41 00  J2254+6209   17 43 06  32.3  32.6 -5.2     -84.6   -13     2298   07 41 13
07 41 45  =2252+618    17 43 51  32.4  32.6 -5.2     -84.8    32     2300   07 41 01

07 41 45  NGC7538      17 43 51  30.0  33.0 -5.5     -80.3   -13     2300   07 41 58
07 42 30  ---          17 44 36  30.1  33.0 -5.5     -80.4    32     2303   07 41 46

07 42 30  J2254+6209   17 44 36  32.4  32.6 -5.2     -84.9   -13     2303   07 42 43
07 43 15  =2252+618    17 45 21  32.5  32.6 -5.2     -85.1    32     2305   07 42 31

07 43 15  NGC7538      17 45 21  30.2  33.1 -5.5     -80.6   -13     2305   07 43 28
07 44 00  ---          17 46 06  30.3  33.1 -5.5     -80.7    32     2307   07 43 16

07 44 00  J2254+6209   17 46 06  32.6  32.6 -5.2     -85.3   -13     2307   07 44 13
07 44 45  =2252+618    17 46 51  32.7  32.6 -5.1     -85.4    32     2309   07 44 01

07 44 45  NGC7538      17 46 51  30.4  33.1 -5.5     -80.9   -13     2309   07 44 58
07 45 30  ---          17 47 36  30.4  33.1 -5.5     -81.0    32     2311   07 44 46

07 45 30  J2254+6209   17 47 36  32.8  32.6 -5.1     -85.6   -13     2311   07 45 43
07 46 15  =2252+618    17 48 21  32.9  32.6 -5.1     -85.7    32     2313   07 45 31

07 46 15  NGC7538      17 48 21  30.5  33.1 -5.4     -81.2   -13     2313   07 46 28
07 47 00  ---          17 49 07  30.6  33.1 -5.4     -81.4    32     2315   07 46 16

07 47 00  J2254+6209   17 49 07  33.0  32.6 -5.1     -85.9   -13     2315   07 47 13
07 47 45  =2252+618    17 49 52  33.1  32.6 -5.1     -86.1    32     2317   07 47 01

07 47 45  NGC7538      17 49 52  30.7  33.2 -5.4     -81.5   -13     2317   07 47 58
07 48 30  ---          17 50 37  30.8  33.2 -5.4     -81.7    32     2319   07 47 46

07 48 30  J2254+6209   17 50 37  33.1  32.6 -5.1     -86.2   -13     2319   07 48 43
07 49 15  =2252+618    17 51 22  33.2  32.7 -5.1     -86.4    32     2321   07 48 31

07 49 15  NGC7538      17 51 22  30.9  33.2 -5.4     -81.8   -13     2321   07 49 28
07 50 00  ---          17 52 07  31.0  33.2 -5.4     -82.0    32     2323   07 49 16

07 50 00  J2254+6209   17 52 07  33.3  32.7 -5.1     -86.6   -13     2323   07 50 13
07 50 45  =2252+618    17 52 52  33.4  32.7 -5.0     -86.7    32     2325   07 50 01

07 50 45  NGC7538      17 52 52  31.1  33.2 -5.4     -82.1   -13     2325   07 50 58
07 51 30  ---          17 53 37  31.2  33.2 -5.4     -82.3    32     2327   07 50 46
Schedule for VLBA_FD   (Code Fd )                                   Page  10
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   6 Jun 2023   Day 157 ---

07 51 30  J2254+6209   17 53 37  33.5  32.7 -5.0     -86.9   -13     2327   07 51 43
07 52 15  =2252+618    17 54 22  33.6  32.7 -5.0     -87.0    32     2329   07 51 31

07 52 15  NGC7538      17 54 22  31.2  33.2 -5.3     -82.5   -13     2329   07 52 28
07 53 00  ---          17 55 08  31.3  33.3 -5.3     -82.6    32     2331   07 52 16

07 53 00  J2254+6209   17 55 08  33.7  32.7 -5.0     -87.2   -13     2331   07 53 13
07 53 45  =2252+618    17 55 53  33.8  32.7 -5.0     -87.4    32     2333   07 53 01

07 53 45  NGC7538      17 55 53  31.4  33.3 -5.3     -82.8   -13     2333   07 53 58
07 54 30  ---          17 56 38  31.5  33.3 -5.3     -82.9    32     2335   07 53 46

07 54 30  J2254+6209   17 56 38  33.8  32.7 -5.0     -87.5   -13     2335   07 54 43
07 55 15  =2252+618    17 57 23  33.9  32.7 -5.0     -87.7    32     2338   07 54 31

07 55 15  NGC7538      17 57 23  31.6  33.3 -5.3     -83.1   -13     2338   07 55 28
07 56 00  ---          17 58 08  31.7  33.3 -5.3     -83.3    32     2340   07 55 16

07 56 00  J2339+6010   17 58 08  28.4  34.2 -5.7     -77.2   -14     2340   07 56 14
07 56 45  =2336+598    17 58 53  28.5  34.2 -5.7     -77.4    31     2342   07 56 01

07 56 45  NGC7538      17 58 53  31.8  33.3 -5.3     -83.4   -15     2342   07 57 00
07 57 30  ---          17 59 38  31.9  33.3 -5.3     -83.6    30     2344   07 56 46

07 57 30  J2339+6010   17 59 38  28.6  34.2 -5.7     -77.5   -14     2344   07 57 44
07 58 15  =2336+598    18 00 23  28.7  34.2 -5.7     -77.7    31     2346   07 57 31

07 58 15  NGC7538      18 00 23  32.0  33.3 -5.2     -83.7   -15     2346   07 58 30
07 59 00  ---          18 01 08  32.0  33.4 -5.2     -83.9    30     2347   07 58 16

07 59 00  J2339+6010   18 01 08  28.8  34.3 -5.7     -77.8   -14     2347   07 59 14
07 59 45  =2336+598    18 01 54  28.8  34.3 -5.6     -78.0    31     2349   07 59 01

07 59 45  NGC7538      18 01 54  32.1  33.4 -5.2     -84.0   -15     2349   08 00 00
08 00 30  ---          18 02 39  32.2  33.4 -5.2     -84.2    30     2351   07 59 46

08 00 30  J2339+6010   18 02 39  28.9  34.3 -5.6     -78.1   -14     2351   08 00 44
08 01 15  =2336+598    18 03 24  29.0  34.3 -5.6     -78.3    31     2353   08 00 31

08 01 15  NGC7538      18 03 24  32.3  33.4 -5.2     -84.4   -15     2353   08 01 30
08 02 00  ---          18 04 09  32.4  33.4 -5.2     -84.5    30     2355   08 01 16

08 02 00  J2339+6010   18 04 09  29.1  34.3 -5.6     -78.4   -14     2355   08 02 14
08 02 45  =2336+598    18 04 54  29.2  34.4 -5.6     -78.6    31     2357   08 02 01
Schedule for VLBA_FD   (Code Fd )                                   Page  11
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   6 Jun 2023   Day 157 ---

08 02 45  NGC7538      18 04 54  32.5  33.4 -5.2     -84.7   -15     2357   08 03 00
08 03 30  ---          18 05 39  32.6  33.4 -5.2     -84.8    30     2359   08 02 46

08 03 30  J2339+6010   18 05 39  29.3  34.4 -5.6     -78.7   -14     2359   08 03 44
08 04 15  =2336+598    18 06 24  29.4  34.4 -5.6     -78.9    31     2361   08 03 31

08 04 15  NGC7538      18 06 24  32.7  33.4 -5.1     -85.0   -14     2361   08 04 29
08 05 00  ---          18 07 09  32.8  33.4 -5.1     -85.2    31     2363   08 04 16

08 08 00  J2202+4216   18 10 10  42.6  58.7 -3.9     -84.4   154     2363   08 08 00
08 16 00  =VR422201    18 18 11  44.1  58.9 -3.8     -85.6   480     2394   08 08 01

08 16 00  2007+777     18 18 11  41.2   7.2 -1.8    -149.2   -45     2394   08 16 45
08 26 00  ---          18 28 13  41.5   6.5 -1.6    -152.0   555     2430   08 16 01

08 27 00  NGC7538      18 29 13  35.4  33.6 -4.8     -89.9    33     2430   08 27 00
08 32 00  ---          18 34 14  36.0  33.6 -4.7     -91.0   300     2449   08 27 01

08 32 00  J2254+6209   18 34 14  38.2  32.5 -4.4     -96.0   -12     2449   08 32 12
08 32 45  =2252+618    18 34 59  38.3  32.5 -4.3     -96.1    33     2451   08 32 01

08 32 45  NGC7538      18 34 59  36.1  33.6 -4.7     -91.2   -12     2451   08 32 57
08 33 30  ---          18 35 44  36.1  33.6 -4.7     -91.4    33     2453   08 32 46

08 33 30  J2254+6209   18 35 44  38.4  32.5 -4.3     -96.3   -12     2453   08 33 42
08 34 15  =2252+618    18 36 29  38.5  32.5 -4.3     -96.5    33     2456   08 33 31

08 34 15  NGC7538      18 36 29  36.2  33.6 -4.6     -91.6   -12     2456   08 34 27
08 35 00  ---          18 37 14  36.3  33.6 -4.6     -91.7    33     2458   08 34 16

08 35 00  J2254+6209   18 37 14  38.6  32.5 -4.3     -96.7   -12     2458   08 35 12
08 35 45  =2252+618    18 38 00  38.6  32.5 -4.3     -96.8    33     2460   08 35 01

08 35 45  NGC7538      18 38 00  36.4  33.5 -4.6     -91.9   -12     2460   08 35 57
08 36 30  ---          18 38 45  36.5  33.5 -4.6     -92.1    33     2462   08 35 46

08 36 30  J2254+6209   18 38 45  38.7  32.5 -4.3     -97.0   -12     2462   08 36 42
08 37 15  =2252+618    18 39 30  38.8  32.4 -4.3     -97.2    33     2464   08 36 31

08 37 15  NGC7538      18 39 30  36.6  33.5 -4.6     -92.2   -12     2464   08 37 27
08 38 00  ---          18 40 15  36.7  33.5 -4.6     -92.4    33     2466   08 37 16

08 38 00  J2254+6209   18 40 15  38.9  32.4 -4.3     -97.4   -12     2466   08 38 12
08 38 45  =2252+618    18 41 00  39.0  32.4 -4.2     -97.5    33     2468   08 38 01
Schedule for VLBA_FD   (Code Fd )                                   Page  12
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   6 Jun 2023   Day 157 ---

08 38 45  NGC7538      18 41 00  36.8  33.5 -4.6     -92.6   -12     2468   08 38 57
08 39 30  ---          18 41 45  36.9  33.5 -4.5     -92.7    33     2470   08 38 46

08 39 30  J2254+6209   18 41 45  39.1  32.4 -4.2     -97.7   -12     2470   08 39 42
08 40 15  =2252+618    18 42 30  39.2  32.4 -4.2     -97.9    33     2473   08 39 31

08 40 15  NGC7538      18 42 30  37.0  33.5 -4.5     -92.9   -12     2473   08 40 27
08 41 00  ---          18 43 15  37.0  33.5 -4.5     -93.1    33     2475   08 40 16

08 41 00  J2339+6010   18 43 15  33.9  35.1 -5.0     -86.5   -14     2475   08 41 14
08 41 45  =2336+598    18 44 01  34.0  35.1 -4.9     -86.7    31     2477   08 41 01

08 41 45  NGC7538      18 44 01  37.1  33.5 -4.5     -93.2   -14     2477   08 41 59
08 42 30  ---          18 44 46  37.2  33.5 -4.5     -93.4    31     2479   08 41 46

08 42 30  J2339+6010   18 44 46  34.1  35.1 -4.9     -86.8   -14     2479   08 42 44
08 43 15  =2336+598    18 45 31  34.2  35.1 -4.9     -87.0    31     2481   08 42 31

08 43 15  NGC7538      18 45 31  37.3  33.5 -4.5     -93.6   -14     2481   08 43 29
08 44 00  ---          18 46 16  37.4  33.5 -4.5     -93.7    31     2483   08 43 16

08 44 00  J2339+6010   18 46 16  34.3  35.1 -4.9     -87.2   -14     2483   08 44 14
08 44 45  =2336+598    18 47 01  34.4  35.1 -4.9     -87.3    31     2485   08 44 01

08 44 45  NGC7538      18 47 01  37.5  33.5 -4.5     -93.9   -14     2485   08 44 59
08 45 30  ---          18 47 46  37.6  33.5 -4.4     -94.1    31     2487   08 44 46

08 45 30  J2339+6010   18 47 46  34.5  35.1 -4.9     -87.5   -14     2487   08 45 44
08 46 15  =2336+598    18 48 31  34.6  35.1 -4.9     -87.6    31     2489   08 45 31

08 46 15  NGC7538      18 48 31  37.7  33.5 -4.4     -94.3   -14     2489   08 46 29
08 47 00  ---          18 49 16  37.8  33.5 -4.4     -94.4    31     2491   08 46 16

08 47 00  J2339+6010   18 49 16  34.7  35.1 -4.9     -87.8   -14     2491   08 47 14
08 47 45  =2336+598    18 50 01  34.8  35.1 -4.8     -88.0    31     2493   08 47 01

08 47 45  NGC7538      18 50 01  37.8  33.4 -4.4     -94.6   -14     2493   08 47 59
08 48 30  ---          18 50 47  37.9  33.4 -4.4     -94.8    31     2495   08 47 46

08 48 30  J2339+6010   18 50 47  34.8  35.1 -4.8     -88.1   -14     2495   08 48 44
08 49 15  =2336+598    18 51 32  34.9  35.1 -4.8     -88.3    31     2497   08 48 31

08 49 15  NGC7538      18 51 32  38.0  33.4 -4.4     -94.9   -14     2497   08 49 29
08 50 00  ---          18 52 17  38.1  33.4 -4.4     -95.1    31     2499   08 49 16
Schedule for VLBA_FD   (Code Fd )                                   Page  13
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   6 Jun 2023   Day 157 ---

08 50 00  J2254+6209   18 52 17  40.3  32.1 -4.1    -100.2   -12     2499   08 50 12
08 50 45  =2252+618    18 53 02  40.4  32.1 -4.0    -100.4    33     2501   08 50 01

08 50 45  NGC7538      18 53 02  38.2  33.4 -4.4     -95.3   -12     2501   08 50 57
08 51 30  ---          18 53 47  38.3  33.4 -4.3     -95.4    33     2503   08 50 46

08 51 30  J2254+6209   18 53 47  40.5  32.1 -4.0    -100.6   -12     2503   08 51 42
08 52 15  =2252+618    18 54 32  40.5  32.1 -4.0    -100.7    33     2505   08 51 31

08 52 15  NGC7538      18 54 32  38.4  33.4 -4.3     -95.6   -12     2505   08 52 27
08 53 00  ---          18 55 17  38.5  33.4 -4.3     -95.8    33     2507   08 52 16

08 53 00  J2254+6209   18 55 17  40.6  32.1 -4.0    -100.9   -12     2507   08 53 12
08 53 45  =2252+618    18 56 02  40.7  32.0 -4.0    -101.1    33     2509   08 53 01

08 53 45  NGC7538      18 56 02  38.6  33.4 -4.3     -96.0   -12     2509   08 53 57
08 54 30  ---          18 56 48  38.6  33.4 -4.3     -96.1    33     2511   08 53 46

08 54 30  J2254+6209   18 56 48  40.8  32.0 -4.0    -101.3   -12     2511   08 54 42
08 55 15  =2252+618    18 57 33  40.9  32.0 -4.0    -101.5    33     2514   08 54 31

08 55 15  NGC7538      18 57 33  38.7  33.3 -4.3     -96.3   -12     2514   08 55 27
08 56 00  ---          18 58 18  38.8  33.3 -4.3     -96.5    33     2516   08 55 16

08 56 00  J2254+6209   18 58 18  41.0  32.0 -4.0    -101.6   -12     2516   08 56 12
08 56 45  =2252+618    18 59 03  41.1  31.9 -3.9    -101.8    33     2518   08 56 01

08 56 45  NGC7538      18 59 03  38.9  33.3 -4.3     -96.7   -12     2518   08 56 57
08 57 30  ---          18 59 48  39.0  33.3 -4.2     -96.8    33     2520   08 56 46

08 57 30  J2254+6209   18 59 48  41.1  31.9 -3.9    -102.0   -12     2520   08 57 42
08 58 15  =2252+618    19 00 33  41.2  31.9 -3.9    -102.2    33     2522   08 57 31

08 58 15  NGC7538      19 00 33  39.1  33.3 -4.2     -97.0   -12     2522   08 58 27
08 59 00  ---          19 01 18  39.2  33.3 -4.2     -97.2    33     2524   08 58 16

08 59 00  J2339+6010   19 01 18  36.2  35.2 -4.7     -90.4   -14     2524   08 59 14
08 59 45  =2336+598    19 02 03  36.2  35.2 -4.6     -90.6    31     2526   08 59 01

08 59 45  NGC7538      19 02 03  39.3  33.3 -4.2     -97.4   -14     2526   08 59 59
09 00 30  ---          19 02 49  39.4  33.2 -4.2     -97.5    31     2528   08 59 46

09 00 30  J2339+6010   19 02 49  36.3  35.2 -4.6     -90.7   -14     2528   09 00 44
09 01 15  =2336+598    19 03 34  36.4  35.2 -4.6     -90.9    31     2530   09 00 31
Schedule for VLBA_FD   (Code Fd )                                   Page  14
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   6 Jun 2023   Day 157 ---

09 01 15  NGC7538      19 03 34  39.4  33.2 -4.2     -97.7   -14     2530   09 01 29
09 02 00  ---          19 04 19  39.5  33.2 -4.2     -97.9    31     2532   09 01 16

09 02 00  J2339+6010   19 04 19  36.5  35.2 -4.6     -91.1   -14     2532   09 02 14
09 02 45  =2336+598    19 05 04  36.6  35.2 -4.6     -91.2    31     2534   09 02 01

09 02 45  NGC7538      19 05 04  39.6  33.2 -4.2     -98.1   -14     2534   09 02 59
09 03 30  ---          19 05 49  39.7  33.2 -4.1     -98.2    31     2536   09 02 46

09 03 30  J2339+6010   19 05 49  36.7  35.2 -4.6     -91.4   -14     2536   09 03 44
09 04 15  =2336+598    19 06 34  36.8  35.2 -4.6     -91.6    31     2538   09 03 31

09 04 15  NGC7538      19 06 34  39.8  33.2 -4.1     -98.4   -14     2538   09 04 29
09 05 00  ---          19 07 19  39.9  33.1 -4.1     -98.6    31     2540   09 04 16

09 05 00  J2339+6010   19 07 19  36.9  35.1 -4.6     -91.7   -14     2540   09 05 14
09 05 45  =2336+598    19 08 04  37.0  35.1 -4.5     -91.9    31     2542   09 05 01

09 05 45  NGC7538      19 08 04  40.0  33.1 -4.1     -98.8   -14     2542   09 05 59
09 06 30  ---          19 08 50  40.1  33.1 -4.1     -98.9    31     2544   09 05 46

09 06 30  J2339+6010   19 08 50  37.1  35.1 -4.5     -92.1   -14     2544   09 06 44
09 07 15  =2336+598    19 09 35  37.2  35.1 -4.5     -92.2    31     2546   09 06 31

09 07 15  NGC7538      19 09 35  40.2  33.1 -4.1     -99.1   -14     2546   09 07 29
09 08 00  ---          19 10 20  40.2  33.1 -4.1     -99.3    31     2548   09 07 16

09 08 00  J2254+6209   19 10 20  42.3  31.5 -3.7    -104.6   -12     2548   09 08 12
09 08 45  =2252+618    19 11 05  42.4  31.5 -3.7    -104.8    33     2550   09 08 01

09 08 45  NGC7538      19 11 05  40.3  33.1 -4.1     -99.5   -12     2550   09 08 57
09 09 30  ---          19 11 50  40.4  33.0 -4.0     -99.7    33     2552   09 08 46

09 09 30  J2254+6209   19 11 50  42.5  31.5 -3.7    -105.0   -12     2552   09 09 42
09 10 15  =2252+618    19 12 35  42.6  31.5 -3.7    -105.1    33     2555   09 09 31

09 10 15  NGC7538      19 12 35  40.5  33.0 -4.0     -99.8   -12     2555   09 10 27
09 11 00  ---          19 13 20  40.6  33.0 -4.0    -100.0    33     2557   09 10 16

09 11 00  J2254+6209   19 13 20  42.7  31.4 -3.7    -105.3   -12     2557   09 11 12
09 11 45  =2252+618    19 14 05  42.8  31.4 -3.7    -105.5    33     2559   09 11 01

09 11 45  NGC7538      19 14 05  40.7  33.0 -4.0    -100.2   -12     2559   09 11 57
09 12 30  ---          19 14 51  40.8  33.0 -4.0    -100.4    33     2561   09 11 46
Schedule for VLBA_FD   (Code Fd )                                   Page  15
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   6 Jun 2023   Day 157 ---

09 12 30  J2254+6209   19 14 51  42.8  31.4 -3.7    -105.7   -12     2561   09 12 42
09 13 15  =2252+618    19 15 36  42.9  31.3 -3.7    -105.9    33     2563   09 12 31

09 13 15  NGC7538      19 15 36  40.9  32.9 -4.0    -100.5   -12     2563   09 13 27
09 14 00  ---          19 16 21  40.9  32.9 -4.0    -100.7    33     2565   09 13 16

09 14 00  J2254+6209   19 16 21  43.0  31.3 -3.6    -106.1   -12     2565   09 14 12
09 14 45  =2252+618    19 17 06  43.1  31.3 -3.6    -106.3    33     2567   09 14 01

09 14 45  NGC7538      19 17 06  41.0  32.9 -4.0    -100.9   -12     2567   09 14 57
09 15 30  ---          19 17 51  41.1  32.9 -3.9    -101.1    33     2569   09 14 46

09 15 30  J2254+6209   19 17 51  43.2  31.2 -3.6    -106.5   -12     2569   09 15 42
09 16 15  =2252+618    19 18 36  43.3  31.2 -3.6    -106.7    33     2572   09 15 31

09 16 15  NGC7538      19 18 36  41.2  32.8 -3.9    -101.3   -12     2572   09 16 27
09 17 00  ---          19 19 21  41.3  32.8 -3.9    -101.4    33     2574   09 16 16

09 17 00  J2254+6209   19 19 21  43.3  31.2 -3.6    -106.8   -12     2574   09 17 12
09 17 45  =2252+618    19 20 06  43.4  31.1 -3.6    -107.0    33     2576   09 17 01

09 17 45  NGC7538      19 20 06  41.4  32.8 -3.9    -101.6   -12     2576   09 17 57
09 18 30  ---          19 20 52  41.5  32.8 -3.9    -101.8    33     2578   09 17 46

09 18 30  J2254+6209   19 20 52  43.5  31.1 -3.6    -107.2   -12     2578   09 18 42
09 19 15  =2252+618    19 21 37  43.6  31.1 -3.6    -107.4    33     2580   09 18 31

09 19 15  NGC7538      19 21 37  41.6  32.7 -3.9    -102.0   -12     2580   09 19 27
09 20 00  ---          19 22 22  41.6  32.7 -3.9    -102.2    33     2582   09 19 16

09 20 00  J2254+6209   19 22 22  43.7  31.0 -3.5    -107.6   -12     2582   09 20 12
09 20 45  =2252+618    19 23 07  43.8  31.0 -3.5    -107.8    33     2584   09 20 01

09 20 45  NGC7538      19 23 07  41.7  32.7 -3.9    -102.4   -12     2584   09 20 57
09 21 30  ---          19 23 52  41.8  32.7 -3.8    -102.5    33     2586   09 20 46

09 21 30  J2254+6209   19 23 52  43.8  30.9 -3.5    -108.0   -12     2586   09 21 42
09 22 15  =2252+618    19 24 37  43.9  30.9 -3.5    -108.2    33     2589   09 21 31

09 22 15  NGC7538      19 24 37  41.9  32.6 -3.8    -102.7   -12     2589   09 22 27
09 23 00  ---          19 25 22  42.0  32.6 -3.8    -102.9    33     2591   09 22 16

09 23 00  J2339+6010   19 25 22  39.1  35.0 -4.3     -95.8   -14     2591   09 23 14
09 23 45  =2336+598    19 26 07  39.2  34.9 -4.2     -95.9    31     2593   09 23 01
Schedule for VLBA_FD   (Code Fd )                                   Page  16
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   6 Jun 2023   Day 157 ---

09 23 45  NGC7538      19 26 07  42.1  32.6 -3.8    -103.1   -14     2593   09 23 59
09 24 30  ---          19 26 53  42.2  32.6 -3.8    -103.3    31     2595   09 23 46

09 24 30  J2339+6010   19 26 53  39.3  34.9 -4.2     -96.1   -14     2595   09 24 44
09 25 15  =2336+598    19 27 38  39.4  34.9 -4.2     -96.3    31     2597   09 24 31

09 25 15  NGC7538      19 27 38  42.3  32.5 -3.8    -103.5   -14     2597   09 25 29
09 26 00  ---          19 28 23  42.3  32.5 -3.8    -103.6    31     2599   09 25 16

09 26 00  J2339+6010   19 28 23  39.5  34.9 -4.2     -96.4   -14     2599   09 26 14
09 26 45  =2336+598    19 29 08  39.6  34.9 -4.2     -96.6    31     2601   09 26 01

09 26 45  NGC7538      19 29 08  42.4  32.5 -3.8    -103.8   -14     2601   09 26 59
09 27 30  ---          19 29 53  42.5  32.4 -3.7    -104.0    31     2603   09 26 46

09 27 30  J2339+6010   19 29 53  39.7  34.9 -4.2     -96.8   -14     2603   09 27 44
09 28 15  =2336+598    19 30 38  39.8  34.9 -4.2     -97.0    31     2605   09 27 31

09 28 15  NGC7538      19 30 38  42.6  32.4 -3.7    -104.2   -14     2605   09 28 29
09 29 00  ---          19 31 23  42.7  32.4 -3.7    -104.4    31     2607   09 28 16

09 29 00  J2339+6010   19 31 23  39.9  34.9 -4.2     -97.1   -14     2607   09 29 14
09 29 45  =2336+598    19 32 08  40.0  34.8 -4.1     -97.3    31     2609   09 29 01

09 29 45  NGC7538      19 32 08  42.8  32.4 -3.7    -104.6   -14     2609   09 29 59
09 30 30  ---          19 32 54  42.9  32.3 -3.7    -104.8    31     2611   09 29 46

09 30 30  J2339+6010   19 32 54  40.1  34.8 -4.1     -97.5   -14     2611   09 30 44
09 31 15  =2336+598    19 33 39  40.1  34.8 -4.1     -97.7    31     2613   09 30 31

09 31 15  NGC7538      19 33 39  43.0  32.3 -3.7    -104.9   -14     2613   09 31 29
09 32 00  ---          19 34 24  43.0  32.3 -3.7    -105.1    31     2615   09 31 16

09 35 00  J2202+4216   19 37 24  58.6  57.7 -2.4     -99.9   142     2615   09 35 00
09 43 00  =VR422201    19 45 26  60.1  57.2 -2.3    -101.7   480     2646   09 35 01

09 43 00  NGC7538      19 45 26  44.3  31.7 -3.5    -107.9   -39     2646   09 43 39
09 48 00  ---          19 50 26  44.9  31.5 -3.4    -109.2   261     2662   09 43 01

09 48 00  J2254+6209   19 50 26  46.7  29.3 -3.1    -115.0   -12     2662   09 48 12
09 48 45  =2252+618    19 51 12  46.8  29.3 -3.1    -115.2    33     2664   09 48 01

09 48 45  NGC7538      19 51 12  44.9  31.4 -3.4    -109.4   -12     2664   09 48 57
09 49 30  ---          19 51 57  45.0  31.4 -3.4    -109.6    33     2667   09 48 46
Schedule for VLBA_FD   (Code Fd )                                   Page  17
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   6 Jun 2023   Day 157 ---

09 49 30  J2254+6209   19 51 57  46.9  29.2 -3.1    -115.4   -12     2667   09 49 42
09 50 15  =2252+618    19 52 42  47.0  29.2 -3.0    -115.6    33     2669   09 49 31

09 50 15  NGC7538      19 52 42  45.1  31.4 -3.4    -109.8   -12     2669   09 50 27
09 51 00  ---          19 53 27  45.2  31.3 -3.4    -110.0    33     2671   09 50 16

09 51 00  J2254+6209   19 53 27  47.0  29.1 -3.0    -115.8   -12     2671   09 51 12
09 51 45  =2252+618    19 54 12  47.1  29.1 -3.0    -116.1    33     2673   09 51 01

09 51 45  NGC7538      19 54 12  45.3  31.3 -3.3    -110.2   -12     2673   09 51 57
09 52 30  ---          19 54 57  45.4  31.2 -3.3    -110.4    33     2675   09 51 46

09 52 30  J2254+6209   19 54 57  47.2  29.0 -3.0    -116.3   -12     2675   09 52 42
09 53 15  =2252+618    19 55 42  47.3  28.9 -3.0    -116.5    33     2677   09 52 31

09 53 15  NGC7538      19 55 42  45.5  31.2 -3.3    -110.6   -12     2677   09 53 27
09 54 00  ---          19 56 27  45.5  31.1 -3.3    -110.8    33     2679   09 53 16

09 54 00  J2254+6209   19 56 27  47.3  28.9 -3.0    -116.7   -12     2679   09 54 12
09 54 45  =2252+618    19 57 13  47.4  28.8 -3.0    -116.9    33     2681   09 54 01

09 54 45  NGC7538      19 57 13  45.6  31.1 -3.3    -111.0   -12     2681   09 54 57
09 55 30  ---          19 57 58  45.7  31.0 -3.3    -111.2    33     2684   09 54 46

09 55 30  J2254+6209   19 57 58  47.5  28.8 -3.0    -117.1   -12     2684   09 55 42
09 56 15  =2252+618    19 58 43  47.6  28.7 -2.9    -117.3    33     2686   09 55 31

09 56 15  NGC7538      19 58 43  45.8  31.0 -3.3    -111.4   -12     2686   09 56 27
09 57 00  ---          19 59 28  45.9  30.9 -3.3    -111.6    33     2688   09 56 16

09 57 00  J2339+6010   19 59 28  43.3  34.0 -3.7    -103.8   -13     2688   09 57 13
09 57 45  =2336+598    20 00 13  43.4  34.0 -3.7    -104.0    32     2690   09 57 01

09 57 45  NGC7538      20 00 13  46.0  30.9 -3.2    -111.8   -13     2690   09 57 58
09 58 30  ---          20 00 58  46.0  30.9 -3.2    -112.0    32     2692   09 57 46

09 58 30  J2339+6010   20 00 58  43.5  33.9 -3.7    -104.2   -13     2692   09 58 43
09 59 15  =2336+598    20 01 43  43.6  33.9 -3.6    -104.3    32     2694   09 58 31

09 59 15  NGC7538      20 01 43  46.1  30.8 -3.2    -112.2   -13     2694   09 59 28
10 00 00  ---          20 02 28  46.2  30.8 -3.2    -112.4    32     2696   09 59 16

10 00 00  J2339+6010   20 02 28  43.6  33.9 -3.6    -104.5   -13     2696   10 00 13
10 00 45  =2336+598    20 03 13  43.7  33.9 -3.6    -104.7    32     2698   10 00 01
Schedule for VLBA_FD   (Code Fd )                                   Page  18
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   6 Jun 2023   Day 157 ---

10 00 45  NGC7538      20 03 13  46.3  30.7 -3.2    -112.6   -13     2698   10 00 58
10 01 30  ---          20 03 59  46.4  30.7 -3.2    -112.8    32     2700   10 00 46

10 01 30  J2339+6010   20 03 59  43.8  33.8 -3.6    -104.9   -13     2700   10 01 43
10 02 15  =2336+598    20 04 44  43.9  33.8 -3.6    -105.1    32     2702   10 01 31

10 02 15  NGC7538      20 04 44  46.4  30.6 -3.2    -113.0   -13     2702   10 02 28
10 03 00  ---          20 05 29  46.5  30.6 -3.2    -113.2    32     2704   10 02 16

10 03 00  J2339+6010   20 05 29  44.0  33.8 -3.6    -105.3   -13     2704   10 03 13
10 03 45  =2336+598    20 06 14  44.1  33.7 -3.6    -105.5    32     2706   10 03 01

10 03 45  NGC7538      20 06 14  46.6  30.5 -3.1    -113.4   -13     2706   10 03 58
10 04 30  ---          20 06 59  46.7  30.5 -3.1    -113.6    32     2708   10 03 46

10 04 30  J2339+6010   20 06 59  44.2  33.7 -3.6    -105.7   -13     2708   10 04 43
10 05 15  =2336+598    20 07 44  44.3  33.6 -3.5    -105.8    32     2711   10 04 31

10 05 15  NGC7538      20 07 44  46.8  30.4 -3.1    -113.8   -13     2711   10 05 28
10 06 00  ---          20 08 29  46.9  30.3 -3.1    -114.0    32     2713   10 05 16

10 06 00  J2254+6209   20 08 29  48.6  27.9 -2.8    -120.1   -11     2713   10 06 11
10 06 45  =2252+618    20 09 14  48.7  27.8 -2.8    -120.3    34     2715   10 06 01

10 06 45  NGC7538      20 09 14  46.9  30.3 -3.1    -114.2   -11     2715   10 06 56
10 07 30  ---          20 10 00  47.0  30.2 -3.1    -114.4    34     2717   10 06 46

10 07 30  J2254+6209   20 10 00  48.7  27.8 -2.8    -120.5   -11     2717   10 07 41
10 08 15  =2252+618    20 10 45  48.8  27.7 -2.7    -120.7    34     2719   10 07 31

10 08 15  NGC7538      20 10 45  47.1  30.2 -3.1    -114.6   -11     2719   10 08 26
10 09 00  ---          20 11 30  47.2  30.1 -3.1    -114.8    34     2721   10 08 16

10 09 00  J2254+6209   20 11 30  48.9  27.6 -2.7    -120.9   -11     2721   10 09 11
10 09 45  =2252+618    20 12 15  49.0  27.6 -2.7    -121.2    34     2724   10 09 01

10 09 45  NGC7538      20 12 15  47.3  30.1 -3.0    -115.0   -11     2724   10 09 56
10 10 30  ---          20 13 00  47.3  30.0 -3.0    -115.2    34     2726   10 09 46

10 10 30  J2254+6209   20 13 00  49.0  27.5 -2.7    -121.4   -11     2726   10 10 41
10 11 15  =2252+618    20 13 45  49.1  27.4 -2.7    -121.6    34     2728   10 10 31

10 11 15  NGC7538      20 13 45  47.4  30.0 -3.0    -115.4   -11     2728   10 11 26
10 12 00  ---          20 14 30  47.5  29.9 -3.0    -115.6    34     2730   10 11 16
Schedule for VLBA_FD   (Code Fd )                                   Page  19
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   6 Jun 2023   Day 157 ---

10 12 00  J2254+6209   20 14 30  49.2  27.3 -2.7    -121.8   -11     2730   10 12 11
10 12 45  =2252+618    20 15 15  49.3  27.3 -2.7    -122.0    34     2732   10 12 01

10 12 45  NGC7538      20 15 15  47.6  29.8 -3.0    -115.8   -11     2732   10 12 56
10 13 30  ---          20 16 01  47.7  29.8 -3.0    -116.0    34     2735   10 12 46

10 13 30  J2254+6209   20 16 01  49.3  27.2 -2.7    -122.3   -11     2735   10 13 41
10 14 15  =2252+618    20 16 46  49.4  27.1 -2.6    -122.5    34     2737   10 13 31

10 14 15  NGC7538      20 16 46  47.7  29.7 -3.0    -116.3   -11     2737   10 14 26
10 15 00  ---          20 17 31  47.8  29.7 -3.0    -116.5    34     2739   10 14 16

10 15 00  J2339+6010   20 17 31  45.4  33.1 -3.4    -108.3   -13     2739   10 15 13
10 15 45  =2336+598    20 18 16  45.5  33.1 -3.4    -108.5    32     2741   10 15 01

10 15 45  NGC7538      20 18 16  47.9  29.6 -2.9    -116.7   -13     2741   10 15 58
10 16 30  ---          20 19 01  48.0  29.6 -2.9    -116.9    32     2743   10 15 46

10 16 30  J2339+6010   20 19 01  45.6  33.1 -3.4    -108.7   -13     2743   10 16 43
10 17 15  =2336+598    20 19 46  45.7  33.0 -3.3    -108.9    32     2745   10 16 31

10 17 15  NGC7538      20 19 46  48.1  29.5 -2.9    -117.1   -13     2745   10 17 28
10 18 00  ---          20 20 31  48.1  29.4 -2.9    -117.3    32     2747   10 17 16

10 18 00  J2339+6010   20 20 31  45.8  33.0 -3.3    -109.1   -13     2747   10 18 13
10 18 45  =2336+598    20 21 16  45.9  32.9 -3.3    -109.3    32     2749   10 18 01

10 18 45  NGC7538      20 21 16  48.2  29.4 -2.9    -117.5   -13     2749   10 18 58
10 19 30  ---          20 22 02  48.3  29.3 -2.9    -117.7    32     2751   10 18 46

10 19 30  J2339+6010   20 22 02  46.0  32.9 -3.3    -109.5   -13     2751   10 19 43
10 20 15  =2336+598    20 22 47  46.1  32.8 -3.3    -109.7    32     2753   10 19 31

10 20 15  NGC7538      20 22 47  48.4  29.2 -2.9    -117.9   -13     2753   10 20 28
10 21 00  ---          20 23 32  48.5  29.2 -2.9    -118.2    32     2755   10 20 16

10 21 00  J2339+6010   20 23 32  46.1  32.8 -3.3    -109.9   -13     2755   10 21 13
10 21 45  =2336+598    20 24 17  46.2  32.7 -3.3    -110.1    32     2757   10 21 01

10 21 45  NGC7538      20 24 17  48.5  29.1 -2.8    -118.4   -13     2757   10 21 58
10 22 30  ---          20 25 02  48.6  29.1 -2.8    -118.6    32     2759   10 21 46

10 22 30  J2339+6010   20 25 02  46.3  32.7 -3.3    -110.3   -13     2759   10 22 43
10 23 15  =2336+598    20 25 47  46.4  32.7 -3.2    -110.5    32     2762   10 22 31
Schedule for VLBA_FD   (Code Fd )                                   Page  20
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   6 Jun 2023   Day 157 ---

10 23 15  NGC7538      20 25 47  48.7  29.0 -2.8    -118.8   -13     2762   10 23 28
10 24 00  ---          20 26 32  48.8  28.9 -2.8    -119.0    32     2764   10 23 16

10 24 00  J2254+6209   20 26 32  50.3  26.1 -2.5    -125.4   -11     2764   10 24 11
10 24 45  =2252+618    20 27 17  50.4  26.1 -2.5    -125.6    34     2766   10 24 01

10 24 45  NGC7538      20 27 17  48.9  28.9 -2.8    -119.2   -11     2766   10 24 56
10 25 30  ---          20 28 03  48.9  28.8 -2.8    -119.4    34     2768   10 24 46

10 25 30  J2254+6209   20 28 03  50.5  26.0 -2.5    -125.9   -11     2768   10 25 41
10 26 15  =2252+618    20 28 48  50.6  25.9 -2.4    -126.1    34     2770   10 25 31

10 26 15  NGC7538      20 28 48  49.0  28.7 -2.8    -119.7   -11     2770   10 26 26
10 27 00  ---          20 29 33  49.1  28.7 -2.8    -119.9    34     2772   10 26 16

10 27 00  J2254+6209   20 29 33  50.6  25.8 -2.4    -126.3   -11     2772   10 27 11
10 27 45  =2252+618    20 30 18  50.7  25.7 -2.4    -126.5    34     2775   10 27 01

10 27 45  NGC7538      20 30 18  49.2  28.6 -2.7    -120.1   -11     2775   10 27 56
10 28 30  ---          20 31 03  49.2  28.5 -2.7    -120.3    34     2777   10 27 46

10 28 30  J2254+6209   20 31 03  50.8  25.7 -2.4    -126.8   -11     2777   10 28 41
10 29 15  =2252+618    20 31 48  50.8  25.6 -2.4    -127.0    34     2779   10 28 31

10 29 15  NGC7538      20 31 48  49.3  28.4 -2.7    -120.5   -11     2779   10 29 26
10 30 00  ---          20 32 33  49.4  28.4 -2.7    -120.7    34     2781   10 29 16

10 30 00  J2254+6209   20 32 33  50.9  25.5 -2.4    -127.2   -11     2781   10 30 11
10 30 45  =2252+618    20 33 18  51.0  25.4 -2.4    -127.5    34     2783   10 30 01

10 30 45  NGC7538      20 33 18  49.5  28.3 -2.7    -121.0   -11     2783   10 30 56
10 31 30  ---          20 34 04  49.6  28.2 -2.7    -121.2    34     2786   10 30 46

10 31 30  J2254+6209   20 34 04  51.0  25.3 -2.4    -127.7   -11     2786   10 31 41
10 32 15  =2252+618    20 34 49  51.1  25.2 -2.3    -127.9    34     2788   10 31 31

10 32 15  NGC7538      20 34 49  49.6  28.2 -2.7    -121.4   -11     2788   10 32 26
10 33 00  ---          20 35 34  49.7  28.1 -2.7    -121.6    34     2790   10 32 16

10 33 00  J2254+6209   20 35 34  51.2  25.2 -2.3    -128.2   -11     2790   10 33 11
10 33 45  =2252+618    20 36 19  51.3  25.1 -2.3    -128.4    34     2792   10 33 01

10 33 45  NGC7538      20 36 19  49.8  28.0 -2.6    -121.8   -11     2792   10 33 56
10 34 30  ---          20 37 04  49.9  27.9 -2.6    -122.1    34     2794   10 33 46
Schedule for VLBA_FD   (Code Fd )                                   Page  21
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   6 Jun 2023   Day 157 ---

10 34 30  J2254+6209   20 37 04  51.3  25.0 -2.3    -128.6   -11     2794   10 34 41
10 35 15  =2252+618    20 37 49  51.4  24.9 -2.3    -128.9    34     2796   10 34 31

10 35 15  NGC7538      20 37 49  49.9  27.9 -2.6    -122.3   -11     2796   10 35 26
10 36 00  ---          20 38 34  50.0  27.8 -2.6    -122.5    34     2799   10 35 16

10 36 00  J2254+6209   20 38 34  51.5  24.8 -2.3    -129.1   -11     2799   10 36 11
10 36 45  =2252+618    20 39 19  51.5  24.7 -2.3    -129.3    34     2801   10 36 01

10 36 45  NGC7538      20 39 19  50.1  27.7 -2.6    -122.7   -11     2801   10 36 56
10 37 30  ---          20 40 05  50.2  27.6 -2.6    -123.0    34     2803   10 36 46

10 37 30  J2254+6209   20 40 05  51.6  24.6 -2.3    -129.6   -11     2803   10 37 41
10 38 15  =2252+618    20 40 50  51.7  24.5 -2.2    -129.8    34     2805   10 37 31

10 38 15  NGC7538      20 40 50  50.2  27.6 -2.6    -123.2   -11     2805   10 38 26
10 39 00  ---          20 41 35  50.3  27.5 -2.6    -123.4    34     2807   10 38 16

10 39 00  J2339+6010   20 41 35  48.2  31.5 -3.0    -114.7   -12     2807   10 39 12
10 39 45  =2336+598    20 42 20  48.3  31.5 -3.0    -114.9    33     2810   10 39 01

10 39 45  NGC7538      20 42 20  50.4  27.4 -2.5    -123.6   -12     2810   10 39 57
10 40 30  ---          20 43 05  50.5  27.3 -2.5    -123.9    33     2812   10 39 46

10 40 30  J2339+6010   20 43 05  48.4  31.4 -3.0    -115.1   -12     2812   10 40 42
10 41 15  =2336+598    20 43 50  48.5  31.4 -2.9    -115.3    33     2814   10 40 31

10 41 15  NGC7538      20 43 50  50.5  27.3 -2.5    -124.1   -12     2814   10 41 27
10 42 00  ---          20 44 35  50.6  27.2 -2.5    -124.3    33     2816   10 41 16

10 42 00  J2339+6010   20 44 35  48.5  31.3 -2.9    -115.5   -12     2816   10 42 12
10 42 45  =2336+598    20 45 20  48.6  31.2 -2.9    -115.7    33     2818   10 42 01

10 42 45  NGC7538      20 45 20  50.7  27.1 -2.5    -124.5   -12     2818   10 42 57
10 43 30  ---          20 46 06  50.8  27.0 -2.5    -124.8    33     2820   10 42 46

10 43 30  J2339+6010   20 46 06  48.7  31.2 -2.9    -116.0   -12     2820   10 43 42
10 44 15  =2336+598    20 46 51  48.8  31.1 -2.9    -116.2    33     2822   10 43 31

10 44 15  NGC7538      20 46 51  50.8  26.9 -2.5    -125.0   -12     2822   10 44 27
10 45 00  ---          20 47 36  50.9  26.9 -2.5    -125.2    33     2824   10 44 16

10 45 00  J2339+6010   20 47 36  48.9  31.1 -2.9    -116.4   -12     2824   10 45 12
10 45 45  =2336+598    20 48 21  49.0  31.0 -2.9    -116.6    33     2827   10 45 01
Schedule for VLBA_FD   (Code Fd )                                   Page  22
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   6 Jun 2023   Day 157 ---

10 45 45  NGC7538      20 48 21  51.0  26.8 -2.4    -125.4   -12     2827   10 45 57
10 46 30  ---          20 49 06  51.0  26.7 -2.4    -125.7    33     2829   10 45 46

10 46 30  J2339+6010   20 49 06  49.0  30.9 -2.9    -116.8   -12     2829   10 46 42
10 47 15  =2336+598    20 49 51  49.1  30.9 -2.8    -117.0    33     2831   10 46 31

10 47 15  NGC7538      20 49 51  51.1  26.6 -2.4    -125.9   -12     2831   10 47 27
10 48 00  ---          20 50 36  51.2  26.5 -2.4    -126.1    33     2833   10 47 16

10 51 00  J2202+4216   20 53 37  71.7  45.2 -1.2    -124.3   132     2833   10 51 00
10 59 00  =VR422201    21 01 38  72.9  42.3 -1.0    -128.4   480     2864   10 51 01

10 59 00  NGC7538      21 01 38  52.2  25.2 -2.2    -129.6   -49     2864   10 59 49
11 04 00  ---          21 06 39  52.7  24.6 -2.1    -131.2   251     2880   10 59 01

11 04 00  J2254+6209   21 06 39  53.8  21.1 -1.8    -138.3   -10     2880   11 04 10
11 04 45  =2252+618    21 07 24  53.9  21.0 -1.8    -138.5    35     2882   11 04 01

11 04 45  NGC7538      21 07 24  52.7  24.5 -2.1    -131.4   -10     2882   11 04 55
11 05 30  ---          21 08 09  52.8  24.4 -2.1    -131.7    35     2885   11 04 46

11 05 30  J2254+6209   21 08 09  53.9  20.9 -1.8    -138.8   -10     2885   11 05 40
11 06 15  =2252+618    21 08 54  54.0  20.8 -1.8    -139.0    35     2887   11 05 31

11 06 15  NGC7538      21 08 54  52.9  24.3 -2.1    -131.9   -10     2887   11 06 25
11 07 00  ---          21 09 39  52.9  24.2 -2.1    -132.2    35     2889   11 06 16

11 07 00  J2254+6209   21 09 39  54.1  20.6 -1.8    -139.3   -10     2889   11 07 10
11 07 45  =2252+618    21 10 24  54.1  20.5 -1.7    -139.6    35     2891   11 07 01

11 07 45  NGC7538      21 10 24  53.0  24.1 -2.1    -132.4   -10     2891   11 07 55
11 08 30  ---          21 11 10  53.1  24.0 -2.1    -132.7    35     2894   11 07 46

11 08 30  J2254+6209   21 11 10  54.2  20.4 -1.7    -139.8   -10     2894   11 08 40
11 09 15  =2252+618    21 11 55  54.2  20.3 -1.7    -140.1    35     2896   11 08 31

11 09 15  NGC7538      21 11 55  53.1  23.9 -2.0    -132.9   -10     2896   11 09 25
11 10 00  ---          21 12 40  53.2  23.8 -2.0    -133.1    35     2898   11 09 16

11 10 00  J2254+6209   21 12 40  54.3  20.2 -1.7    -140.3   -10     2898   11 10 10
11 10 45  =2252+618    21 13 25  54.3  20.1 -1.7    -140.6    35     2900   11 10 01

11 10 45  NGC7538      21 13 25  53.3  23.7 -2.0    -133.4   -10     2900   11 10 55
11 11 30  ---          21 14 10  53.3  23.6 -2.0    -133.6    35     2903   11 10 46
Schedule for VLBA_FD   (Code Fd )                                   Page  23
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   6 Jun 2023   Day 157 ---

11 11 30  J2254+6209   21 14 10  54.4  20.0 -1.7    -140.9   -10     2903   11 11 40
11 12 15  =2252+618    21 14 55  54.4  19.8 -1.7    -141.1    35     2905   11 11 31

11 12 15  NGC7538      21 14 55  53.4  23.5 -2.0    -133.9   -10     2905   11 12 25
11 13 00  ---          21 15 40  53.5  23.4 -2.0    -134.1    35     2907   11 12 16

11 13 00  J2339+6010   21 15 40  51.9  28.3 -2.4    -124.6   -11     2907   11 13 11
11 13 45  =2336+598    21 16 25  52.0  28.2 -2.4    -124.8    34     2909   11 13 01

11 13 45  NGC7538      21 16 25  53.5  23.3 -2.0    -134.4   -11     2909   11 13 56
11 14 30  ---          21 17 11  53.6  23.2 -2.0    -134.6    34     2911   11 13 46

11 14 30  J2339+6010   21 17 11  52.0  28.1 -2.4    -125.1   -11     2911   11 14 41
11 15 15  =2336+598    21 17 56  52.1  28.0 -2.4    -125.3    34     2914   11 14 31

11 15 15  NGC7538      21 17 56  53.7  23.1 -1.9    -134.9   -11     2914   11 15 26
11 16 00  ---          21 18 41  53.7  23.0 -1.9    -135.1    34     2916   11 15 16

11 16 00  J2339+6010   21 18 41  52.2  27.9 -2.4    -125.5   -11     2916   11 16 11
11 16 45  =2336+598    21 19 26  52.3  27.9 -2.4    -125.8    34     2918   11 16 01

11 16 45  NGC7538      21 19 26  53.8  22.8 -1.9    -135.4   -11     2918   11 16 56
11 17 30  ---          21 20 11  53.9  22.7 -1.9    -135.6    34     2920   11 16 46

11 17 30  J2339+6010   21 20 11  52.3  27.8 -2.3    -126.0   -11     2920   11 17 41
11 18 15  =2336+598    21 20 56  52.4  27.7 -2.3    -126.2    34     2922   11 17 31

11 18 15  NGC7538      21 20 56  53.9  22.6 -1.9    -135.9   -11     2922   11 18 26
11 19 00  ---          21 21 41  54.0  22.5 -1.9    -136.2    34     2925   11 18 16

11 19 00  J2339+6010   21 21 41  52.5  27.6 -2.3    -126.5   -11     2925   11 19 11
11 19 45  =2336+598    21 22 26  52.6  27.5 -2.3    -126.7    34     2927   11 19 01

11 19 45  NGC7538      21 22 26  54.0  22.4 -1.9    -136.4   -12     2927   11 19 57
11 20 30  ---          21 23 12  54.1  22.3 -1.9    -136.7    33     2929   11 19 46

11 20 30  J2339+6010   21 23 12  52.6  27.4 -2.3    -126.9   -11     2929   11 20 41
11 21 15  =2336+598    21 23 57  52.7  27.3 -2.3    -127.2    34     2931   11 20 31

11 21 15  NGC7538      21 23 57  54.2  22.2 -1.8    -136.9   -12     2931   11 21 27
11 22 00  ---          21 24 42  54.2  22.1 -1.8    -137.2    33     2933   11 21 16

11 22 00  J2254+6209   21 24 42  55.1  18.3 -1.5    -144.6   -11     2933   11 22 11
11 22 45  =2252+618    21 25 27  55.2  18.1 -1.5    -144.8    34     2935   11 22 01
Schedule for VLBA_FD   (Code Fd )                                   Page  24
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   6 Jun 2023   Day 157 ---

11 22 45  NGC7538      21 25 27  54.3  22.0 -1.8    -137.4   -11     2935   11 22 56
11 23 30  ---          21 26 12  54.3  21.9 -1.8    -137.7    34     2938   11 22 46

11 23 30  J2254+6209   21 26 12  55.2  18.0 -1.5    -145.1   -11     2938   11 23 41
11 24 15  =2252+618    21 26 57  55.3  17.9 -1.5    -145.4    34     2940   11 23 31

11 24 15  NGC7538      21 26 57  54.4  21.7 -1.8    -137.9   -11     2940   11 24 26
11 25 00  ---          21 27 42  54.5  21.6 -1.8    -138.2    34     2942   11 24 16

11 25 00  J2254+6209   21 27 42  55.3  17.8 -1.5    -145.6   -11     2942   11 25 11
11 25 45  =2252+618    21 28 27  55.4  17.6 -1.4    -145.9    34     2944   11 25 01

11 25 45  NGC7538      21 28 27  54.5  21.5 -1.8    -138.5   -11     2944   11 25 56
11 26 30  ---          21 29 13  54.6  21.4 -1.8    -138.7    34     2946   11 25 46

11 26 30  J2254+6209   21 29 13  55.4  17.5 -1.4    -146.2   -11     2946   11 26 41
11 27 15  =2252+618    21 29 58  55.5  17.4 -1.4    -146.5    34     2949   11 26 31

11 27 15  NGC7538      21 29 58  54.6  21.3 -1.7    -139.0   -11     2949   11 27 26
11 28 00  ---          21 30 43  54.7  21.2 -1.7    -139.2    34     2951   11 27 16

11 28 00  J2254+6209   21 30 43  55.5  17.2 -1.4    -146.7   -11     2951   11 28 11
11 28 45  =2252+618    21 31 28  55.6  17.1 -1.4    -147.0    34     2953   11 28 01

11 28 45  NGC7538      21 31 28  54.8  21.0 -1.7    -139.5   -11     2953   11 28 56
11 29 30  ---          21 32 13  54.8  20.9 -1.7    -139.8    34     2955   11 28 46

11 29 30  J2254+6209   21 32 13  55.6  17.0 -1.4    -147.3   -11     2955   11 29 41
11 30 15  =2252+618    21 32 58  55.7  16.9 -1.4    -147.6    34     2957   11 29 31

11 30 15  NGC7538      21 32 58  54.9  20.8 -1.7    -140.0   -11     2957   11 30 26
11 31 00  ---          21 33 43  54.9  20.7 -1.7    -140.3    34     2959   11 30 16

11 31 00  J2339+6010   21 33 43  53.7  26.0 -2.1    -130.3   -12     2959   11 31 12
11 31 45  =2336+598    21 34 28  53.7  25.9 -2.1    -130.6    33     2962   11 31 01

11 31 45  NGC7538      21 34 28  55.0  20.6 -1.7    -140.6   -12     2962   11 31 57
11 32 30  ---          21 35 14  55.0  20.4 -1.7    -140.8    33     2964   11 31 46

11 32 30  J2339+6010   21 35 14  53.8  25.8 -2.1    -130.8   -12     2964   11 32 42
11 33 15  =2336+598    21 35 59  53.9  25.7 -2.1    -131.1    33     2966   11 32 31

11 33 15  NGC7538      21 35 59  55.1  20.3 -1.6    -141.1   -12     2966   11 33 27
11 34 00  ---          21 36 44  55.2  20.2 -1.6    -141.3    33     2968   11 33 16
Schedule for VLBA_FD   (Code Fd )                                   Page  25
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   6 Jun 2023   Day 157 ---

11 34 00  J2339+6010   21 36 44  53.9  25.6 -2.1    -131.3   -12     2968   11 34 12
11 34 45  =2336+598    21 37 29  54.0  25.5 -2.0    -131.6    33     2970   11 34 01

11 34 45  NGC7538      21 37 29  55.2  20.1 -1.6    -141.6   -12     2970   11 34 57
11 35 30  ---          21 38 14  55.3  20.0 -1.6    -141.9    33     2972   11 34 46

11 35 30  J2339+6010   21 38 14  54.1  25.4 -2.0    -131.8   -12     2972   11 35 42
11 36 15  =2336+598    21 38 59  54.1  25.3 -2.0    -132.1    33     2974   11 35 31

11 36 15  NGC7538      21 38 59  55.3  19.8 -1.6    -142.1   -12     2974   11 36 27
11 37 00  ---          21 39 44  55.4  19.7 -1.6    -142.4    33     2976   11 36 16

11 37 00  J2339+6010   21 39 44  54.2  25.2 -2.0    -132.3   -12     2976   11 37 12
11 37 45  =2336+598    21 40 29  54.3  25.1 -2.0    -132.6    33     2979   11 37 01

11 37 45  NGC7538      21 40 29  55.4  19.6 -1.6    -142.7   -12     2979   11 37 57
11 38 30  ---          21 41 15  55.5  19.5 -1.6    -143.0    33     2981   11 37 46

11 38 30  J2339+6010   21 41 15  54.4  25.0 -2.0    -132.8   -12     2981   11 38 42
11 39 15  =2336+598    21 42 00  54.4  24.9 -2.0    -133.1    33     2983   11 38 31

11 39 15  NGC7538      21 42 00  55.5  19.3 -1.5    -143.2   -12     2983   11 39 27
11 40 00  ---          21 42 45  55.6  19.2 -1.5    -143.5    33     2985   11 39 16

11 40 00  J2254+6209   21 42 45  56.2  15.1 -1.2    -151.2   -11     2985   11 40 11
11 40 45  =2252+618    21 43 30  56.3  15.0 -1.2    -151.5    34     2987   11 40 01

11 40 45  NGC7538      21 43 30  55.6  19.1 -1.5    -143.8   -11     2987   11 40 56
11 41 30  ---          21 44 15  55.7  18.9 -1.5    -144.0    34     2989   11 40 46

11 41 30  J2254+6209   21 44 15  56.3  14.8 -1.2    -151.7   -11     2989   11 41 41
11 42 15  =2252+618    21 45 00  56.4  14.7 -1.2    -152.0    34     2992   11 41 31

11 42 15  NGC7538      21 45 00  55.7  18.8 -1.5    -144.3   -11     2992   11 42 26
11 43 00  ---          21 45 45  55.8  18.7 -1.5    -144.6    34     2994   11 42 16

11 43 00  J2254+6209   21 45 45  56.4  14.6 -1.2    -152.3   -11     2994   11 43 11
11 43 45  =2252+618    21 46 30  56.5  14.4 -1.1    -152.6    34     2996   11 43 01

11 43 45  NGC7538      21 46 30  55.9  18.6 -1.5    -144.9   -11     2996   11 43 56
11 44 30  ---          21 47 16  55.9  18.4 -1.5    -145.1    34     2998   11 43 46

11 44 30  J2254+6209   21 47 16  56.5  14.3 -1.1    -152.9   -11     2998   11 44 41
11 45 15  =2252+618    21 48 01  56.5  14.1 -1.1    -153.1    34     3000   11 44 31
Schedule for VLBA_FD   (Code Fd )                                   Page  26
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   6 Jun 2023   Day 157 ---

11 45 15  NGC7538      21 48 01  56.0  18.3 -1.4    -145.4   -11     3000   11 45 26
11 46 00  ---          21 48 46  56.0  18.2 -1.4    -145.7    34     3003   11 45 16

11 46 00  J2254+6209   21 48 46  56.6  14.0 -1.1    -153.4   -11     3003   11 46 11
11 46 45  =2252+618    21 49 31  56.6  13.8 -1.1    -153.7    34     3005   11 46 01

11 46 45  NGC7538      21 49 31  56.1  18.0 -1.4    -146.0   -11     3005   11 46 56
11 47 30  ---          21 50 16  56.1  17.9 -1.4    -146.2    34     3007   11 46 46

11 47 30  J2254+6209   21 50 16  56.6  13.7 -1.1    -154.0   -11     3007   11 47 41
11 48 15  =2252+618    21 51 01  56.7  13.6 -1.1    -154.3    34     3009   11 47 31

11 48 15  NGC7538      21 51 01  56.2  17.8 -1.4    -146.5   -11     3009   11 48 26
11 49 00  ---          21 51 46  56.2  17.6 -1.4    -146.8    34     3011   11 48 16

11 49 00  J2254+6209   21 51 46  56.7  13.4 -1.1    -154.6   -11     3011   11 49 11
11 49 45  =2252+618    21 52 31  56.8  13.3 -1.0    -154.9    34     3013   11 49 01

11 49 45  NGC7538      21 52 31  56.3  17.5 -1.4    -147.1   -11     3013   11 49 56
11 50 30  ---          21 53 17  56.3  17.4 -1.4    -147.3    34     3016   11 49 46

11 50 30  J2254+6209   21 53 17  56.8  13.1 -1.0    -155.2   -11     3016   11 50 41
11 51 15  =2252+618    21 54 02  56.8  13.0 -1.0    -155.4    34     3018   11 50 31

11 51 15  NGC7538      21 54 02  56.4  17.2 -1.3    -147.6   -11     3018   11 51 26
11 52 00  ---          21 54 47  56.4  17.1 -1.3    -147.9    34     3020   11 51 16

11 52 00  J2254+6209   21 54 47  56.9  12.8 -1.0    -155.7   -11     3020   11 52 11
11 52 45  =2252+618    21 55 32  56.9  12.7 -1.0    -156.0    34     3022   11 52 01

11 52 45  NGC7538      21 55 32  56.4  17.0 -1.3    -148.2   -11     3022   11 52 56
11 53 30  ---          21 56 17  56.5  16.8 -1.3    -148.5    34     3024   11 52 46

11 53 30  J2254+6209   21 56 17  56.9  12.5 -1.0    -156.3   -11     3024   11 53 41
11 54 15  =2252+618    21 57 02  57.0  12.4 -1.0    -156.6    34     3027   11 53 31

11 54 15  NGC7538      21 57 02  56.5  16.7 -1.3    -148.7   -11     3027   11 54 26
11 55 00  ---          21 57 47  56.6  16.5 -1.3    -149.0    34     3029   11 54 16

11 55 00  J2339+6010   21 57 47  55.8  22.4 -1.7    -138.5   -12     3029   11 55 12
11 55 45  =2336+598    21 58 32  55.8  22.3 -1.7    -138.8    33     3031   11 55 01

11 55 45  NGC7538      21 58 32  56.6  16.4 -1.3    -149.3   -12     3031   11 55 57
11 56 30  ---          21 59 18  56.7  16.3 -1.3    -149.6    33     3033   11 55 46
Schedule for VLBA_FD   (Code Fd )                                   Page  27
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   6 Jun 2023   Day 157 ---

11 56 30  J2339+6010   21 59 18  55.9  22.2 -1.7    -139.0   -12     3033   11 56 42
11 57 15  =2336+598    22 00 03  56.0  22.1 -1.7    -139.3    33     3035   11 56 31

11 57 15  NGC7538      22 00 03  56.7  16.1 -1.2    -149.9   -12     3035   11 57 27
11 58 00  ---          22 00 48  56.8  16.0 -1.2    -150.1    33     3037   11 57 16

11 58 00  J2339+6010   22 00 48  56.0  21.9 -1.7    -139.6   -12     3037   11 58 12
11 58 45  =2336+598    22 01 33  56.1  21.8 -1.6    -139.8    33     3039   11 58 01

11 58 45  NGC7538      22 01 33  56.8  15.8 -1.2    -150.4   -12     3039   11 58 57
11 59 30  ---          22 02 18  56.9  15.7 -1.2    -150.7    33     3042   11 58 46

11 59 30  J2339+6010   22 02 18  56.1  21.7 -1.6    -140.1   -12     3042   11 59 42
12 00 15  =2336+598    22 03 03  56.2  21.6 -1.6    -140.4    33     3044   11 59 31

12 00 15  NGC7538      22 03 03  56.9  15.5 -1.2    -151.0   -12     3044   12 00 27
12 01 00  ---          22 03 48  56.9  15.4 -1.2    -151.3    33     3046   12 00 16

12 01 00  J2339+6010   22 03 48  56.3  21.4 -1.6    -140.6   -12     3046   12 01 12
12 01 45  =2336+598    22 04 33  56.3  21.3 -1.6    -140.9    33     3048   12 01 01

12 01 45  NGC7538      22 04 33  57.0  15.3 -1.2    -151.6   -12     3048   12 01 57
12 02 30  ---          22 05 18  57.0  15.1 -1.2    -151.9    33     3050   12 01 46

12 02 30  J2339+6010   22 05 18  56.4  21.2 -1.6    -141.2   -12     3050   12 02 42
12 03 15  =2336+598    22 06 04  56.4  21.0 -1.6    -141.5    33     3052   12 02 31

12 03 15  NGC7538      22 06 04  57.1  15.0 -1.1    -152.1   -12     3052   12 03 27
12 04 00  ---          22 06 49  57.1  14.8 -1.1    -152.4    33     3054   12 03 16

12 07 00  J2202+4216   22 09 49  78.2  -5.5  0.1     173.5   130     3054   12 07 00
12 15 00  =VR422201    22 17 51  77.9 -12.6  0.2     165.3   480     3085   12 07 01

12 15 00  NGC7538      22 17 51  57.7  12.6 -0.9    -156.7   -48     3085   12 15 48
12 20 00  ---          22 22 51  57.9  11.6 -0.9    -158.7   252     3101   12 15 01

12 20 00  J2254+6209   22 22 51  57.9   7.1 -0.5    -166.8   -11     3101   12 20 11
12 20 45  =2252+618    22 23 36  57.9   6.9 -0.5    -167.1    34     3104   12 20 01

12 20 45  NGC7538      22 23 36  57.9  11.4 -0.9    -159.0   -11     3104   12 20 56
12 21 30  ---          22 24 22  58.0  11.3 -0.8    -159.3    34     3106   12 20 46

12 21 30  J2254+6209   22 24 22  58.0   6.8 -0.5    -167.4   -11     3106   12 21 41
12 22 15  =2252+618    22 25 07  58.0   6.6 -0.5    -167.7    34     3108   12 21 31
Schedule for VLBA_FD   (Code Fd )                                   Page  28
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   6 Jun 2023   Day 157 ---

12 22 15  NGC7538      22 25 07  58.0  11.1 -0.8    -159.6   -11     3108   12 22 26
12 23 00  ---          22 25 52  58.0  11.0 -0.8    -159.9    34     3110   12 22 16

12 23 00  J2254+6209   22 25 52  58.0   6.5 -0.5    -168.0   -11     3110   12 23 11
12 23 45  =2252+618    22 26 37  58.0   6.3 -0.5    -168.3    34     3112   12 23 01

12 23 45  NGC7538      22 26 37  58.1  10.8 -0.8    -160.2   -11     3112   12 23 56
12 24 30  ---          22 27 22  58.1  10.6 -0.8    -160.5    34     3115   12 23 46

12 24 30  J2254+6209   22 27 22  58.0   6.1 -0.5    -168.6   -11     3115   12 24 41
12 25 15  =2252+618    22 28 07  58.0   6.0 -0.5    -168.9    34     3117   12 24 31

12 25 15  NGC7538      22 28 07  58.1  10.5 -0.8    -160.8   -11     3117   12 25 26
12 26 00  ---          22 28 52  58.1  10.3 -0.8    -161.1    34     3119   12 25 16

12 26 00  J2254+6209   22 28 52  58.1   5.8 -0.4    -169.2   -11     3119   12 26 11
12 26 45  =2252+618    22 29 37  58.1   5.7 -0.4    -169.5    34     3121   12 26 01

12 26 45  NGC7538      22 29 37  58.2  10.2 -0.8    -161.4   -11     3121   12 26 56
12 27 30  ---          22 30 23  58.2  10.0 -0.7    -161.7    34     3123   12 26 46

12 27 30  J2254+6209   22 30 23  58.1   5.5 -0.4    -169.8   -11     3123   12 27 41
12 28 15  =2252+618    22 31 08  58.1   5.3 -0.4    -170.1    34     3126   12 27 31

12 28 15  NGC7538      22 31 08  58.2   9.8 -0.7    -162.0   -11     3126   12 28 26
12 29 00  ---          22 31 53  58.3   9.7 -0.7    -162.3    34     3128   12 28 16

12 29 00  J2339+6010   22 31 53  58.2  16.1 -1.1    -151.2   -12     3128   12 29 12
12 29 45  =2336+598    22 32 38  58.3  15.9 -1.1    -151.5    33     3130   12 29 01

12 29 45  NGC7538      22 32 38  58.3   9.5 -0.7    -162.6   -12     3130   12 29 57
12 30 30  ---          22 33 23  58.3   9.4 -0.7    -162.9    33     3132   12 29 46

12 30 30  J2339+6010   22 33 23  58.3  15.8 -1.1    -151.8   -12     3132   12 30 42
12 31 15  =2336+598    22 34 08  58.3  15.6 -1.1    -152.1    33     3134   12 30 31

12 31 15  NGC7538      22 34 08  58.3   9.2 -0.7    -163.2   -12     3134   12 31 27
12 32 00  ---          22 34 53  58.4   9.0 -0.7    -163.5    33     3136   12 31 16

12 32 00  J2339+6010   22 34 53  58.4  15.5 -1.1    -152.4   -12     3136   12 32 12
12 32 45  =2336+598    22 35 38  58.4  15.3 -1.1    -152.7    33     3138   12 32 01

12 32 45  NGC7538      22 35 38  58.4   8.9 -0.7    -163.8   -12     3138   12 32 57
12 33 30  ---          22 36 24  58.4   8.7 -0.6    -164.1    33     3140   12 32 46
Schedule for VLBA_FD   (Code Fd )                                   Page  29
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   6 Jun 2023   Day 157 ---

12 33 30  J2339+6010   22 36 24  58.5  15.2 -1.1    -153.0   -12     3140   12 33 42
12 34 15  =2336+598    22 37 09  58.5  15.0 -1.1    -153.3    33     3143   12 33 31

12 34 15  NGC7538      22 37 09  58.4   8.5 -0.6    -164.4   -12     3143   12 34 27
12 35 00  ---          22 37 54  58.5   8.4 -0.6    -164.7    33     3145   12 34 16

12 35 00  J2339+6010   22 37 54  58.6  14.8 -1.0    -153.6   -12     3145   12 35 12
12 35 45  =2336+598    22 38 39  58.6  14.7 -1.0    -153.9    33     3147   12 35 01

12 35 45  NGC7538      22 38 39  58.5   8.2 -0.6    -165.0   -12     3147   12 35 57
12 36 30  ---          22 39 24  58.5   8.0 -0.6    -165.3    33     3149   12 35 46

12 36 30  J2339+6010   22 39 24  58.6  14.5 -1.0    -154.2   -12     3149   12 36 42
12 37 15  =2336+598    22 40 09  58.7  14.4 -1.0    -154.5    33     3151   12 36 31

12 37 15  NGC7538      22 40 09  58.5   7.9 -0.6    -165.7   -13     3151   12 37 28
12 38 00  ---          22 40 54  58.6   7.7 -0.6    -166.0    32     3153   12 37 16

12 41 00  J2202+4216   22 43 55  75.8 -31.6  0.7     142.3   138     3153   12 41 00
12 49 00  =VR422201    22 51 56  74.8 -36.1  0.8     136.7   480     3184   12 41 01

12 49 00  2007+777     22 51 56  39.2 -10.4  2.8     132.2   -78     3184   12 50 18
12 59 00  ---          23 01 58  38.8 -10.8  3.0     129.5   522     3218   12 49 01

13 00 00  NGC7538      23 02 58  59.0   2.7 -0.2    -175.1    12     3218   13 00 00
13 05 00  ---          23 07 59  59.0   1.6 -0.1    -177.2   300     3237   13 00 01

13 05 00  J2254+6209   23 07 59  58.3  -2.8  0.2     174.8   -11     3237   13 05 11
13 05 45  =2252+618    23 08 44  58.3  -3.0  0.2     174.5    34     3239   13 05 01

13 05 45  NGC7538      23 08 44  59.0   1.4 -0.1    -177.5   -11     3239   13 05 56
13 06 30  ---          23 09 29  59.0   1.2 -0.1    -177.8    34     3241   13 05 46

13 06 30  J2254+6209   23 09 29  58.3  -3.1  0.2     174.2   -11     3241   13 06 41
13 07 15  =2252+618    23 10 14  58.3  -3.3  0.2     173.9    34     3244   13 06 31

13 07 15  NGC7538      23 10 14  59.0   1.0 -0.1    -178.1   -11     3244   13 07 26
13 08 00  ---          23 10 59  59.0   0.9 -0.1    -178.4    34     3246   13 07 16

13 08 00  J2254+6209   23 10 59  58.3  -3.5  0.3     173.6   -11     3246   13 08 11
13 08 45  =2252+618    23 11 44  58.2  -3.6  0.3     173.3    34     3248   13 08 01

13 08 45  NGC7538      23 11 44  59.0   0.7 -0.1    -178.7   -11     3248   13 08 56
13 09 30  ---          23 12 29  59.0   0.5 -0.0    -179.1    34     3250   13 08 46
Schedule for VLBA_FD   (Code Fd )                                   Page  30
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   6 Jun 2023   Day 157 ---

13 09 30  J2254+6209   23 12 29  58.2  -3.8  0.3     173.0   -11     3250   13 09 41
13 10 15  =2252+618    23 13 15  58.2  -4.0  0.3     172.7    34     3252   13 09 31

13 10 15  NGC7538      23 13 15  59.0   0.3 -0.0    -179.4   -11     3252   13 10 26
13 11 00  ---          23 14 00  59.0   0.2 -0.0    -179.7    34     3255   13 10 16

13 11 00  J2254+6209   23 14 00  58.2  -4.1  0.3     172.4   -11     3255   13 11 11
13 11 45  =2252+618    23 14 45  58.2  -4.3  0.3     172.1    34     3257   13 11 01

13 11 45  NGC7538      23 14 45  59.0  -0.0  0.0     180.0   -11     3257   13 11 56
13 12 30  ---          23 15 30  59.0  -0.2  0.0     179.7    34     3259   13 11 46

13 12 30  J2254+6209   23 15 30  58.2  -4.4  0.3     171.7   -11     3259   13 12 41
13 13 15  =2252+618    23 16 15  58.2  -4.6  0.3     171.4    34     3261   13 12 31

13 13 15  NGC7538      23 16 15  59.0  -0.3  0.0     179.4   -11     3261   13 13 26
13 14 00  ---          23 17 00  59.0  -0.5  0.0     179.1    34     3263   13 13 16

13 14 00  J2339+6010   23 17 00  60.1   5.8 -0.4    -169.9   -12     3263   13 14 12
13 14 45  =2336+598    23 17 45  60.1   5.6 -0.4    -170.2    33     3265   13 14 01

13 14 45  NGC7538      23 17 45  59.0  -0.7  0.1     178.7   -12     3265   13 14 57
13 15 30  ---          23 18 30  59.0  -0.9  0.1     178.4    33     3268   13 14 46

13 15 30  J2339+6010   23 18 30  60.1   5.5 -0.4    -170.5   -12     3268   13 15 42
13 16 15  =2336+598    23 19 16  60.1   5.3 -0.4    -170.8    33     3270   13 15 31

13 16 15  NGC7538      23 19 16  59.0  -1.0  0.1     178.1   -12     3270   13 16 27
13 17 00  ---          23 20 01  59.0  -1.2  0.1     177.8    33     3272   13 16 16

13 17 00  J2339+6010   23 20 01  60.1   5.1 -0.3    -171.1   -12     3272   13 17 12
13 17 45  =2336+598    23 20 46  60.2   4.9 -0.3    -171.5    33     3274   13 17 01

13 17 45  NGC7538      23 20 46  59.0  -1.4  0.1     177.5   -12     3274   13 17 57
13 18 30  ---          23 21 31  59.0  -1.6  0.1     177.2    33     3276   13 17 46

13 18 30  J2339+6010   23 21 31  60.2   4.7 -0.3    -171.8   -12     3276   13 18 42
13 19 15  =2336+598    23 22 16  60.2   4.5 -0.3    -172.1    33     3278   13 18 31

13 19 15  NGC7538      23 22 16  59.0  -1.7  0.1     176.9   -12     3278   13 19 27
13 20 00  ---          23 23 01  59.0  -1.9  0.1     176.5    33     3280   13 19 16

13 20 00  J2339+6010   23 23 01  60.2   4.3 -0.3    -172.4   -12     3280   13 20 12
13 20 45  =2336+598    23 23 46  60.2   4.2 -0.3    -172.8    33     3282   13 20 01
Schedule for VLBA_FD   (Code Fd )                                   Page  31
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   6 Jun 2023   Day 157 ---

13 20 45  NGC7538      23 23 46  59.0  -2.1  0.2     176.2   -12     3282   13 20 57
13 21 30  ---          23 24 31  59.0  -2.3  0.2     175.9    33     3285   13 20 46

13 21 30  J2339+6010   23 24 31  60.2   4.0 -0.3    -173.1   -12     3285   13 21 42
13 22 15  =2336+598    23 25 17  60.2   3.8 -0.3    -173.4    33     3287   13 21 31

13 22 15  NGC7538      23 25 17  59.0  -2.4  0.2     175.6   -12     3287   13 22 27
13 23 00  ---          23 26 02  59.0  -2.6  0.2     175.3    33     3289   13 22 16

13 23 00  J2254+6209   23 26 02  58.0  -6.7  0.5     167.5   -11     3289   13 23 11
13 23 45  =2252+618    23 26 47  57.9  -6.9  0.5     167.2    34     3291   13 23 01

13 23 45  NGC7538      23 26 47  59.0  -2.8  0.2     175.0   -11     3291   13 23 56
13 24 30  ---          23 27 32  59.0  -3.0  0.2     174.7    34     3293   13 23 46

13 24 30  J2254+6209   23 27 32  57.9  -7.0  0.5     166.9   -11     3293   13 24 41
13 25 15  =2252+618    23 28 17  57.9  -7.2  0.5     166.6    34     3295   13 24 31

13 25 15  NGC7538      23 28 17  59.0  -3.1  0.2     174.3   -11     3295   13 25 26
13 26 00  ---          23 29 02  59.0  -3.3  0.2     174.0    34     3298   13 25 16

13 26 00  J2254+6209   23 29 02  57.9  -7.4  0.6     166.3   -11     3298   13 26 11
13 26 45  =2252+618    23 29 47  57.9  -7.5  0.6     166.0    34     3300   13 26 01

13 26 45  NGC7538      23 29 47  58.9  -3.5  0.3     173.7   -11     3300   13 26 56
13 27 30  ---          23 30 32  58.9  -3.6  0.3     173.4    34     3302   13 26 46

13 27 30  J2254+6209   23 30 32  57.8  -7.7  0.6     165.7   -11     3302   13 27 41
13 28 15  =2252+618    23 31 18  57.8  -7.8  0.6     165.4    34     3304   13 27 31

13 28 15  NGC7538      23 31 18  58.9  -3.8  0.3     173.1   -11     3304   13 28 26
13 29 00  ---          23 32 03  58.9  -4.0  0.3     172.8    34     3306   13 28 16

13 29 00  J2254+6209   23 32 03  57.8  -8.0  0.6     165.1   -11     3306   13 29 11
13 29 45  =2252+618    23 32 48  57.8  -8.2  0.6     164.8    34     3309   13 29 01

13 29 45  NGC7538      23 32 48  58.9  -4.2  0.3     172.5   -11     3309   13 29 56
13 30 30  ---          23 33 33  58.9  -4.3  0.3     172.2    34     3311   13 29 46

13 30 30  J2254+6209   23 33 33  57.8  -8.3  0.6     164.5   -11     3311   13 30 41
13 31 15  =2252+618    23 34 18  57.7  -8.5  0.6     164.2    34     3313   13 30 31

13 31 15  NGC7538      23 34 18  58.9  -4.5  0.3     171.8   -11     3313   13 31 26
13 32 00  ---          23 35 03  58.9  -4.7  0.3     171.5    34     3315   13 31 16
Schedule for VLBA_FD   (Code Fd )                                   Page  32
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   6 Jun 2023   Day 157 ---

13 32 00  J2339+6010   23 35 03  60.3   1.3 -0.1    -177.7   -12     3315   13 32 12
13 32 45  =2336+598    23 35 48  60.3   1.2 -0.1    -178.0    33     3317   13 32 01

13 32 45  NGC7538      23 35 48  58.9  -4.8  0.4     171.2   -12     3317   13 32 57
13 33 30  ---          23 36 33  58.8  -5.0  0.4     170.9    33     3319   13 32 46

13 33 30  J2339+6010   23 36 33  60.3   1.0 -0.1    -178.3   -12     3319   13 33 42
13 34 15  =2336+598    23 37 19  60.3   0.8 -0.1    -178.6    33     3321   13 33 31

13 34 15  NGC7538      23 37 19  58.8  -5.2  0.4     170.6   -12     3321   13 34 27
13 35 00  ---          23 38 04  58.8  -5.4  0.4     170.3    33     3324   13 34 16

13 35 00  J2339+6010   23 38 04  60.3   0.6 -0.0    -179.0   -12     3324   13 35 12
13 35 45  =2336+598    23 38 49  60.3   0.4 -0.0    -179.3    33     3326   13 35 01

13 35 45  NGC7538      23 38 49  58.8  -5.5  0.4     170.0   -12     3326   13 35 57
13 36 30  ---          23 39 34  58.8  -5.7  0.4     169.7    33     3328   13 35 46

13 36 30  J2339+6010   23 39 34  60.3   0.2 -0.0    -179.6   -12     3328   13 36 42
13 37 15  =2336+598    23 40 19  60.3   0.0 -0.0    -179.9    33     3330   13 36 31

13 37 15  NGC7538      23 40 19  58.8  -5.9  0.4     169.4   -12     3330   13 37 27
13 38 00  ---          23 41 04  58.7  -6.0  0.4     169.0    33     3332   13 37 16

13 38 00  J2339+6010   23 41 04  60.3  -0.2  0.0     179.7   -12     3332   13 38 12
13 38 45  =2336+598    23 41 49  60.3  -0.3  0.0     179.4    33     3334   13 38 01

13 38 45  NGC7538      23 41 49  58.7  -6.2  0.5     168.7   -12     3334   13 38 57
13 39 30  ---          23 42 34  58.7  -6.4  0.5     168.4    33     3336   13 38 46

13 39 30  J2339+6010   23 42 34  60.3  -0.5  0.0     179.1   -12     3336   13 39 42
13 40 15  =2336+598    23 43 20  60.3  -0.7  0.0     178.7    33     3338   13 39 31

13 40 15  NGC7538      23 43 20  58.7  -6.5  0.5     168.1   -12     3338   13 40 27
13 41 00  ---          23 44 05  58.7  -6.7  0.5     167.8    33     3341   13 40 16

13 41 00  J2254+6209   23 44 05  57.4 -10.5  0.8     160.3   -11     3341   13 41 11
13 41 45  =2252+618    23 44 50  57.4 -10.7  0.8     160.0    34     3343   13 41 01

13 41 45  NGC7538      23 44 50  58.7  -6.9  0.5     167.5   -11     3343   13 41 56
13 42 30  ---          23 45 35  58.6  -7.0  0.5     167.2    34     3345   13 41 46

13 42 30  J2254+6209   23 45 35  57.3 -10.8  0.8     159.7   -11     3345   13 42 41
13 43 15  =2252+618    23 46 20  57.3 -11.0  0.9     159.4    34     3347   13 42 31
Schedule for VLBA_FD   (Code Fd )                                   Page  33
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   6 Jun 2023   Day 157 ---

13 43 15  NGC7538      23 46 20  58.6  -7.2  0.5     166.9   -11     3347   13 43 26
13 44 00  ---          23 47 05  58.6  -7.4  0.5     166.6    34     3349   13 43 16

13 44 00  J2254+6209   23 47 05  57.3 -11.1  0.9     159.1   -11     3349   13 44 11
13 44 45  =2252+618    23 47 50  57.2 -11.3  0.9     158.8    34     3352   13 44 01

13 44 45  NGC7538      23 47 50  58.6  -7.5  0.6     166.3   -11     3352   13 44 56
13 45 30  ---          23 48 35  58.6  -7.7  0.6     166.0    34     3354   13 44 46

13 45 30  J2254+6209   23 48 35  57.2 -11.4  0.9     158.5   -11     3354   13 45 41
13 46 15  =2252+618    23 49 21  57.2 -11.6  0.9     158.2    34     3356   13 45 31

13 46 15  NGC7538      23 49 21  58.5  -7.9  0.6     165.6   -11     3356   13 46 26
13 47 00  ---          23 50 06  58.5  -8.0  0.6     165.3    34     3358   13 46 16

13 47 00  J2254+6209   23 50 06  57.1 -11.7  0.9     158.0   -11     3358   13 47 11
13 47 45  =2252+618    23 50 51  57.1 -11.9  0.9     157.7    34     3360   13 47 01

13 47 45  NGC7538      23 50 51  58.5  -8.2  0.6     165.0   -11     3360   13 47 56
13 48 30  ---          23 51 36  58.5  -8.4  0.6     164.7    34     3362   13 47 46

13 48 30  J2254+6209   23 51 36  57.1 -12.0  0.9     157.4   -11     3362   13 48 41
13 49 15  =2252+618    23 52 21  57.0 -12.2  1.0     157.1    34     3365   13 48 31

13 49 15  NGC7538      23 52 21  58.4  -8.5  0.6     164.4   -11     3365   13 49 26
13 50 00  ---          23 53 06  58.4  -8.7  0.6     164.1    34     3367   13 49 16

13 50 00  J2254+6209   23 53 06  57.0 -12.3  1.0     156.8   -11     3367   13 50 11
13 50 45  =2252+618    23 53 51  57.0 -12.4  1.0     156.5    34     3369   13 50 01

13 50 45  NGC7538      23 53 51  58.4  -8.9  0.7     163.8   -11     3369   13 50 56
13 51 30  ---          23 54 36  58.4  -9.0  0.7     163.5    34     3371   13 50 46

13 51 30  J2254+6209   23 54 36  56.9 -12.6  1.0     156.2   -11     3371   13 51 41
13 52 15  =2252+618    23 55 22  56.9 -12.7  1.0     155.9    34     3373   13 51 31

13 52 15  NGC7538      23 55 22  58.3  -9.2  0.7     163.2   -11     3373   13 52 26
13 53 00  ---          23 56 07  58.3  -9.4  0.7     162.9    34     3376   13 52 16

13 53 00  J2254+6209   23 56 07  56.9 -12.9  1.0     155.6   -11     3376   13 53 11
13 53 45  =2252+618    23 56 52  56.8 -13.0  1.0     155.3    34     3378   13 53 01

13 53 45  NGC7538      23 56 52  58.3  -9.5  0.7     162.6   -11     3378   13 53 56
13 54 30  ---          23 57 37  58.3  -9.7  0.7     162.3    34     3380   13 53 46
Schedule for VLBA_FD   (Code Fd )                                   Page  34
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   6 Jun 2023   Day 157 ---

13 54 30  J2254+6209   23 57 37  56.8 -13.2  1.0     155.1   -11     3380   13 54 41
13 55 15  =2252+618    23 58 22  56.7 -13.3  1.1     154.8    34     3382   13 54 31

13 55 15  NGC7538      23 58 22  58.2  -9.8  0.7     162.0   -11     3382   13 55 26
13 56 00  ---          23 59 07  58.2 -10.0  0.7     161.7    34     3384   13 55 16

13 56 00  J2339+6010   23 59 07  60.2  -4.7  0.3     171.9   -12     3384   13 56 12
13 56 45  =2336+598    23 59 52  60.2  -4.8  0.3     171.6    33     3387   13 56 01

13 56 45  NGC7538      23 59 52  58.2 -10.2  0.8     161.4   -12     3387   13 56 57
13 57 30  ---          00 00 37  58.1 -10.3  0.8     161.1    33     3389   13 56 46

13 57 30  J2339+6010   00 00 37  60.2  -5.0  0.3     171.3   -12     3389   13 57 42
13 58 15  =2336+598    00 01 23  60.1  -5.2  0.3     170.9    33     3391   13 57 31

13 58 15  NGC7538      00 01 23  58.1 -10.5  0.8     160.8   -12     3391   13 58 27
13 59 00  ---          00 02 08  58.1 -10.6  0.8     160.5    33     3393   13 58 16

13 59 00  J2339+6010   00 02 08  60.1  -5.4  0.4     170.6   -12     3393   13 59 12
13 59 45  =2336+598    00 02 53  60.1  -5.6  0.4     170.3    33     3395   13 59 01

13 59 45  NGC7538      00 02 53  58.1 -10.8  0.8     160.2   -12     3395   13 59 57
14 00 30  ---          00 03 38  58.0 -11.0  0.8     159.9    33     3397   13 59 46

14 00 30  J2339+6010   00 03 38  60.1  -5.8  0.4     170.0   -12     3397   14 00 42
14 01 15  =2336+598    00 04 23  60.1  -5.9  0.4     169.6    33     3399   14 00 31

14 01 15  NGC7538      00 04 23  58.0 -11.1  0.8     159.6   -12     3399   14 01 27
14 02 00  ---          00 05 08  58.0 -11.3  0.8     159.3    33     3401   14 01 16

14 02 00  J2339+6010   00 05 08  60.1  -6.1  0.4     169.3   -12     3401   14 02 12
14 02 45  =2336+598    00 05 53  60.0  -6.3  0.4     169.0    33     3404   14 02 01

14 02 45  NGC7538      00 05 53  57.9 -11.4  0.9     159.0   -12     3404   14 02 57
14 03 30  ---          00 06 38  57.9 -11.6  0.9     158.7    33     3406   14 02 46

14 03 30  J2339+6010   00 06 38  60.0  -6.5  0.4     168.7   -12     3406   14 03 42
14 04 15  =2336+598    00 07 23  60.0  -6.7  0.4     168.4    33     3408   14 03 31

14 04 15  NGC7538      00 07 23  57.9 -11.8  0.9     158.4   -12     3408   14 04 27
14 05 00  ---          00 08 09  57.8 -11.9  0.9     158.1    33     3410   14 04 16

14 05 00  J2339+6010   00 08 09  60.0  -6.9  0.5     168.0   -12     3410   14 05 12
14 05 45  =2336+598    00 08 54  60.0  -7.0  0.5     167.7    33     3412   14 05 01
Schedule for VLBA_FD   (Code Fd )                                   Page  35
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   6 Jun 2023   Day 157 ---

14 05 45  NGC7538      00 08 54  57.8 -12.1  0.9     157.8   -12     3412   14 05 57
14 06 30  ---          00 09 39  57.8 -12.2  0.9     157.5    33     3414   14 05 46

14 06 30  J2339+6010   00 09 39  59.9  -7.2  0.5     167.4   -12     3414   14 06 42
14 07 15  =2336+598    00 10 24  59.9  -7.4  0.5     167.1    33     3416   14 06 31

14 07 15  NGC7538      00 10 24  57.7 -12.4  0.9     157.2   -12     3416   14 07 27
14 08 00  ---          00 11 09  57.7 -12.5  0.9     156.9    33     3418   14 07 16

14 08 00  J2339+6010   00 11 09  59.9  -7.6  0.5     166.7   -12     3418   14 08 12
14 08 45  =2336+598    00 11 54  59.9  -7.8  0.5     166.4    33     3421   14 08 01

14 08 45  NGC7538      00 11 54  57.7 -12.7  1.0     156.6   -12     3421   14 08 57
14 09 30  ---          00 12 39  57.6 -12.8  1.0     156.3    33     3423   14 08 46

14 09 30  J2339+6010   00 12 39  59.9  -7.9  0.5     166.1   -12     3423   14 09 42
14 10 15  =2336+598    00 13 24  59.8  -8.1  0.5     165.8    33     3425   14 09 31

14 10 15  NGC7538      00 13 24  57.6 -13.0  1.0     156.0   -12     3425   14 10 27
14 11 00  ---          00 14 10  57.6 -13.1  1.0     155.7    33     3427   14 10 16

14 11 00  J2339+6010   00 14 10  59.8  -8.3  0.6     165.5   -12     3427   14 11 12
14 11 45  =2336+598    00 14 55  59.8  -8.5  0.6     165.2    33     3429   14 11 01

14 11 45  NGC7538      00 14 55  57.5 -13.3  1.0     155.4   -13     3429   14 11 58
14 12 30  ---          00 15 40  57.5 -13.4  1.0     155.1    32     3431   14 11 46

14 12 30  J2339+6010   00 15 40  59.8  -8.7  0.6     164.8   -13     3431   14 12 43
14 13 15  =2336+598    00 16 25  59.7  -8.8  0.6     164.5    32     3433   14 12 31

14 13 15  NGC7538      00 16 25  57.4 -13.6  1.0     154.8   -13     3433   14 13 28
14 14 00  ---          00 17 10  57.4 -13.7  1.0     154.6    32     3435   14 13 16

14 17 00  J2202+4216   00 20 11  60.4 -57.1  2.3     102.1   141     3435   14 17 00
14 26 00  =VR422201    00 29 12  58.8 -57.7  2.4     100.1   540     3470   14 17 01

14 26 00  3C48         00 29 12  75.0  75.3 -1.2     -95.4  -102     3470   14 27 42
14 35 00  ---          00 38 14  76.9  74.5 -1.0     -97.5   438     3498   14 26 01

14 38 00  NGC7538      00 41 14  56.0 -18.3  1.4     145.5   106     3498   14 38 00
14 43 00  ---          00 46 15  55.6 -19.1  1.5     143.7   300     3518   14 38 01

14 43 00  J2254+6209   00 46 15  53.6 -21.4  1.8     137.5   -12     3518   14 43 12
14 43 45  =2252+618    00 47 00  53.6 -21.5  1.9     137.3    33     3520   14 43 01
Schedule for VLBA_FD   (Code Fd )                                   Page  36
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   6 Jun 2023   Day 157 ---

14 43 45  NGC7538      00 47 00  55.6 -19.2  1.5     143.4   -12     3520   14 43 57
14 44 30  ---          00 47 45  55.5 -19.4  1.6     143.1    33     3522   14 43 46

14 44 30  J2254+6209   00 47 45  53.5 -21.6  1.9     137.0   -12     3522   14 44 42
14 45 15  =2252+618    00 48 30  53.5 -21.7  1.9     136.8    33     3524   14 44 31

14 45 15  NGC7538      00 48 30  55.5 -19.5  1.6     142.9   -12     3524   14 45 27
14 46 00  ---          00 49 15  55.4 -19.6  1.6     142.6    33     3526   14 45 16

14 46 00  J2254+6209   00 49 15  53.4 -21.8  1.9     136.5   -12     3526   14 46 12
14 46 45  =2252+618    00 50 00  53.3 -22.0  1.9     136.3    33     3528   14 46 01

14 46 45  NGC7538      00 50 00  55.4 -19.8  1.6     142.3   -12     3528   14 46 57
14 47 30  ---          00 50 46  55.3 -19.9  1.6     142.1    33     3530   14 46 46

14 47 30  J2254+6209   00 50 46  53.3 -22.1  1.9     136.0   -12     3530   14 47 42
14 48 15  =2252+618    00 51 31  53.2 -22.2  1.9     135.7    33     3532   14 47 31

14 48 15  NGC7538      00 51 31  55.2 -20.0  1.6     141.8   -12     3532   14 48 27
14 49 00  ---          00 52 16  55.2 -20.1  1.6     141.5    33     3535   14 48 16

14 49 00  J2254+6209   00 52 16  53.2 -22.3  1.9     135.5   -12     3535   14 49 12
14 49 45  =2252+618    00 53 01  53.1 -22.4  2.0     135.3    33     3537   14 49 01

14 49 45  NGC7538      00 53 01  55.1 -20.2  1.6     141.3   -12     3537   14 49 57
14 50 30  ---          00 53 46  55.1 -20.4  1.7     141.0    33     3539   14 49 46

14 50 30  J2254+6209   00 53 46  53.0 -22.5  2.0     135.0   -12     3539   14 50 42
14 51 15  =2252+618    00 54 31  53.0 -22.6  2.0     134.8    33     3541   14 50 31

14 51 15  NGC7538      00 54 31  55.0 -20.5  1.7     140.7   -12     3541   14 51 27
14 52 00  ---          00 55 16  55.0 -20.6  1.7     140.5    33     3543   14 51 16

14 52 00  J2339+6010   00 55 16  57.8 -17.4  1.2     148.8   -14     3543   14 52 14
14 52 45  =2336+598    00 56 01  57.8 -17.5  1.3     148.5    31     3545   14 52 01

14 52 45  NGC7538      00 56 01  54.9 -20.7  1.7     140.2   -14     3545   14 52 59
14 53 30  ---          00 56 47  54.9 -20.8  1.7     139.9    31     3547   14 52 46

14 53 30  J2339+6010   00 56 47  57.7 -17.7  1.3     148.2   -14     3547   14 53 44
14 54 15  =2336+598    00 57 32  57.7 -17.8  1.3     147.9    31     3549   14 53 31

14 54 15  NGC7538      00 57 32  54.8 -21.0  1.7     139.7   -14     3549   14 54 29
14 55 00  ---          00 58 17  54.7 -21.1  1.7     139.4    31     3551   14 54 16
Schedule for VLBA_FD   (Code Fd )                                   Page  37
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   6 Jun 2023   Day 157 ---

14 55 00  J2339+6010   00 58 17  57.6 -18.0  1.3     147.6   -14     3551   14 55 14
14 55 45  =2336+598    00 59 02  57.6 -18.1  1.3     147.3    31     3553   14 55 01

14 55 45  NGC7538      00 59 02  54.7 -21.2  1.7     139.2   -14     3553   14 55 59
14 56 30  ---          00 59 47  54.6 -21.3  1.8     138.9    31     3555   14 55 46

14 56 30  J2339+6010   00 59 47  57.5 -18.3  1.3     147.1   -14     3555   14 56 44
14 57 15  =2336+598    01 00 32  57.5 -18.4  1.3     146.8    31     3557   14 56 31

14 57 15  NGC7538      01 00 32  54.6 -21.4  1.8     138.6   -14     3557   14 57 29
14 58 00  ---          01 01 17  54.5 -21.6  1.8     138.4    31     3559   14 57 16

14 58 00  J2339+6010   01 01 17  57.4 -18.5  1.3     146.5   -14     3559   14 58 14
14 58 45  =2336+598    01 02 02  57.4 -18.7  1.4     146.2    31     3561   14 58 01

14 58 45  NGC7538      01 02 02  54.4 -21.7  1.8     138.1   -14     3561   14 58 59
14 59 30  ---          01 02 48  54.4 -21.8  1.8     137.9    31     3563   14 58 46

14 59 30  J2339+6010   01 02 48  57.3 -18.8  1.4     145.9   -14     3563   14 59 44
15 00 15  =2336+598    01 03 33  57.3 -19.0  1.4     145.6    31     3565   14 59 31

15 00 15  NGC7538      01 03 33  54.3 -21.9  1.8     137.6   -14     3565   15 00 29
15 01 00  ---          01 04 18  54.3 -22.0  1.8     137.3    31     3567   15 00 16

15 01 00  J2254+6209   01 04 18  52.1 -23.9  2.1     131.6   -12     3567   15 01 12
15 01 45  =2252+618    01 05 03  52.1 -24.0  2.2     131.3    33     3569   15 01 01

15 01 45  NGC7538      01 05 03  54.2 -22.1  1.8     137.1   -12     3569   15 01 57
15 02 30  ---          01 05 48  54.1 -22.2  1.9     136.8    33     3571   15 01 46

15 02 30  J2254+6209   01 05 48  52.0 -24.0  2.2     131.1   -12     3571   15 02 42
15 03 15  =2252+618    01 06 33  52.0 -24.1  2.2     130.9    33     3573   15 02 31

15 03 15  NGC7538      01 06 33  54.1 -22.3  1.9     136.6   -12     3573   15 03 27
15 04 00  ---          01 07 18  54.0 -22.5  1.9     136.3    33     3575   15 03 16

15 04 00  J2254+6209   01 07 18  51.9 -24.2  2.2     130.6   -12     3575   15 04 12
15 04 45  =2252+618    01 08 03  51.8 -24.3  2.2     130.4    33     3578   15 04 01

15 04 45  NGC7538      01 08 03  54.0 -22.6  1.9     136.1   -12     3578   15 04 57
15 05 30  ---          01 08 49  53.9 -22.7  1.9     135.8    33     3580   15 04 46

15 05 30  J2254+6209   01 08 49  51.8 -24.4  2.2     130.1   -12     3580   15 05 42
15 06 15  =2252+618    01 09 34  51.7 -24.5  2.2     129.9    33     3582   15 05 31
Schedule for VLBA_FD   (Code Fd )                                   Page  38
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   6 Jun 2023   Day 157 ---

15 06 15  NGC7538      01 09 34  53.8 -22.8  1.9     135.6   -12     3582   15 06 27
15 07 00  ---          01 10 19  53.8 -22.9  1.9     135.3    33     3584   15 06 16

15 07 00  J2254+6209   01 10 19  51.6 -24.6  2.2     129.7   -12     3584   15 07 12
15 07 45  =2252+618    01 11 04  51.5 -24.7  2.3     129.4    33     3586   15 07 01

15 07 45  NGC7538      01 11 04  53.7 -23.0  1.9     135.1   -12     3586   15 07 57
15 08 30  ---          01 11 49  53.6 -23.1  2.0     134.8    33     3588   15 07 46

15 08 30  J2254+6209   01 11 49  51.5 -24.8  2.3     129.2   -12     3588   15 08 42
15 09 15  =2252+618    01 12 34  51.4 -24.9  2.3     129.0    33     3590   15 08 31

15 09 15  NGC7538      01 12 34  53.6 -23.2  2.0     134.5   -12     3590   15 09 27
15 10 00  ---          01 13 19  53.5 -23.3  2.0     134.3    33     3592   15 09 16

15 10 00  J2339+6010   01 13 19  56.6 -20.8  1.5     142.0   -14     3592   15 10 14
15 10 45  =2336+598    01 14 04  56.5 -20.9  1.6     141.7    31     3594   15 10 01

15 10 45  NGC7538      01 14 04  53.4 -23.4  2.0     134.1   -14     3594   15 10 59
15 11 30  ---          01 14 50  53.4 -23.5  2.0     133.8    31     3596   15 10 46

15 11 30  J2339+6010   01 14 50  56.4 -21.0  1.6     141.5   -14     3596   15 11 44
15 12 15  =2336+598    01 15 35  56.4 -21.2  1.6     141.2    31     3598   15 11 31

15 12 15  NGC7538      01 15 35  53.3 -23.6  2.0     133.6   -14     3598   15 12 29
15 13 00  ---          01 16 20  53.3 -23.7  2.0     133.3    31     3600   15 12 16

15 13 00  J2339+6010   01 16 20  56.3 -21.3  1.6     140.9   -14     3600   15 13 14
15 13 45  =2336+598    01 17 05  56.3 -21.4  1.6     140.6    31     3602   15 13 01

15 13 45  NGC7538      01 17 05  53.2 -23.8  2.0     133.1   -14     3602   15 13 59
15 14 30  ---          01 17 50  53.1 -23.9  2.1     132.8    31     3604   15 13 46

15 14 30  J2339+6010   01 17 50  56.2 -21.6  1.6     140.4   -14     3604   15 14 44
15 15 15  =2336+598    01 18 35  56.1 -21.7  1.6     140.1    31     3606   15 14 31

15 15 15  NGC7538      01 18 35  53.1 -24.0  2.1     132.6   -14     3606   15 15 29
15 16 00  ---          01 19 20  53.0 -24.1  2.1     132.3    31     3608   15 15 16

15 16 00  J2339+6010   01 19 20  56.1 -21.8  1.6     139.8   -14     3608   15 16 14
15 16 45  =2336+598    01 20 05  56.0 -21.9  1.7     139.6    31     3610   15 16 01

15 16 45  NGC7538      01 20 05  52.9 -24.2  2.1     132.1   -14     3610   15 16 59
15 17 30  ---          01 20 51  52.9 -24.3  2.1     131.8    31     3612   15 16 46
Schedule for VLBA_FD   (Code Fd )                                   Page  39
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   6 Jun 2023   Day 157 ---

15 17 30  J2339+6010   01 20 51  56.0 -22.1  1.7     139.3   -14     3612   15 17 44
15 18 15  =2336+598    01 21 36  55.9 -22.2  1.7     139.0    31     3614   15 17 31

15 18 15  NGC7538      01 21 36  52.8 -24.4  2.1     131.6   -14     3614   15 18 29
15 19 00  ---          01 22 21  52.7 -24.5  2.1     131.3    31     3616   15 18 16

15 22 00  J2202+4216   01 25 21  48.5 -59.1  3.4      89.4   147     3616   15 22 00
15 30 00  =VR422201    01 33 23  47.0 -59.1  3.5      88.1   480     3647   15 22 01

15 30 00  3C84         01 33 23  65.7  55.7 -1.8    -108.1   -89     3647   15 31 29
15 43 00  ---          01 46 25  68.0  53.5 -1.6    -112.3   691     3692   15 30 01

15 43 00  NGC7538      01 46 25  50.5 -27.3  2.5     123.8   -66     3692   15 44 06
15 48 00  ---          01 51 26  50.0 -27.8  2.6     122.4   234     3707   15 43 01

15 48 00  J2254+6209   01 51 26  47.6 -28.7  2.9     117.5   -13     3707   15 48 13
15 48 45  =2252+618    01 52 11  47.6 -28.7  2.9     117.2    32     3709   15 48 01

15 48 45  NGC7538      01 52 11  49.9 -27.9  2.6     122.1   -13     3709   15 48 58
15 49 30  ---          01 52 56  49.8 -28.0  2.6     121.9    32     3711   15 48 46

15 49 30  J2254+6209   01 52 56  47.5 -28.8  3.0     117.0   -13     3711   15 49 43
15 50 15  =2252+618    01 53 41  47.4 -28.8  3.0     116.8    32     3713   15 49 31

15 50 15  NGC7538      01 53 41  49.7 -28.1  2.6     121.7   -13     3713   15 50 28
15 51 00  ---          01 54 26  49.7 -28.1  2.7     121.5    32     3715   15 50 16

15 51 00  J2254+6209   01 54 26  47.3 -28.9  3.0     116.6   -13     3715   15 51 13
15 51 45  =2252+618    01 55 11  47.2 -29.0  3.0     116.4    32     3717   15 51 01

15 51 45  NGC7538      01 55 11  49.6 -28.2  2.7     121.2   -13     3717   15 51 58
15 52 30  ---          01 55 56  49.5 -28.3  2.7     121.0    32     3719   15 51 46

15 52 30  J2254+6209   01 55 56  47.2 -29.0  3.0     116.2   -13     3719   15 52 43
15 53 15  =2252+618    01 56 41  47.1 -29.1  3.0     116.0    32     3721   15 52 31

15 53 15  NGC7538      01 56 41  49.4 -28.4  2.7     120.8   -13     3721   15 53 28
15 54 00  ---          01 57 27  49.3 -28.4  2.7     120.6    32     3723   15 53 16

15 54 00  J2254+6209   01 57 27  47.0 -29.1  3.0     115.8   -13     3723   15 54 13
15 54 45  =2252+618    01 58 12  46.9 -29.2  3.0     115.6    32     3726   15 54 01

15 54 45  NGC7538      01 58 12  49.3 -28.5  2.7     120.4   -13     3726   15 54 58
15 55 30  ---          01 58 57  49.2 -28.6  2.7     120.2    32     3728   15 54 46
Schedule for VLBA_FD   (Code Fd )                                   Page  40
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   6 Jun 2023   Day 157 ---

15 55 30  J2254+6209   01 58 57  46.9 -29.2  3.1     115.4   -13     3728   15 55 43
15 56 15  =2252+618    01 59 42  46.8 -29.3  3.1     115.2    32     3730   15 55 31

15 56 15  NGC7538      01 59 42  49.1 -28.6  2.7     119.9   -13     3730   15 56 28
15 57 00  ---          02 00 27  49.0 -28.7  2.8     119.7    32     3732   15 56 16

15 57 00  J2339+6010   02 00 27  52.4 -27.7  2.3     126.1   -15     3732   15 57 15
15 57 45  =2336+598    02 01 12  52.3 -27.8  2.3     125.8    30     3734   15 57 01

15 57 45  NGC7538      02 01 12  49.0 -28.8  2.8     119.5   -15     3734   15 58 00
15 58 30  ---          02 01 57  48.9 -28.8  2.8     119.3    30     3736   15 57 46

15 58 30  J2339+6010   02 01 57  52.2 -27.9  2.4     125.6   -15     3736   15 58 45
15 59 15  =2336+598    02 02 42  52.1 -28.0  2.4     125.4    30     3737   15 58 31

15 59 15  NGC7538      02 02 42  48.8 -28.9  2.8     119.1   -15     3737   15 59 30
16 00 00  ---          02 03 28  48.7 -29.0  2.8     118.9    30     3739   15 59 16

16 00 00  J2339+6010   02 03 28  52.1 -28.1  2.4     125.1   -15     3739   16 00 15
16 00 45  =2336+598    02 04 13  52.0 -28.2  2.4     124.9    30     3741   16 00 01

16 00 45  NGC7538      02 04 13  48.6 -29.0  2.8     118.6   -15     3741   16 01 00
16 01 30  ---          02 04 58  48.6 -29.1  2.8     118.4    30     3743   16 00 46

16 01 30  J2339+6010   02 04 58  51.9 -28.3  2.4     124.7   -15     3743   16 01 45
16 02 15  =2336+598    02 05 43  51.8 -28.4  2.4     124.5    30     3745   16 01 31

16 02 15  NGC7538      02 05 43  48.5 -29.2  2.8     118.2   -15     3745   16 02 30
16 03 00  ---          02 06 28  48.4 -29.2  2.9     118.0    30     3747   16 02 16

16 03 00  J2339+6010   02 06 28  51.8 -28.4  2.4     124.2   -15     3747   16 03 15
16 03 45  =2336+598    02 07 13  51.7 -28.5  2.4     124.0    30     3749   16 03 01

16 03 45  NGC7538      02 07 13  48.3 -29.3  2.9     117.8   -15     3749   16 04 00
16 04 30  ---          02 07 58  48.3 -29.3  2.9     117.6    30     3751   16 03 46

16 04 30  J2339+6010   02 07 58  51.6 -28.6  2.5     123.8   -15     3751   16 04 45
16 05 15  =2336+598    02 08 43  51.5 -28.7  2.5     123.5    30     3753   16 04 31

16 05 15  NGC7538      02 08 43  48.2 -29.4  2.9     117.4   -15     3753   16 05 30
16 06 00  ---          02 09 28  48.1 -29.5  2.9     117.2    30     3755   16 05 16

16 06 00  J2254+6209   02 09 28  45.7 -30.0  3.2     112.5   -13     3755   16 06 13
16 06 45  =2252+618    02 10 14  45.7 -30.0  3.2     112.3    32     3757   16 06 01
Schedule for VLBA_FD   (Code Fd )                                   Page  41
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   6 Jun 2023   Day 157 ---

16 06 45  NGC7538      02 10 14  48.0 -29.5  2.9     116.9   -13     3757   16 06 58
16 07 30  ---          02 10 59  47.9 -29.6  2.9     116.7    32     3759   16 06 46

16 07 30  J2254+6209   02 10 59  45.6 -30.1  3.3     112.1   -13     3759   16 07 43
16 08 15  =2252+618    02 11 44  45.5 -30.1  3.3     111.9    32     3761   16 07 31

16 08 15  NGC7538      02 11 44  47.9 -29.7  2.9     116.5   -13     3761   16 08 28
16 09 00  ---          02 12 29  47.8 -29.7  3.0     116.3    32     3763   16 08 16

16 09 00  J2254+6209   02 12 29  45.4 -30.1  3.3     111.7   -13     3763   16 09 13
16 09 45  =2252+618    02 13 14  45.3 -30.2  3.3     111.5    32     3765   16 09 01

16 09 45  NGC7538      02 13 14  47.7 -29.8  3.0     116.1   -13     3765   16 09 58
16 10 30  ---          02 13 59  47.6 -29.8  3.0     115.9    32     3767   16 09 46

16 10 30  J2254+6209   02 13 59  45.2 -30.2  3.3     111.3   -13     3767   16 10 43
16 11 15  =2252+618    02 14 44  45.2 -30.3  3.3     111.1    32     3769   16 10 31

16 11 15  NGC7538      02 14 44  47.5 -29.9  3.0     115.7   -13     3769   16 11 28
16 12 00  ---          02 15 29  47.5 -29.9  3.0     115.5    32     3771   16 11 16

16 12 00  J2254+6209   02 15 29  45.1 -30.3  3.3     110.9   -13     3771   16 12 13
16 12 45  =2252+618    02 16 15  45.0 -30.4  3.3     110.7    32     3773   16 12 01

16 12 45  NGC7538      02 16 15  47.4 -30.0  3.0     115.3   -13     3773   16 12 58
16 13 30  ---          02 17 00  47.3 -30.1  3.0     115.1    32     3775   16 12 46

16 13 30  J2254+6209   02 17 00  44.9 -30.4  3.4     110.5   -13     3775   16 13 43
16 14 15  =2252+618    02 17 45  44.8 -30.5  3.4     110.3    32     3778   16 13 31

16 14 15  NGC7538      02 17 45  47.2 -30.1  3.1     114.9   -13     3778   16 14 28
16 15 00  ---          02 18 30  47.1 -30.2  3.1     114.7    32     3780   16 14 16

16 15 00  J2339+6010   02 18 30  50.5 -29.7  2.6     120.6   -15     3780   16 15 15
16 15 45  =2336+598    02 19 15  50.4 -29.8  2.6     120.4    30     3782   16 15 01

16 15 45  NGC7538      02 19 15  47.0 -30.2  3.1     114.5   -15     3782   16 16 00
16 16 30  ---          02 20 00  47.0 -30.3  3.1     114.2    30     3783   16 15 46

16 16 30  J2339+6010   02 20 00  50.3 -29.9  2.7     120.2   -15     3783   16 16 45
16 17 15  =2336+598    02 20 45  50.3 -29.9  2.7     120.0    30     3785   16 16 31

16 17 15  NGC7538      02 20 45  46.9 -30.3  3.1     114.0   -15     3785   16 17 30
16 18 00  ---          02 21 30  46.8 -30.4  3.1     113.8    30     3787   16 17 16
Schedule for VLBA_FD   (Code Fd )                                   Page  42
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   6 Jun 2023   Day 157 ---

16 18 00  J2339+6010   02 21 30  50.2 -30.0  2.7     119.7   -15     3787   16 18 15
16 18 45  =2336+598    02 22 16  50.1 -30.1  2.7     119.5    30     3789   16 18 01

16 18 45  NGC7538      02 22 16  46.7 -30.4  3.1     113.6   -15     3789   16 19 00
16 19 30  ---          02 23 01  46.6 -30.5  3.1     113.4    30     3791   16 18 46

16 19 30  J2339+6010   02 23 01  50.0 -30.1  2.7     119.3   -15     3791   16 19 45
16 20 15  =2336+598    02 23 46  49.9 -30.2  2.7     119.1    30     3793   16 19 31

16 20 15  NGC7538      02 23 46  46.6 -30.5  3.2     113.2   -15     3793   16 20 30
16 21 00  ---          02 24 31  46.5 -30.6  3.2     113.0    30     3795   16 20 16

16 21 00  J2339+6010   02 24 31  49.8 -30.3  2.7     118.9   -15     3795   16 21 15
16 21 45  =2336+598    02 25 16  49.8 -30.4  2.7     118.7    30     3797   16 21 01

16 21 45  NGC7538      02 25 16  46.4 -30.6  3.2     112.8   -15     3797   16 22 00
16 22 30  ---          02 26 01  46.3 -30.7  3.2     112.6    30     3799   16 21 46

16 22 30  J2339+6010   02 26 01  49.7 -30.4  2.8     118.4   -15     3799   16 22 45
16 23 15  =2336+598    02 26 46  49.6 -30.5  2.8     118.2    30     3801   16 22 31

16 23 15  NGC7538      02 26 46  46.2 -30.7  3.2     112.4   -15     3801   16 23 30
16 24 00  ---          02 27 31  46.1 -30.8  3.2     112.2    30     3803   16 23 16

16 24 00  J2254+6209   02 27 31  43.8 -31.0  3.5     107.8   -13     3803   16 24 13
16 24 45  =2252+618    02 28 17  43.7 -31.0  3.5     107.6    32     3805   16 24 01

16 24 45  NGC7538      02 28 17  46.1 -30.8  3.2     112.0   -13     3805   16 24 58
16 25 30  ---          02 29 02  46.0 -30.9  3.2     111.8    32     3807   16 24 46

16 25 30  J2254+6209   02 29 02  43.6 -31.1  3.6     107.4   -13     3807   16 25 43
16 26 15  =2252+618    02 29 47  43.5 -31.1  3.6     107.2    32     3809   16 25 31

16 26 15  NGC7538      02 29 47  45.9 -30.9  3.3     111.6   -13     3809   16 26 28
16 27 00  ---          02 30 32  45.8 -31.0  3.3     111.4    32     3811   16 26 16

16 27 00  J2254+6209   02 30 32  43.4 -31.1  3.6     107.0   -13     3811   16 27 13
16 27 45  =2252+618    02 31 17  43.3 -31.2  3.6     106.8    32     3813   16 27 01

16 27 45  NGC7538      02 31 17  45.7 -31.0  3.3     111.2   -13     3813   16 27 58
16 28 30  ---          02 32 02  45.6 -31.1  3.3     111.0    32     3815   16 27 46

16 28 30  J2254+6209   02 32 02  43.3 -31.2  3.6     106.7   -13     3815   16 28 43
16 29 15  =2252+618    02 32 47  43.2 -31.2  3.6     106.5    32     3817   16 28 31
Schedule for VLBA_FD   (Code Fd )                                   Page  43
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   6 Jun 2023   Day 157 ---

16 29 15  NGC7538      02 32 47  45.6 -31.1  3.3     110.8   -13     3817   16 29 28
16 30 00  ---          02 33 32  45.5 -31.2  3.3     110.6    32     3819   16 29 16

16 30 00  J2254+6209   02 33 32  43.1 -31.3  3.6     106.3   -13     3819   16 30 13
16 30 45  =2252+618    02 34 18  43.0 -31.3  3.6     106.1    32     3821   16 30 01

16 30 45  NGC7538      02 34 18  45.4 -31.2  3.3     110.4   -13     3821   16 30 58
16 31 30  ---          02 35 03  45.3 -31.3  3.3     110.2    32     3823   16 30 46

16 31 30  J2254+6209   02 35 03  42.9 -31.3  3.7     105.9   -13     3823   16 31 43
16 32 15  =2252+618    02 35 48  42.8 -31.4  3.7     105.7    32     3825   16 31 31

16 32 15  NGC7538      02 35 48  45.2 -31.3  3.4     110.0   -13     3825   16 32 28
16 33 00  ---          02 36 33  45.1 -31.3  3.4     109.8    32     3828   16 32 16

16 33 00  J2254+6209   02 36 33  42.8 -31.4  3.7     105.5   -13     3828   16 33 13
16 33 45  =2252+618    02 37 18  42.7 -31.4  3.7     105.3    32     3830   16 33 01

16 33 45  NGC7538      02 37 18  45.1 -31.4  3.4     109.6   -13     3830   16 33 58
16 34 30  ---          02 38 03  45.0 -31.4  3.4     109.5    32     3832   16 33 46

16 34 30  J2254+6209   02 38 03  42.6 -31.5  3.7     105.1   -13     3832   16 34 43
16 35 15  =2252+618    02 38 48  42.5 -31.5  3.7     105.0    32     3834   16 34 31

16 35 15  NGC7538      02 38 48  44.9 -31.5  3.4     109.3   -13     3834   16 35 28
16 36 00  ---          02 39 33  44.8 -31.5  3.4     109.1    32     3836   16 35 16

16 36 00  J2254+6209   02 39 33  42.4 -31.5  3.7     104.8   -13     3836   16 36 13
16 36 45  =2252+618    02 40 19  42.3 -31.5  3.7     104.6    32     3838   16 36 01

16 36 45  NGC7538      02 40 19  44.7 -31.5  3.4     108.9   -13     3838   16 36 58
16 37 30  ---          02 41 04  44.6 -31.6  3.4     108.7    32     3840   16 36 46

16 37 30  J2254+6209   02 41 04  42.3 -31.6  3.8     104.4   -13     3840   16 37 43
16 38 15  =2252+618    02 41 49  42.2 -31.6  3.8     104.2    32     3842   16 37 31

16 38 15  NGC7538      02 41 49  44.6 -31.6  3.5     108.5   -13     3842   16 38 28
16 39 00  ---          02 42 34  44.5 -31.7  3.5     108.3    32     3844   16 38 16

16 39 00  J2339+6010   02 42 34  47.8 -31.8  3.0     113.8   -15     3844   16 39 15
16 39 45  =2336+598    02 43 19  47.8 -31.9  3.0     113.6    30     3846   16 39 01

16 39 45  NGC7538      02 43 19  44.4 -31.7  3.5     108.1   -15     3846   16 40 00
16 40 30  ---          02 44 04  44.3 -31.7  3.5     107.9    30     3848   16 39 46
Schedule for VLBA_FD   (Code Fd )                                   Page  44
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   6 Jun 2023   Day 157 ---

16 40 30  J2339+6010   02 44 04  47.7 -31.9  3.1     113.4   -15     3848   16 40 45
16 41 15  =2336+598    02 44 49  47.6 -32.0  3.1     113.2    30     3850   16 40 31

16 41 15  NGC7538      02 44 49  44.2 -31.8  3.5     107.7   -15     3850   16 41 30
16 42 00  ---          02 45 34  44.1 -31.8  3.5     107.5    30     3852   16 41 16

16 42 00  J2339+6010   02 45 34  47.5 -32.0  3.1     113.0   -15     3852   16 42 15
16 42 45  =2336+598    02 46 20  47.4 -32.1  3.1     112.8    30     3854   16 42 01

16 42 45  NGC7538      02 46 20  44.0 -31.9  3.5     107.3   -15     3854   16 43 00
16 43 30  ---          02 47 05  44.0 -31.9  3.5     107.1    30     3856   16 42 46

16 43 30  J2339+6010   02 47 05  47.3 -32.1  3.1     112.6   -15     3856   16 43 45
16 44 15  =2336+598    02 47 50  47.2 -32.2  3.1     112.4    30     3858   16 43 31

16 44 15  NGC7538      02 47 50  43.9 -31.9  3.6     106.9   -15     3858   16 44 30
16 45 00  ---          02 48 35  43.8 -32.0  3.6     106.8    30     3859   16 44 16

16 45 00  J2339+6010   02 48 35  47.2 -32.2  3.1     112.2   -15     3859   16 45 15
16 45 45  =2336+598    02 49 20  47.1 -32.3  3.1     112.0    30     3861   16 45 01

16 45 45  NGC7538      02 49 20  43.7 -32.0  3.6     106.6   -15     3861   16 46 00
16 46 30  ---          02 50 05  43.6 -32.0  3.6     106.4    30     3863   16 45 46

16 46 30  J2339+6010   02 50 05  47.0 -32.3  3.2     111.8   -15     3863   16 46 45
16 47 15  =2336+598    02 50 50  46.9 -32.4  3.2     111.6    30     3865   16 46 31

16 47 15  NGC7538      02 50 50  43.5 -32.1  3.6     106.2   -15     3865   16 47 30
16 48 00  ---          02 51 35  43.4 -32.1  3.6     106.0    30     3867   16 47 16

16 51 00  J2202+4216   02 54 36  32.2 -56.4  4.8      76.0   151     3867   16 51 00
16 59 00  =VR422201    03 02 37  30.7 -56.0  5.0      74.9   480     3898   16 51 01

17 02 00  NGC7538      03 05 38  41.8 -32.7  3.8     102.5   150     3898   17 02 00
17 09 00  ---          03 12 39  41.0 -32.9  4.0     100.8   420     3925   17 02 01

17 09 20  NGC7538      03 12 59  41.0 -32.9  4.0     100.8    14     3925   17 09 20
17 21 00  ---          03 24 41  39.6 -33.2  4.2      98.0   700     3970   17 09 21

17 21 20  NGC7538      03 25 01  39.6 -33.2  4.2      97.9    14     3970   17 21 20
17 33 00  ---          03 36 43  38.2 -33.4  4.4      95.2   700     4015   17 21 21

17 33 20  NGC7538      03 37 03  38.1 -33.4  4.4      95.1    14     4015   17 33 20
17 45 00  ---          03 48 45  36.7 -33.5  4.6      92.5   700     4060   17 33 21
Schedule for VLBA_FD   (Code Fd )                                   Page  45
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   6 Jun 2023   Day 157 ---

17 45 00  NGC7538      03 48 45  36.7 -33.5  4.6      92.5    -6     4060   17 45 06
17 49 00  ---          03 52 45  36.3 -33.6  4.6      91.6   234     4076   17 45 01

17 52 00  J2202+4216   03 55 46  21.4 -52.5  5.9      67.5   144     4076   17 52 00
18 00 00  =VR422201    04 03 47  20.1 -51.8  6.0      66.4   480     4106   17 52 01

18 03 00  NGC7538      04 06 48  34.6 -33.6  4.9      88.5   143     4106   18 03 00
18 08 00  ---          04 11 49  34.0 -33.5  5.0      87.4   300     4126   18 03 01

18 08 00  NGC7538      04 11 49  34.0 -33.5  5.0      87.4    -6     4126   18 08 06
18 12 00  ---          04 15 49  33.5 -33.5  5.0      86.6   234     4141   18 08 01

18 12 20  NGC7538      04 16 09  33.5 -33.5  5.0      86.5    14     4141   18 12 20
18 24 00  ---          04 27 51  32.1 -33.4  5.2      84.0   700     4186   18 12 21

18 24 20  NGC7538      04 28 11  32.1 -33.4  5.2      83.9    14     4186   18 24 20
18 36 00  ---          04 39 53  30.7 -33.1  5.4      81.5   700     4231   18 24 21

18 36 20  NGC7538      04 40 13  30.6 -33.1  5.4      81.4    14     4231   18 36 20
18 48 00  ---          04 51 55  29.3 -32.9  5.6      79.0   700     4276   18 36 21

18 51 00  J2202+4216   04 54 56  11.7 -47.3  6.9      59.0   138     4276   18 51 00
18 59 00  =VR422201    05 02 57  10.4 -46.6  7.0      57.8   480     4307   18 51 01

 Next scan frequencies:  22198.00  22198.00  22214.00  22214.00  22230.00  22230.00  22246.00  22246.00
 Next BBC frequencies:     698.00    698.00    714.00    714.00    730.00    730.00    746.00    746.00

19 01 00  J2202+4216   05 04 57  10.1 -46.4  7.0      57.5   114     4307   19 01 00
19 09 00  =VR422201    05 12 59   8.9 -45.5  7.2      56.2   480     4338   19 01 01

19 12 00  G105.42      05 15 59  19.3 -23.1  7.5      57.0   151     4338   19 12 00
19 21 00  ---          05 25 01  18.5 -22.6  7.7      55.1   540     4373   19 12 01

19 21 20  G105.42      05 25 21  18.5 -22.6  7.7      55.0    14     4373   19 21 20
19 33 00  ---          05 37 02  17.5 -21.9  7.9      52.6   700     4418   19 21 21

19 33 20  G105.42      05 37 23  17.5 -21.8  7.9      52.5    14     4418   19 33 20
19 45 00  ---          05 49 04  16.6 -21.1  8.1      50.1   700     4463   19 33 21

19 45 20  G105.42      05 49 25  16.6 -21.0  8.1      50.0    14     4463   19 45 20
19 57 00  ---          06 01 06  15.7 -20.2  8.3      47.5   700     4508   19 45 21

19 57 20  G105.42      06 01 26  15.7 -20.2  8.3      47.5    14     4508   19 57 20
20 09 00  ---          06 13 08  14.8 -19.4  8.5      45.0   700     4553   19 57 21
Schedule for VLBA_FD   (Code Fd )                                   Page  46
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   6 Jun 2023   Day 157 ---

20 09 20  G105.42      06 13 28  14.8 -19.3  8.5      44.9    14     4553   20 09 20
20 21 00  ---          06 25 10  14.0 -18.5  8.7      42.5   700     4598   20 09 21

20 35 00  G105.42      06 39 13  13.0 -17.4  8.9      39.5   834     4598   20 35 00
20 40 00  ---          06 44 14  12.7 -17.0  9.0      38.5   300     4617   20 35 01

20 40 00  G105.42      06 44 14  12.7 -17.0  9.0      38.5    -6     4617   20 40 06
20 44 00  ---          06 48 14  12.5 -16.6  9.1      37.6   234     4633   20 40 01

20 44 20  G105.42      06 48 34  12.5 -16.6  9.1      37.6    14     4633   20 44 20
20 56 00  ---          07 00 16  11.8 -15.6  9.3      35.1   700     4678   20 44 21

20 56 20  G105.42      07 00 36  11.7 -15.6  9.3      35.0    14     4678   20 56 20
21 08 00  ---          07 12 18  11.1 -14.6  9.5      32.5   700     4723   20 56 21

21 08 20  G105.42      07 12 38  11.1 -14.6  9.5      32.5    14     4723   21 08 20
21 20 00  ---          07 24 20  10.5 -13.5  9.7      30.0   700     4768   21 08 21

21 20 20  G105.42      07 24 40  10.4 -13.5  9.7      29.9    14     4768   21 20 20
21 32 00  ---          07 36 22   9.9 -12.5  9.9      27.4   700     4813   21 20 21

21 32 20  G105.42      07 36 42   9.9 -12.4  9.9      27.3    14     4813   21 32 20
21 44 00  ---          07 48 24   9.3 -11.4 10.1      24.8   700     4858   21 32 21

21 58 00  G105.42      08 02 26   8.8 -10.0 10.3      21.8   834     4858   21 58 00
22 07 00  ---          08 11 28   8.5  -9.2 10.5      19.9   540     4893   21 58 01

22 07 20  G105.42      08 11 48   8.4  -9.2 10.5      19.8    14     4893   22 07 20
22 20 00  ---          08 24 30   8.0  -7.9 10.7      17.1   760     4942   22 07 21

22 20 20  G105.42      08 24 50   8.0  -7.9 10.7      17.0    14     4942   22 20 20
22 33 00  ---          08 37 32   7.7  -6.6 10.9      14.3   760     4991   22 20 21

22 33 20  G105.42      08 37 52   7.7  -6.6 10.9      14.2    14     4991   22 33 20
22 46 00  ---          08 50 34   7.4  -5.4 11.1      11.5   760     5040   22 33 21

22 46 20  G105.42      08 50 54   7.4  -5.3 11.1      11.4    14     5040   22 46 20
22 59 00  ---          09 03 36   7.2  -4.1 11.3       8.7   760     5089   22 46 21

23 13 00  G105.42      09 17 39   7.0  -2.6 11.6       5.6   834     5089   23 13 00
23 18 00  ---          09 22 39   6.9  -2.1 11.7       4.5   300     5108   23 13 01

23 18 00  G105.42      09 22 39   6.9  -2.1 11.7       4.5    -6     5108   23 18 06
23 22 00  ---          09 26 40   6.9  -1.7 11.7       3.7   234     5123   23 18 01
Schedule for VLBA_FD   (Code Fd )                                   Page  47
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   6 Jun 2023   Day 157 ---

23 22 20  G105.42      09 27 00   6.9  -1.7 11.7       3.6    14     5123   23 22 20
23 34 00  ---          09 38 42   6.9  -0.5 11.9       1.1   700     5168   23 22 21

23 34 20  G105.42      09 39 02   6.9  -0.5 11.9       1.0    14     5168   23 34 20
23 46 00  ---          09 50 44   6.9   0.7-11.9      -1.5   700     5213   23 34 21

23 46 20  G105.42      09 51 04   6.9   0.8-11.9      -1.6    14     5213   23 46 20
23 58 00  ---          10 02 46   6.9   1.9-11.7      -4.1   700     5258   23 46 21

 --- Start: Tue   6 Jun 2023   Day 157 -- Stop: Wed   7 Jun 2023   Day 158 ---

23 58 20  G105.42      10 03 06   6.9   2.0-11.7      -4.2    14     5258   23 58 20
00 10 00  ---          10 14 48   7.0   3.2-11.5      -6.7   700     5303   23 58 21

00 24 00  G105.42      10 28 50   7.2   4.6-11.2      -9.8   834     5303   00 24 00
00 33 00  ---          10 37 52   7.4   5.5-11.1     -11.7   540     5338   00 24 01

00 33 20  G105.42      10 38 12   7.4   5.5-11.1     -11.8    14     5338   00 33 20
00 45 00  ---          10 49 54   7.7   6.7-10.9     -14.3   700     5383   00 33 21

00 45 20  G105.42      10 50 14   7.7   6.7-10.9     -14.4    14     5383   00 45 20
00 57 00  ---          11 01 56   8.0   7.8-10.7     -16.9   700     5428   00 45 21

00 57 20  G105.42      11 02 16   8.0   7.9-10.7     -17.0    14     5428   00 57 20
01 09 00  ---          11 13 58   8.4   9.0-10.5     -19.5   700     5473   00 57 21

01 09 20  G105.42      11 14 18   8.4   9.0-10.5     -19.6    14     5473   01 09 20
01 21 00  ---          11 26 00   8.8  10.2-10.3     -22.1   700     5518   01 09 21

01 21 20  G105.42      11 26 20   8.8  10.2-10.3     -22.2    14     5518   01 21 20
01 33 00  ---          11 38 02   9.3  11.3-10.1     -24.7   700     5563   01 21 21

01 47 00  G105.42      11 52 04   9.9  12.6 -9.9     -27.7   834     5563   01 47 00
01 52 00  ---          11 57 05  10.2  13.0 -9.8     -28.7   300     5583   01 47 01

01 52 00  G105.42      11 57 05  10.2  13.0 -9.8     -28.7    -6     5583   01 52 06
01 56 00  ---          12 01 05  10.4  13.4 -9.7     -29.6   234     5598   01 52 01

01 56 20  G105.42      12 01 25  10.4  13.4 -9.7     -29.7    14     5598   01 56 20
02 08 00  ---          12 13 07  11.0  14.4 -9.5     -32.1   700     5643   01 56 21

02 08 20  G105.42      12 13 27  11.0  14.5 -9.5     -32.2    14     5643   02 08 20
02 20 00  ---          12 25 09  11.7  15.5 -9.3     -34.7   700     5688   02 08 21
Schedule for VLBA_FD   (Code Fd )                                   Page  48
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Wed   7 Jun 2023   Day 158 ---

02 20 20  G105.42      12 25 29  11.7  15.5 -9.3     -34.8    14     5688   02 20 20
02 32 00  ---          12 37 11  12.4  16.5 -9.1     -37.2   700     5733   02 20 21

02 32 20  G105.42      12 37 31  12.4  16.5 -9.1     -37.3    14     5733   02 32 20
02 44 00  ---          12 49 13  13.1  17.4 -8.9     -39.8   700     5778   02 32 21

02 58 00  G105.42      13 03 16  14.1  18.5 -8.7     -42.7   834     5778   02 58 00
03 07 00  ---          13 12 17  14.7  19.2 -8.5     -44.6   540     5813   02 58 01

03 07 20  G105.42      13 12 37  14.7  19.2 -8.5     -44.7    14     5813   03 07 20
03 19 00  ---          13 24 19  15.6  20.1 -8.3     -47.1   700     5858   03 07 21

03 19 20  G105.42      13 24 39  15.6  20.1 -8.3     -47.2    14     5858   03 19 20
03 31 00  ---          13 36 21  16.5  20.9 -8.1     -49.7   700     5903   03 19 21

03 31 20  G105.42      13 36 41  16.5  21.0 -8.1     -49.7    14     5903   03 31 20
03 43 00  ---          13 48 23  17.4  21.7 -7.9     -52.2   700     5948   03 31 21

03 43 20  G105.42      13 48 43  17.4  21.8 -7.9     -52.3    14     5948   03 43 20
03 55 00  ---          14 00 25  18.4  22.5 -7.7     -54.7   700     5993   03 43 21

03 55 20  G105.42      14 00 45  18.4  22.5 -7.7     -54.8    14     5993   03 55 20
04 07 00  ---          14 12 27  19.4  23.2 -7.5     -57.2   700     6038   03 55 21

04 10 00  J2202+4216   14 15 27   3.1  41.2 -7.8     -50.1   139     6038   04 10 00
04 18 00  =VR422201    14 23 29   4.3  42.1 -7.7     -51.4   480     6069   04 10 01

04 35 00  G105.42      14 40 32  21.8  24.7 -7.1     -63.1   980     6069   04 35 00
04 40 00  ---          14 45 32  22.3  25.0 -7.0     -64.2   300     6089   04 35 01

04 40 00  G105.42      14 45 32  22.3  25.0 -7.0     -64.2    -6     6089   04 40 06
04 47 00  ---          14 52 34  22.9  25.3 -6.9     -65.7   414     6115   04 40 01

04 47 20  G105.42      14 52 54  23.0  25.3 -6.8     -65.7    14     6115   04 47 20
04 59 00  ---          15 04 35  24.0  25.8 -6.7     -68.2   700     6160   04 47 21

04 59 20  G105.42      15 04 56  24.1  25.8 -6.6     -68.3    14     6160   04 59 20
05 11 00  ---          15 16 37  25.2  26.3 -6.5     -70.8   700     6206   04 59 21

05 11 20  G105.42      15 16 58  25.2  26.3 -6.4     -70.8    14     6206   05 11 20
05 23 00  ---          15 28 39  26.3  26.7 -6.2     -73.3   700     6251   05 11 21

05 23 20  G105.42      15 28 59  26.4  26.7 -6.2     -73.4    14     6251   05 23 20
05 35 00  ---          15 40 41  27.5  27.0 -6.0     -75.9   700     6296   05 23 21
Schedule for VLBA_FD   (Code Fd )                                   Page  49
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Wed   7 Jun 2023   Day 158 ---

05 38 00  J2202+4216   15 43 42  16.7  50.2 -6.3     -63.5   150     6296   05 38 00
05 46 00  =VR422201    15 51 43  18.1  50.9 -6.2     -64.7   480     6327   05 38 01

05 49 00  G105.42      15 54 44  28.9  27.4 -5.8     -79.0   151     6327   05 49 00
05 58 00  ---          16 03 45  29.8  27.6 -5.7     -81.0   540     6361   05 49 01

05 58 20  G105.42      16 04 05  29.8  27.6 -5.7     -81.0    14     6361   05 58 20
06 10 00  ---          16 15 47  31.0  27.8 -5.5     -83.6   700     6406   05 58 21

06 10 20  G105.42      16 16 07  31.0  27.8 -5.5     -83.7    14     6406   06 10 20
06 22 00  ---          16 27 49  32.2  27.9 -5.3     -86.3   700     6452   06 10 21

06 22 20  G105.42      16 28 09  32.2  27.9 -5.3     -86.4    14     6452   06 22 20
06 34 00  ---          16 39 51  33.4  27.9 -5.1     -89.0   700     6497   06 22 21

06 37 00  J2202+4216   16 42 52  26.8  54.7 -5.3     -71.9   153     6497   06 37 00
06 45 00  =VR422201    16 50 53  28.3  55.2 -5.2     -73.0   480     6528   06 37 01

07 00 00  G105.42      17 05 55  36.0  27.8 -4.6     -95.0   873     6528   07 00 00
07 05 00  ---          17 10 56  36.5  27.8 -4.5     -96.2   300     6547   07 00 01

07 05 00  2158+658     17 10 56  34.9  27.9 -4.8     -92.4   -11     6547   07 05 11
07 05 45  ---          17 11 41  35.0  27.9 -4.8     -92.6    34     6549   07 05 01

07 05 45  G105.42      17 11 41  36.6  27.8 -4.5     -96.4   -11     6549   07 05 56
07 06 30  ---          17 12 26  36.7  27.7 -4.5     -96.6    34     6551   07 05 46

07 06 30  2158+658     17 12 26  35.0  27.9 -4.8     -92.7   -11     6551   07 06 41
07 07 15  ---          17 13 12  35.1  27.9 -4.8     -92.9    34     6553   07 06 31

07 07 15  G105.42      17 13 12  36.8  27.7 -4.5     -96.8   -11     6553   07 07 26
07 08 00  ---          17 13 57  36.8  27.7 -4.5     -96.9    34     6556   07 07 16

07 08 00  2158+658     17 13 57  35.2  27.9 -4.8     -93.1   -11     6556   07 08 11
07 08 45  ---          17 14 42  35.3  27.9 -4.8     -93.3    34     6558   07 08 01

07 08 45  G105.42      17 14 42  36.9  27.7 -4.5     -97.1   -11     6558   07 08 56
07 09 30  ---          17 15 27  37.0  27.7 -4.5     -97.3    34     6560   07 08 46

07 09 30  2158+658     17 15 27  35.3  27.9 -4.7     -93.4   -11     6560   07 09 41
07 10 15  ---          17 16 12  35.4  27.9 -4.7     -93.6    34     6562   07 09 31

07 10 15  G105.42      17 16 12  37.1  27.7 -4.5     -97.5   -11     6562   07 10 26
07 11 00  ---          17 16 57  37.1  27.7 -4.4     -97.7    34     6564   07 10 16
Schedule for VLBA_FD   (Code Fd )                                   Page  50
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Wed   7 Jun 2023   Day 158 ---

07 11 00  2158+658     17 16 57  35.5  27.9 -4.7     -93.8   -11     6564   07 11 11
07 11 45  ---          17 17 42  35.6  27.9 -4.7     -94.0    34     6567   07 11 01

07 11 45  G105.42      17 17 42  37.2  27.7 -4.4     -97.8   -11     6567   07 11 56
07 12 30  ---          17 18 27  37.3  27.7 -4.4     -98.0    34     6569   07 11 46

07 12 30  2158+658     17 18 27  35.6  27.9 -4.7     -94.1   -11     6569   07 12 41
07 13 15  ---          17 19 13  35.7  27.9 -4.7     -94.3    34     6571   07 12 31

07 13 15  G105.42      17 19 13  37.4  27.6 -4.4     -98.2   -11     6571   07 13 26
07 14 00  ---          17 19 58  37.4  27.6 -4.4     -98.4    34     6573   07 13 16

07 14 00  2201+676     17 19 58  35.3  25.8 -4.7     -94.8   -12     6573   07 14 12
07 14 45  ---          17 20 43  35.4  25.8 -4.7     -95.0    33     6575   07 14 01

07 14 45  G105.42      17 20 43  37.5  27.6 -4.4     -98.6   -12     6575   07 14 57
07 15 30  ---          17 21 28  37.6  27.6 -4.4     -98.7    33     6577   07 14 46

07 15 30  2201+676     17 21 28  35.4  25.8 -4.7     -95.2   -12     6577   07 15 42
07 16 15  ---          17 22 13  35.5  25.7 -4.7     -95.4    33     6580   07 15 31

07 16 15  G105.42      17 22 13  37.7  27.6 -4.4     -98.9   -12     6580   07 16 27
07 17 00  ---          17 22 58  37.7  27.6 -4.3     -99.1    33     6582   07 16 16

07 17 00  2201+676     17 22 58  35.6  25.7 -4.7     -95.6   -12     6582   07 17 12
07 17 45  ---          17 23 43  35.6  25.7 -4.7     -95.7    33     6584   07 17 01

07 17 45  G105.42      17 23 43  37.8  27.6 -4.3     -99.3   -12     6584   07 17 57
07 18 30  ---          17 24 28  37.9  27.5 -4.3     -99.5    33     6586   07 17 46

07 18 30  2201+676     17 24 28  35.7  25.7 -4.7     -95.9   -12     6586   07 18 42
07 19 15  ---          17 25 14  35.8  25.7 -4.6     -96.1    33     6588   07 18 31

07 19 15  G105.42      17 25 14  38.0  27.5 -4.3     -99.6   -12     6588   07 19 27
07 20 00  ---          17 25 59  38.0  27.5 -4.3     -99.8    33     6590   07 19 16

07 20 00  2201+676     17 25 59  35.9  25.7 -4.6     -96.3   -12     6590   07 20 12
07 20 45  ---          17 26 44  35.9  25.7 -4.6     -96.5    33     6592   07 20 01

07 20 45  G105.42      17 26 44  38.1  27.5 -4.3    -100.0   -12     6592   07 20 57
07 21 30  ---          17 27 29  38.2  27.5 -4.3    -100.2    33     6594   07 20 46

07 21 30  2201+676     17 27 29  36.0  25.7 -4.6     -96.6   -12     6594   07 21 42
07 22 15  ---          17 28 14  36.1  25.7 -4.6     -96.8    33     6597   07 21 31
Schedule for VLBA_FD   (Code Fd )                                   Page  51
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Wed   7 Jun 2023   Day 158 ---

07 22 15  G105.42      17 28 14  38.3  27.5 -4.3    -100.4   -12     6597   07 22 27
07 23 00  ---          17 28 59  38.3  27.4 -4.2    -100.6    33     6599   07 22 16

07 23 00  2158+658     17 28 59  36.7  27.7 -4.5     -96.6   -11     6599   07 23 11
07 23 45  ---          17 29 44  36.8  27.7 -4.5     -96.8    34     6601   07 23 01

07 23 45  G105.42      17 29 44  38.4  27.4 -4.2    -100.7   -11     6601   07 23 56
07 24 30  ---          17 30 29  38.5  27.4 -4.2    -100.9    34     6603   07 23 46

07 24 30  2158+658     17 30 29  36.9  27.7 -4.5     -97.0   -11     6603   07 24 41
07 25 15  ---          17 31 15  36.9  27.7 -4.5     -97.2    34     6605   07 24 31

07 25 15  G105.42      17 31 15  38.6  27.4 -4.2    -101.1   -11     6605   07 25 26
07 26 00  ---          17 32 00  38.6  27.4 -4.2    -101.3    34     6607   07 25 16

07 26 00  2158+658     17 32 00  37.0  27.7 -4.5     -97.3   -11     6607   07 26 11
07 26 45  ---          17 32 45  37.1  27.7 -4.5     -97.5    34     6610   07 26 01

07 26 45  G105.42      17 32 45  38.7  27.3 -4.2    -101.5   -11     6610   07 26 56
07 27 30  ---          17 33 30  38.8  27.3 -4.2    -101.7    34     6612   07 26 46

07 27 30  2158+658     17 33 30  37.2  27.7 -4.4     -97.7   -11     6612   07 27 41
07 28 15  ---          17 34 15  37.2  27.7 -4.4     -97.9    34     6614   07 27 31

07 28 15  G105.42      17 34 15  38.9  27.3 -4.2    -101.8   -11     6614   07 28 26
07 29 00  ---          17 35 00  38.9  27.3 -4.1    -102.0    34     6616   07 28 16

07 29 00  2158+658     17 35 00  37.3  27.6 -4.4     -98.1   -11     6616   07 29 11
07 29 45  ---          17 35 45  37.4  27.6 -4.4     -98.2    34     6618   07 29 01

07 29 45  G105.42      17 35 45  39.0  27.3 -4.1    -102.2   -11     6618   07 29 56
07 30 30  ---          17 36 30  39.1  27.2 -4.1    -102.4    34     6621   07 29 46

07 30 30  2158+658     17 36 30  37.5  27.6 -4.4     -98.4   -11     6621   07 30 41
07 31 15  ---          17 37 15  37.5  27.6 -4.4     -98.6    34     6623   07 30 31

07 31 15  G105.42      17 37 15  39.1  27.2 -4.1    -102.6   -11     6623   07 31 26
07 32 00  ---          17 38 01  39.2  27.2 -4.1    -102.8    34     6625   07 31 16

07 32 00  2201+676     17 38 01  37.0  25.5 -4.4     -99.2   -12     6625   07 32 12
07 32 45  ---          17 38 46  37.0  25.5 -4.4     -99.4    33     6627   07 32 01

07 32 45  G105.42      17 38 46  39.3  27.2 -4.1    -103.0   -12     6627   07 32 57
07 33 30  ---          17 39 31  39.4  27.2 -4.1    -103.1    33     6629   07 32 46
Schedule for VLBA_FD   (Code Fd )                                   Page  52
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Wed   7 Jun 2023   Day 158 ---

07 33 30  2201+676     17 39 31  37.1  25.5 -4.4     -99.5   -12     6629   07 33 42
07 34 15  ---          17 40 16  37.2  25.5 -4.4     -99.7    33     6631   07 33 31

07 34 15  G105.42      17 40 16  39.4  27.1 -4.1    -103.3   -13     6631   07 34 28
07 35 00  ---          17 41 01  39.5  27.1 -4.0    -103.5    32     6633   07 34 16

07 35 00  2201+676     17 41 01  37.2  25.5 -4.4     -99.9   -12     6633   07 35 12
07 35 45  ---          17 41 46  37.3  25.4 -4.4    -100.1    33     6636   07 35 01

07 35 45  G105.42      17 41 46  39.6  27.1 -4.0    -103.7   -13     6636   07 35 58
07 36 30  ---          17 42 31  39.7  27.1 -4.0    -103.9    32     6638   07 35 46

07 36 30  2201+676     17 42 31  37.4  25.4 -4.4    -100.3   -12     6638   07 36 42
07 37 15  ---          17 43 16  37.5  25.4 -4.3    -100.5    33     6640   07 36 31

07 37 15  G105.42      17 43 16  39.7  27.0 -4.0    -104.1   -13     6640   07 37 28
07 38 00  ---          17 44 02  39.8  27.0 -4.0    -104.3    32     6642   07 37 16

07 38 00  2201+676     17 44 02  37.5  25.4 -4.3    -100.6   -13     6642   07 38 13
07 38 45  ---          17 44 47  37.6  25.4 -4.3    -100.8    32     6644   07 38 01

07 38 45  G105.42      17 44 47  39.9  27.0 -4.0    -104.5   -13     6644   07 38 58
07 39 30  ---          17 45 32  40.0  27.0 -4.0    -104.6    32     6646   07 38 46

07 39 30  2201+676     17 45 32  37.7  25.4 -4.3    -101.0   -13     6646   07 39 43
07 40 15  ---          17 46 17  37.7  25.3 -4.3    -101.2    32     6648   07 39 31

07 40 15  G105.42      17 46 17  40.0  26.9 -4.0    -104.8   -13     6648   07 40 28
07 41 00  ---          17 47 02  40.1  26.9 -3.9    -105.0    32     6650   07 40 16

07 41 00  2158+658     17 47 02  38.5  27.4 -4.2    -101.0   -11     6650   07 41 11
07 41 45  ---          17 47 47  38.6  27.4 -4.2    -101.2    34     6652   07 41 01

07 41 45  G105.42      17 47 47  40.2  26.9 -3.9    -105.2   -11     6652   07 41 56
07 42 30  ---          17 48 32  40.3  26.9 -3.9    -105.4    34     6654   07 41 46

07 42 30  2158+658     17 48 32  38.6  27.4 -4.2    -101.3   -11     6654   07 42 41
07 43 15  ---          17 49 17  38.7  27.3 -4.2    -101.5    34     6657   07 42 31

07 43 15  G105.42      17 49 17  40.3  26.8 -3.9    -105.6   -11     6657   07 43 26
07 44 00  ---          17 50 03  40.4  26.8 -3.9    -105.8    34     6659   07 43 16

07 44 00  2158+658     17 50 03  38.8  27.3 -4.2    -101.7   -11     6659   07 44 11
07 44 45  ---          17 50 48  38.9  27.3 -4.2    -101.9    34     6661   07 44 01
Schedule for VLBA_FD   (Code Fd )                                   Page  53
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Wed   7 Jun 2023   Day 158 ---

07 44 45  G105.42      17 50 48  40.5  26.8 -3.9    -106.0   -11     6661   07 44 56
07 45 30  ---          17 51 33  40.5  26.8 -3.9    -106.2    34     6663   07 44 46

07 45 30  2158+658     17 51 33  38.9  27.3 -4.1    -102.1   -11     6663   07 45 41
07 46 15  ---          17 52 18  39.0  27.3 -4.1    -102.3    34     6665   07 45 31

07 46 15  G105.42      17 52 18  40.6  26.7 -3.9    -106.3   -11     6665   07 46 26
07 47 00  ---          17 53 03  40.7  26.7 -3.8    -106.5    34     6668   07 46 16

07 47 00  2158+658     17 53 03  39.1  27.2 -4.1    -102.5   -11     6668   07 47 11
07 47 45  ---          17 53 48  39.2  27.2 -4.1    -102.6    34     6670   07 47 01

07 47 45  G105.42      17 53 48  40.8  26.7 -3.8    -106.7   -11     6670   07 47 56
07 48 30  ---          17 54 33  40.8  26.6 -3.8    -106.9    34     6672   07 47 46

07 48 30  2158+658     17 54 33  39.2  27.2 -4.1    -102.8   -11     6672   07 48 41
07 49 15  ---          17 55 18  39.3  27.2 -4.1    -103.0    34     6674   07 48 31

07 49 15  G105.42      17 55 18  40.9  26.6 -3.8    -107.1   -11     6674   07 49 26
07 50 00  ---          17 56 04  41.0  26.6 -3.8    -107.3    34     6676   07 49 16

07 50 00  2158+658     17 56 04  39.4  27.1 -4.1    -103.2   -11     6676   07 50 11
07 50 45  ---          17 56 49  39.5  27.1 -4.1    -103.4    34     6678   07 50 01

07 50 45  G105.42      17 56 49  41.1  26.6 -3.8    -107.5   -11     6678   07 50 56
07 51 30  ---          17 57 34  41.1  26.5 -3.8    -107.7    34     6681   07 50 46

07 51 30  2158+658     17 57 34  39.5  27.1 -4.0    -103.6   -11     6681   07 51 41
07 52 15  ---          17 58 19  39.6  27.1 -4.0    -103.8    34     6683   07 51 31

07 52 15  G105.42      17 58 19  41.2  26.5 -3.8    -107.9   -11     6683   07 52 26
07 53 00  ---          17 59 04  41.3  26.5 -3.7    -108.1    34     6685   07 52 16

07 53 00  2158+658     17 59 04  39.7  27.1 -4.0    -103.9   -11     6685   07 53 11
07 53 45  ---          17 59 49  39.8  27.0 -4.0    -104.1    34     6687   07 53 01

07 53 45  G105.42      17 59 49  41.3  26.4 -3.7    -108.3   -11     6687   07 53 56
07 54 30  ---          18 00 34  41.4  26.4 -3.7    -108.5    34     6689   07 53 46

07 54 30  2158+658     18 00 34  39.8  27.0 -4.0    -104.3   -11     6689   07 54 41
07 55 15  ---          18 01 19  39.9  27.0 -4.0    -104.5    34     6692   07 54 31

07 55 15  G105.42      18 01 19  41.5  26.4 -3.7    -108.6   -11     6692   07 55 26
07 56 00  ---          18 02 05  41.6  26.3 -3.7    -108.8    34     6694   07 55 16
Schedule for VLBA_FD   (Code Fd )                                   Page  54
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Wed   7 Jun 2023   Day 158 ---

07 56 00  2201+676     18 02 05  39.2  24.9 -4.0    -105.1   -13     6694   07 56 13
07 56 45  ---          18 02 50  39.2  24.9 -4.0    -105.3    32     6696   07 56 01

07 56 45  G105.42      18 02 50  41.6  26.3 -3.7    -109.0   -13     6696   07 56 58
07 57 30  ---          18 03 35  41.7  26.3 -3.7    -109.2    32     6698   07 56 46

07 57 30  2201+676     18 03 35  39.3  24.9 -4.0    -105.5   -13     6698   07 57 43
07 58 15  ---          18 04 20  39.4  24.8 -4.0    -105.7    32     6700   07 57 31

07 58 15  G105.42      18 04 20  41.8  26.2 -3.7    -109.4   -13     6700   07 58 28
07 59 00  ---          18 05 05  41.8  26.2 -3.6    -109.6    32     6702   07 58 16

07 59 00  2201+676     18 05 05  39.4  24.8 -4.0    -105.9   -13     6702   07 59 13
07 59 45  ---          18 05 50  39.5  24.8 -4.0    -106.1    32     6704   07 59 01

07 59 45  G105.42      18 05 50  41.9  26.2 -3.6    -109.8   -13     6704   07 59 58
08 00 30  ---          18 06 35  42.0  26.1 -3.6    -110.0    32     6706   07 59 46

08 00 30  2201+676     18 06 35  39.6  24.8 -4.0    -106.3   -13     6706   08 00 43
08 01 15  ---          18 07 20  39.7  24.7 -3.9    -106.5    32     6708   08 00 31

08 01 15  G105.42      18 07 20  42.1  26.1 -3.6    -110.2   -13     6708   08 01 28
08 02 00  ---          18 08 06  42.1  26.1 -3.6    -110.4    32     6710   08 01 16

08 02 00  2201+676     18 08 06  39.7  24.7 -3.9    -106.7   -13     6710   08 02 13
08 02 45  ---          18 08 51  39.8  24.7 -3.9    -106.8    32     6712   08 02 01

08 02 45  G105.42      18 08 51  42.2  26.0 -3.6    -110.6   -13     6712   08 02 58
08 03 30  ---          18 09 36  42.3  26.0 -3.6    -110.8    32     6714   08 02 46

08 03 30  2201+676     18 09 36  39.9  24.7 -3.9    -107.0   -13     6714   08 03 43
08 04 15  ---          18 10 21  39.9  24.6 -3.9    -107.2    32     6716   08 03 31

08 04 15  G105.42      18 10 21  42.3  26.0 -3.6    -111.0   -13     6716   08 04 28
08 05 00  ---          18 11 06  42.4  25.9 -3.5    -111.2    32     6719   08 04 16

08 08 00  J2202+4216   18 14 07  43.3  58.8 -3.8     -85.0   149     6719   08 08 00
08 16 00  =VR422201    18 22 08  44.8  58.9 -3.7     -86.2   480     6749   08 08 01

08 16 00  2007+777     18 22 08  41.3   6.9 -1.7    -150.3   -45     6749   08 16 45
08 26 00  ---          18 32 09  41.6   6.3 -1.5    -153.1   555     6785   08 16 01

08 27 00  G105.42      18 33 10  44.4  24.7 -3.2    -117.1    39     6785   08 27 00
08 32 00  ---          18 38 10  44.9  24.3 -3.1    -118.5   300     6805   08 27 01
Schedule for VLBA_FD   (Code Fd )                                   Page  55
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Wed   7 Jun 2023   Day 158 ---

08 32 00  2158+658     18 38 10  43.4  25.3 -3.4    -114.0   -11     6805   08 32 11
08 32 45  ---          18 38 56  43.5  25.3 -3.4    -114.2    34     6807   08 32 01

08 32 45  G105.42      18 38 56  45.0  24.3 -3.1    -118.7   -11     6807   08 32 56
08 33 30  ---          18 39 41  45.0  24.2 -3.1    -118.9    34     6809   08 32 46

08 33 30  2158+658     18 39 41  43.5  25.3 -3.3    -114.4   -11     6809   08 33 41
08 34 15  ---          18 40 26  43.6  25.2 -3.3    -114.6    34     6811   08 33 31

08 34 15  G105.42      18 40 26  45.1  24.2 -3.1    -119.1   -11     6811   08 34 26
08 35 00  ---          18 41 11  45.2  24.1 -3.0    -119.3    34     6813   08 34 16

08 35 00  2158+658     18 41 11  43.7  25.2 -3.3    -114.8   -11     6813   08 35 11
08 35 45  ---          18 41 56  43.8  25.1 -3.3    -115.0    34     6815   08 35 01

08 35 45  G105.42      18 41 56  45.2  24.1 -3.0    -119.5   -11     6815   08 35 56
08 36 30  ---          18 42 41  45.3  24.0 -3.0    -119.7    34     6818   08 35 46

08 36 30  2158+658     18 42 41  43.8  25.1 -3.3    -115.2   -11     6818   08 36 41
08 37 15  ---          18 43 26  43.9  25.0 -3.3    -115.4    34     6820   08 36 31

08 37 15  G105.42      18 43 26  45.4  24.0 -3.0    -119.9   -11     6820   08 37 26
08 38 00  ---          18 44 11  45.4  23.9 -3.0    -120.2    34     6822   08 37 16

08 38 00  2158+658     18 44 11  44.0  25.0 -3.3    -115.6   -11     6822   08 38 11
08 38 45  ---          18 44 57  44.0  24.9 -3.3    -115.8    34     6824   08 38 01

08 38 45  G105.42      18 44 57  45.5  23.9 -3.0    -120.4   -11     6824   08 38 56
08 39 30  ---          18 45 42  45.5  23.8 -3.0    -120.6    34     6826   08 38 46

08 39 30  2158+658     18 45 42  44.1  24.9 -3.2    -116.1   -11     6826   08 39 41
08 40 15  ---          18 46 27  44.2  24.9 -3.2    -116.3    34     6829   08 39 31

08 40 15  G105.42      18 46 27  45.6  23.7 -3.0    -120.8   -11     6829   08 40 26
08 41 00  ---          18 47 12  45.7  23.7 -2.9    -121.0    34     6831   08 40 16

08 41 00  2201+676     18 47 12  43.1  22.9 -3.3    -116.9   -13     6831   08 41 13
08 41 45  ---          18 47 57  43.2  22.8 -3.3    -117.1    32     6833   08 41 01

08 41 45  G105.42      18 47 57  45.7  23.6 -2.9    -121.2   -13     6833   08 41 58
08 42 30  ---          18 48 42  45.8  23.6 -2.9    -121.4    32     6835   08 41 46

08 42 30  2201+676     18 48 42  43.2  22.8 -3.3    -117.3   -13     6835   08 42 43
08 43 15  ---          18 49 27  43.3  22.8 -3.2    -117.5    32     6837   08 42 31
Schedule for VLBA_FD   (Code Fd )                                   Page  56
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Wed   7 Jun 2023   Day 158 ---

08 43 15  G105.42      18 49 27  45.9  23.5 -2.9    -121.6   -13     6837   08 43 28
08 44 00  ---          18 50 12  45.9  23.5 -2.9    -121.8    32     6839   08 43 16

08 44 00  2201+676     18 50 12  43.4  22.7 -3.2    -117.7   -13     6839   08 44 13
08 44 45  ---          18 50 58  43.4  22.7 -3.2    -117.9    32     6841   08 44 01

08 44 45  G105.42      18 50 58  46.0  23.4 -2.9    -122.1   -13     6841   08 44 58
08 45 30  ---          18 51 43  46.1  23.3 -2.9    -122.3    32     6843   08 44 46

08 45 30  2201+676     18 51 43  43.5  22.6 -3.2    -118.1   -13     6843   08 45 43
08 46 15  ---          18 52 28  43.6  22.6 -3.2    -118.4    32     6845   08 45 31

08 46 15  G105.42      18 52 28  46.1  23.3 -2.9    -122.5   -13     6845   08 46 28
08 47 00  ---          18 53 13  46.2  23.2 -2.8    -122.7    32     6847   08 46 16

08 47 00  2201+676     18 53 13  43.6  22.5 -3.2    -118.6   -13     6847   08 47 13
08 47 45  ---          18 53 58  43.7  22.5 -3.2    -118.8    32     6849   08 47 01

08 47 45  G105.42      18 53 58  46.3  23.2 -2.8    -122.9   -13     6849   08 47 58
08 48 30  ---          18 54 43  46.3  23.1 -2.8    -123.1    32     6851   08 47 46

08 48 30  2201+676     18 54 43  43.7  22.4 -3.2    -119.0   -13     6851   08 48 43
08 49 15  ---          18 55 28  43.8  22.4 -3.1    -119.2    32     6853   08 48 31

08 49 15  G105.42      18 55 28  46.4  23.0 -2.8    -123.3   -13     6853   08 49 28
08 50 00  ---          18 56 13  46.4  23.0 -2.8    -123.6    32     6856   08 49 16

08 50 00  2158+658     18 56 13  45.0  24.2 -3.1    -118.9   -11     6856   08 50 11
08 50 45  ---          18 56 59  45.1  24.2 -3.1    -119.2    34     6858   08 50 01

08 50 45  G105.42      18 56 59  46.5  22.9 -2.8    -123.8   -11     6858   08 50 56
08 51 30  ---          18 57 44  46.6  22.9 -2.8    -124.0    34     6860   08 50 46

08 51 30  2158+658     18 57 44  45.2  24.1 -3.0    -119.4   -11     6860   08 51 41
08 52 15  ---          18 58 29  45.2  24.1 -3.0    -119.6    34     6862   08 51 31

08 52 15  G105.42      18 58 29  46.6  22.8 -2.8    -124.2   -11     6862   08 52 26
08 53 00  ---          18 59 14  46.7  22.7 -2.7    -124.4    34     6864   08 52 16

08 53 00  2158+658     18 59 14  45.3  24.0 -3.0    -119.8   -11     6864   08 53 11
08 53 45  ---          18 59 59  45.4  23.9 -3.0    -120.0    34     6867   08 53 01

08 53 45  G105.42      18 59 59  46.8  22.7 -2.7    -124.7   -11     6867   08 53 56
08 54 30  ---          19 00 44  46.8  22.6 -2.7    -124.9    34     6869   08 53 46
Schedule for VLBA_FD   (Code Fd )                                   Page  57
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Wed   7 Jun 2023   Day 158 ---

08 54 30  2158+658     19 00 44  45.4  23.9 -3.0    -120.2   -11     6869   08 54 41
08 55 15  ---          19 01 29  45.5  23.8 -3.0    -120.4    34     6871   08 54 31

08 55 15  G105.42      19 01 29  46.9  22.6 -2.7    -125.1   -11     6871   08 55 26
08 56 00  ---          19 02 14  46.9  22.5 -2.7    -125.3    34     6873   08 55 16

08 56 00  2158+658     19 02 14  45.6  23.8 -3.0    -120.6   -11     6873   08 56 11
08 56 45  ---          19 03 00  45.6  23.7 -3.0    -120.8    34     6875   08 56 01

08 56 45  G105.42      19 03 00  47.0  22.4 -2.7    -125.5   -11     6875   08 56 56
08 57 30  ---          19 03 45  47.1  22.4 -2.7    -125.7    34     6877   08 56 46

08 57 30  2158+658     19 03 45  45.7  23.7 -2.9    -121.0   -11     6877   08 57 41
08 58 15  ---          19 04 30  45.8  23.6 -2.9    -121.3    34     6880   08 57 31

08 58 15  G105.42      19 04 30  47.1  22.3 -2.7    -126.0   -11     6880   08 58 26
08 59 00  ---          19 05 15  47.2  22.2 -2.6    -126.2    34     6882   08 58 16

08 59 00  2201+676     19 05 15  44.6  21.7 -3.0    -121.9   -13     6882   08 59 13
08 59 45  ---          19 06 00  44.7  21.7 -3.0    -122.1    32     6884   08 59 01

08 59 45  G105.42      19 06 00  47.3  22.2 -2.6    -126.4   -13     6884   08 59 58
09 00 30  ---          19 06 45  47.3  22.1 -2.6    -126.6    32     6886   08 59 46

09 00 30  2201+676     19 06 45  44.7  21.6 -3.0    -122.3   -13     6886   09 00 43
09 01 15  ---          19 07 30  44.8  21.6 -2.9    -122.5    32     6888   09 00 31

09 01 15  G105.42      19 07 30  47.4  22.0 -2.6    -126.8   -13     6888   09 01 28
09 02 00  ---          19 08 15  47.4  22.0 -2.6    -127.1    32     6890   09 01 16

09 02 00  2201+676     19 08 15  44.8  21.5 -2.9    -122.7   -13     6890   09 02 13
09 02 45  ---          19 09 01  44.9  21.5 -2.9    -123.0    32     6892   09 02 01

09 02 45  G105.42      19 09 01  47.5  21.9 -2.6    -127.3   -13     6892   09 02 58
09 03 30  ---          19 09 46  47.6  21.8 -2.6    -127.5    32     6894   09 02 46

09 03 30  2201+676     19 09 46  45.0  21.4 -2.9    -123.2   -13     6894   09 03 43
09 04 15  ---          19 10 31  45.0  21.4 -2.9    -123.4    32     6896   09 03 31

09 04 15  G105.42      19 10 31  47.6  21.8 -2.6    -127.7   -13     6896   09 04 28
09 05 00  ---          19 11 16  47.7  21.7 -2.5    -128.0    32     6898   09 04 16

09 05 00  2201+676     19 11 16  45.1  21.3 -2.9    -123.6   -13     6898   09 05 13
09 05 45  ---          19 12 01  45.1  21.3 -2.9    -123.8    32     6900   09 05 01
Schedule for VLBA_FD   (Code Fd )                                   Page  58
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Wed   7 Jun 2023   Day 158 ---

09 05 45  G105.42      19 12 01  47.7  21.6 -2.5    -128.2   -13     6900   09 05 58
09 06 30  ---          19 12 46  47.8  21.5 -2.5    -128.4    32     6902   09 05 46

09 06 30  2201+676     19 12 46  45.2  21.2 -2.9    -124.0   -13     6902   09 06 43
09 07 15  ---          19 13 31  45.2  21.1 -2.8    -124.2    32     6905   09 06 31

09 07 15  G105.42      19 13 31  47.9  21.5 -2.5    -128.6   -13     6905   09 07 28
09 08 00  ---          19 14 16  47.9  21.4 -2.5    -128.9    32     6907   09 07 16

09 08 00  2158+658     19 14 16  46.6  22.8 -2.8    -124.1   -11     6907   09 08 11
09 08 45  ---          19 15 02  46.6  22.8 -2.7    -124.3    34     6909   09 08 01

09 08 45  G105.42      19 15 02  48.0  21.3 -2.5    -129.1   -11     6909   09 08 56
09 09 30  ---          19 15 47  48.0  21.3 -2.5    -129.3    34     6911   09 08 46

09 09 30  2158+658     19 15 47  46.7  22.7 -2.7    -124.5   -11     6911   09 09 41
09 10 15  ---          19 16 32  46.8  22.7 -2.7    -124.7    34     6913   09 09 31

09 10 15  G105.42      19 16 32  48.1  21.2 -2.5    -129.5   -11     6913   09 10 26
09 11 00  ---          19 17 17  48.2  21.1 -2.4    -129.8    34     6915   09 10 16

09 11 00  2158+658     19 17 17  46.8  22.6 -2.7    -124.9   -11     6915   09 11 11
09 11 45  ---          19 18 02  46.9  22.5 -2.7    -125.1    34     6918   09 11 01

09 11 45  G105.42      19 18 02  48.2  21.0 -2.4    -130.0   -11     6918   09 11 56
09 12 30  ---          19 18 47  48.3  21.0 -2.4    -130.2    34     6920   09 11 46

09 12 30  2158+658     19 18 47  47.0  22.5 -2.7    -125.4   -11     6920   09 12 41
09 13 15  ---          19 19 32  47.0  22.4 -2.7    -125.6    34     6922   09 12 31

09 13 15  G105.42      19 19 32  48.3  20.9 -2.4    -130.4   -11     6922   09 13 26
09 14 00  ---          19 20 17  48.4  20.8 -2.4    -130.7    34     6924   09 13 16

09 14 00  2158+658     19 20 17  47.1  22.3 -2.7    -125.8   -11     6924   09 14 11
09 14 45  ---          19 21 02  47.1  22.3 -2.6    -126.0    34     6926   09 14 01

09 14 45  G105.42      19 21 02  48.4  20.8 -2.4    -130.9   -11     6926   09 14 56
09 15 30  ---          19 21 48  48.5  20.7 -2.4    -131.1    34     6928   09 14 46

09 15 30  2158+658     19 21 48  47.2  22.2 -2.6    -126.2   -11     6928   09 15 41
09 16 15  ---          19 22 33  47.3  22.1 -2.6    -126.5    34     6931   09 15 31

09 16 15  G105.42      19 22 33  48.6  20.6 -2.4    -131.3   -11     6931   09 16 26
09 17 00  ---          19 23 18  48.6  20.5 -2.3    -131.6    34     6933   09 16 16
Schedule for VLBA_FD   (Code Fd )                                   Page  59
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Wed   7 Jun 2023   Day 158 ---

09 17 00  2158+658     19 23 18  47.3  22.1 -2.6    -126.7   -11     6933   09 17 11
09 17 45  ---          19 24 03  47.4  22.0 -2.6    -126.9    34     6935   09 17 01

09 17 45  G105.42      19 24 03  48.7  20.4 -2.3    -131.8   -11     6935   09 17 56
09 18 30  ---          19 24 48  48.7  20.4 -2.3    -132.0    34     6937   09 17 46

09 18 30  2158+658     19 24 48  47.4  21.9 -2.6    -127.1   -11     6937   09 18 41
09 19 15  ---          19 25 33  47.5  21.9 -2.6    -127.3    34     6939   09 18 31

09 19 15  G105.42      19 25 33  48.8  20.3 -2.3    -132.3   -11     6939   09 19 26
09 20 00  ---          19 26 18  48.8  20.2 -2.3    -132.5    34     6942   09 19 16

09 20 00  2158+658     19 26 18  47.6  21.8 -2.6    -127.6   -11     6942   09 20 11
09 20 45  ---          19 27 03  47.6  21.7 -2.5    -127.8    34     6944   09 20 01

09 20 45  G105.42      19 27 03  48.9  20.1 -2.3    -132.7   -11     6944   09 20 56
09 21 30  ---          19 27 49  48.9  20.1 -2.3    -133.0    34     6946   09 20 46

09 21 30  2158+658     19 27 49  47.7  21.7 -2.5    -128.0   -10     6946   09 21 40
09 22 15  ---          19 28 34  47.7  21.6 -2.5    -128.2    35     6948   09 21 31

09 22 15  G105.42      19 28 34  49.0  20.0 -2.3    -133.2   -11     6948   09 22 26
09 23 00  ---          19 29 19  49.1  19.9 -2.2    -133.4    34     6950   09 22 16

09 23 00  2201+676     19 29 19  46.4  19.9 -2.6    -128.8   -13     6950   09 23 13
09 23 45  ---          19 30 04  46.5  19.8 -2.6    -129.0    32     6952   09 23 01

09 23 45  G105.42      19 30 04  49.1  19.8 -2.2    -133.7   -13     6952   09 23 58
09 24 30  ---          19 30 49  49.2  19.7 -2.2    -133.9    32     6955   09 23 46

09 24 30  2201+676     19 30 49  46.6  19.7 -2.5    -129.2   -13     6955   09 24 43
09 25 15  ---          19 31 34  46.6  19.7 -2.5    -129.5    32     6957   09 24 31

09 25 15  G105.42      19 31 34  49.2  19.7 -2.2    -134.1   -13     6957   09 25 28
09 26 00  ---          19 32 19  49.3  19.6 -2.2    -134.4    32     6959   09 25 16

09 26 00  2201+676     19 32 19  46.7  19.6 -2.5    -129.7   -13     6959   09 26 13
09 26 45  ---          19 33 04  46.7  19.5 -2.5    -129.9    32     6961   09 26 01

09 26 45  G105.42      19 33 04  49.3  19.5 -2.2    -134.6   -13     6961   09 26 58
09 27 30  ---          19 33 50  49.4  19.4 -2.2    -134.8    32     6963   09 26 46

09 27 30  2201+676     19 33 50  46.8  19.5 -2.5    -130.1   -13     6963   09 27 43
09 28 15  ---          19 34 35  46.8  19.4 -2.5    -130.4    32     6965   09 27 31
Schedule for VLBA_FD   (Code Fd )                                   Page  60
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Wed   7 Jun 2023   Day 158 ---

09 28 15  G105.42      19 34 35  49.4  19.3 -2.2    -135.1   -13     6965   09 28 28
09 29 00  ---          19 35 20  49.5  19.3 -2.1    -135.3    32     6967   09 28 16

09 29 00  2201+676     19 35 20  46.9  19.3 -2.5    -130.6   -13     6967   09 29 13
09 29 45  ---          19 36 05  46.9  19.3 -2.5    -130.8    32     6969   09 29 01

09 29 45  G105.42      19 36 05  49.5  19.2 -2.1    -135.5   -13     6969   09 29 58
09 30 30  ---          19 36 50  49.6  19.1 -2.1    -135.8    32     6971   09 29 46

09 30 30  2201+676     19 36 50  47.0  19.2 -2.4    -131.0   -13     6971   09 30 43
09 31 15  ---          19 37 35  47.0  19.1 -2.4    -131.3    32     6973   09 30 31

09 31 15  G105.42      19 37 35  49.7  19.0 -2.1    -136.0   -13     6973   09 31 28
09 32 00  ---          19 38 20  49.7  18.9 -2.1    -136.2    32     6975   09 31 16

09 35 00  J2202+4216   19 41 21  59.4  57.5 -2.4    -100.8   145     6975   09 35 00
09 43 00  =VR422201    19 49 22  60.8  56.9 -2.2    -102.7   480     7006   09 35 01

09 43 00  G105.42      19 49 22  50.4  17.6 -1.9    -139.7   -36     7006   09 43 36
09 48 00  ---          19 54 23  50.8  17.0 -1.8    -141.4   264     7023   09 43 01

09 48 00  2158+658     19 54 23  49.7  18.9 -2.1    -136.1   -10     7023   09 48 10
09 48 45  ---          19 55 08  49.7  18.9 -2.1    -136.4    35     7025   09 48 01

09 48 45  G105.42      19 55 08  50.8  16.9 -1.8    -141.6   -10     7025   09 48 55
09 49 30  ---          19 55 53  50.9  16.8 -1.8    -141.9    35     7028   09 48 46

09 49 30  2158+658     19 55 53  49.8  18.8 -2.1    -136.6   -10     7028   09 49 40
09 50 15  ---          19 56 38  49.8  18.7 -2.1    -136.8    35     7030   09 49 31

09 50 15  G105.42      19 56 38  50.9  16.7 -1.8    -142.1   -10     7030   09 50 25
09 51 00  ---          19 57 23  51.0  16.6 -1.8    -142.4    35     7032   09 50 16

09 51 00  2158+658     19 57 23  49.9  18.6 -2.0    -137.1   -10     7032   09 51 10
09 51 45  ---          19 58 09  49.9  18.5 -2.0    -137.3    35     7034   09 51 01

09 51 45  G105.42      19 58 09  51.0  16.5 -1.8    -142.6   -10     7034   09 51 55
09 52 30  ---          19 58 54  51.0  16.4 -1.7    -142.8    35     7037   09 51 46

09 52 30  2158+658     19 58 54  50.0  18.4 -2.0    -137.6   -10     7037   09 52 40
09 53 15  ---          19 59 39  50.0  18.3 -2.0    -137.8    35     7039   09 52 31

09 53 15  G105.42      19 59 39  51.1  16.3 -1.7    -143.1   -10     7039   09 53 25
09 54 00  ---          20 00 24  51.1  16.3 -1.7    -143.3    35     7041   09 53 16
Schedule for VLBA_FD   (Code Fd )                                   Page  61
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Wed   7 Jun 2023   Day 158 ---

09 54 00  2158+658     20 00 24  50.1  18.3 -2.0    -138.0   -10     7041   09 54 10
09 54 45  ---          20 01 09  50.1  18.2 -2.0    -138.3    35     7043   09 54 01

09 54 45  G105.42      20 01 09  51.2  16.2 -1.7    -143.6   -10     7043   09 54 55
09 55 30  ---          20 01 54  51.2  16.1 -1.7    -143.8    35     7046   09 54 46

09 55 30  2158+658     20 01 54  50.2  18.1 -2.0    -138.5   -10     7046   09 55 40
09 56 15  ---          20 02 39  50.2  18.0 -2.0    -138.8    35     7048   09 55 31

09 56 15  G105.42      20 02 39  51.3  16.0 -1.7    -144.1   -10     7048   09 56 25
09 57 00  ---          20 03 24  51.3  15.9 -1.7    -144.3    35     7050   09 56 16

09 57 00  2201+676     20 03 24  48.7  16.6 -2.0    -139.1   -13     7050   09 57 13
09 57 45  ---          20 04 10  48.8  16.5 -2.0    -139.4    32     7052   09 57 01

09 57 45  G105.42      20 04 10  51.4  15.8 -1.7    -144.6   -13     7052   09 57 58
09 58 30  ---          20 04 55  51.4  15.7 -1.6    -144.8    32     7054   09 57 46

09 58 30  2201+676     20 04 55  48.8  16.4 -2.0    -139.6   -13     7054   09 58 43
09 59 15  ---          20 05 40  48.9  16.3 -2.0    -139.8    32     7056   09 58 31

09 59 15  G105.42      20 05 40  51.4  15.6 -1.6    -145.1   -13     7056   09 59 28
10 00 00  ---          20 06 25  51.5  15.5 -1.6    -145.3    32     7058   09 59 16

10 00 00  2201+676     20 06 25  48.9  16.3 -2.0    -140.1   -13     7058   10 00 13
10 00 45  ---          20 07 10  49.0  16.2 -1.9    -140.3    32     7060   10 00 01

10 00 45  G105.42      20 07 10  51.5  15.4 -1.6    -145.6   -13     7060   10 00 58
10 01 30  ---          20 07 55  51.6  15.3 -1.6    -145.8    32     7063   10 00 46

10 01 30  2201+676     20 07 55  49.0  16.1 -1.9    -140.6   -13     7063   10 01 43
10 02 15  ---          20 08 40  49.1  16.0 -1.9    -140.8    32     7065   10 01 31

10 02 15  G105.42      20 08 40  51.6  15.2 -1.6    -146.1   -13     7065   10 02 28
10 03 00  ---          20 09 25  51.7  15.1 -1.6    -146.3    32     7067   10 02 16

10 03 00  2201+676     20 09 25  49.1  15.9 -1.9    -141.0   -13     7067   10 03 13
10 03 45  ---          20 10 11  49.1  15.8 -1.9    -141.3    32     7069   10 03 01

10 03 45  G105.42      20 10 11  51.7  15.0 -1.6    -146.6   -13     7069   10 03 58
10 04 30  ---          20 10 56  51.7  14.9 -1.5    -146.8    32     7071   10 03 46

10 04 30  2201+676     20 10 56  49.2  15.8 -1.9    -141.5   -13     7071   10 04 43
10 05 15  ---          20 11 41  49.2  15.7 -1.9    -141.7    32     7073   10 04 31
Schedule for VLBA_FD   (Code Fd )                                   Page  62
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Wed   7 Jun 2023   Day 158 ---

10 05 15  G105.42      20 11 41  51.8  14.8 -1.5    -147.1   -13     7073   10 05 28
10 06 00  ---          20 12 26  51.8  14.6 -1.5    -147.3    32     7075   10 05 16

10 06 00  2158+658     20 12 26  50.9  16.8 -1.8    -141.9   -10     7075   10 06 10
10 06 45  ---          20 13 11  50.9  16.7 -1.8    -142.2    35     7077   10 06 01

10 06 45  G105.42      20 13 11  51.9  14.5 -1.5    -147.6   -10     7077   10 06 55
10 07 30  ---          20 13 56  51.9  14.4 -1.5    -147.9    35     7079   10 06 46

10 07 30  2158+658     20 13 56  51.0  16.6 -1.8    -142.4   -10     7079   10 07 40
10 08 15  ---          20 14 41  51.0  16.5 -1.8    -142.7    35     7082   10 07 31

10 08 15  G105.42      20 14 41  52.0  14.3 -1.5    -148.1   -10     7082   10 08 25
10 09 00  ---          20 15 26  52.0  14.2 -1.5    -148.4    35     7084   10 08 16

10 09 00  2158+658     20 15 26  51.1  16.4 -1.7    -142.9   -10     7084   10 09 10
10 09 45  ---          20 16 12  51.1  16.3 -1.7    -143.2    35     7086   10 09 01

10 09 45  G105.42      20 16 12  52.0  14.1 -1.5    -148.6   -10     7086   10 09 55
10 10 30  ---          20 16 57  52.1  14.0 -1.4    -148.9    35     7088   10 09 46

10 10 30  2158+658     20 16 57  51.1  16.2 -1.7    -143.4   -10     7088   10 10 40
10 11 15  ---          20 17 42  51.2  16.1 -1.7    -143.6    35     7091   10 10 31

10 11 15  G105.42      20 17 42  52.1  13.9 -1.4    -149.1   -10     7091   10 11 25
10 12 00  ---          20 18 27  52.1  13.8 -1.4    -149.4    35     7093   10 11 16

10 12 00  2158+658     20 18 27  51.2  16.0 -1.7    -143.9   -10     7093   10 12 10
10 12 45  ---          20 19 12  51.3  15.9 -1.7    -144.1    35     7095   10 12 01

10 12 45  G105.42      20 19 12  52.2  13.7 -1.4    -149.6   -10     7095   10 12 55
10 13 30  ---          20 19 57  52.2  13.6 -1.4    -149.9    35     7097   10 12 46

10 13 30  2158+658     20 19 57  51.3  15.8 -1.7    -144.4   -10     7097   10 13 40
10 14 15  ---          20 20 42  51.4  15.7 -1.7    -144.6    35     7100   10 13 31

10 14 15  G105.42      20 20 42  52.3  13.5 -1.4    -150.2   -10     7100   10 14 25
10 15 00  ---          20 21 27  52.3  13.4 -1.4    -150.4    35     7102   10 14 16

10 15 00  2201+676     20 21 27  49.8  14.5 -1.7    -144.9   -13     7102   10 15 13
10 15 45  ---          20 22 13  49.8  14.4 -1.7    -145.1    32     7104   10 15 01

10 15 45  G105.42      20 22 13  52.3  13.3 -1.4    -150.7   -13     7104   10 15 58
10 16 30  ---          20 22 58  52.4  13.2 -1.3    -150.9    32     7106   10 15 46
Schedule for VLBA_FD   (Code Fd )                                   Page  63
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Wed   7 Jun 2023   Day 158 ---

10 16 30  2201+676     20 22 58  49.9  14.4 -1.7    -145.4   -13     7106   10 16 43
10 17 15  ---          20 23 43  49.9  14.3 -1.7    -145.6    32     7108   10 16 31

10 17 15  G105.42      20 23 43  52.4  13.1 -1.3    -151.2   -13     7108   10 17 28
10 18 00  ---          20 24 28  52.4  12.9 -1.3    -151.4    32     7110   10 17 16

10 18 00  2201+676     20 24 28  49.9  14.2 -1.7    -145.8   -13     7110   10 18 13
10 18 45  ---          20 25 13  50.0  14.1 -1.6    -146.1    32     7112   10 18 01

10 18 45  G105.42      20 25 13  52.5  12.8 -1.3    -151.7   -13     7112   10 18 58
10 19 30  ---          20 25 58  52.5  12.7 -1.3    -152.0    32     7114   10 18 46

10 19 30  2201+676     20 25 58  50.0  14.0 -1.6    -146.3   -13     7114   10 19 43
10 20 15  ---          20 26 43  50.1  13.9 -1.6    -146.6    32     7116   10 19 31

10 20 15  G105.42      20 26 43  52.6  12.6 -1.3    -152.2   -13     7116   10 20 28
10 21 00  ---          20 27 28  52.6  12.5 -1.3    -152.5    32     7118   10 20 16

10 21 00  2201+676     20 27 28  50.1  13.8 -1.6    -146.8   -13     7118   10 21 13
10 21 45  ---          20 28 13  50.1  13.7 -1.6    -147.1    32     7120   10 21 01

10 21 45  G105.42      20 28 13  52.6  12.4 -1.3    -152.7   -13     7120   10 21 58
10 22 30  ---          20 28 59  52.7  12.3 -1.2    -153.0    32     7123   10 21 46

10 22 30  2201+676     20 28 59  50.2  13.6 -1.6    -147.3   -13     7123   10 22 43
10 23 15  ---          20 29 44  50.2  13.5 -1.6    -147.6    32     7125   10 22 31

10 23 15  G105.42      20 29 44  52.7  12.2 -1.2    -153.3   -13     7125   10 23 28
10 24 00  ---          20 30 29  52.7  12.1 -1.2    -153.5    32     7127   10 23 16

10 24 00  2158+658     20 30 29  51.9  14.4 -1.5    -147.9   -10     7127   10 24 10
10 24 45  ---          20 31 14  52.0  14.3 -1.5    -148.2    35     7129   10 24 01

10 24 45  G105.42      20 31 14  52.8  12.0 -1.2    -153.8   -10     7129   10 24 55
10 25 30  ---          20 31 59  52.8  11.8 -1.2    -154.0    35     7131   10 24 46

10 25 30  2158+658     20 31 59  52.0  14.2 -1.5    -148.4   -10     7131   10 25 40
10 26 15  ---          20 32 44  52.0  14.1 -1.5    -148.7    35     7133   10 25 31

10 26 15  G105.42      20 32 44  52.8  11.7 -1.2    -154.3   -10     7133   10 26 25
10 27 00  ---          20 33 29  52.9  11.6 -1.2    -154.6    35     7136   10 26 16

10 27 00  2158+658     20 33 29  52.1  14.0 -1.4    -148.9   -10     7136   10 27 10
10 27 45  ---          20 34 14  52.1  13.9 -1.4    -149.2    35     7138   10 27 01
Schedule for VLBA_FD   (Code Fd )                                   Page  64
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Wed   7 Jun 2023   Day 158 ---

10 27 45  G105.42      20 34 14  52.9  11.5 -1.2    -154.8   -10     7138   10 27 55
10 28 30  ---          20 35 00  52.9  11.4 -1.1    -155.1    35     7140   10 27 46

10 28 30  2158+658     20 35 00  52.2  13.8 -1.4    -149.4   -10     7140   10 28 40
10 29 15  ---          20 35 45  52.2  13.7 -1.4    -149.7    35     7142   10 28 31

10 29 15  G105.42      20 35 45  53.0  11.3 -1.1    -155.4   -10     7142   10 29 25
10 30 00  ---          20 36 30  53.0  11.2 -1.1    -155.6    35     7145   10 29 16

10 30 00  2158+658     20 36 30  52.2  13.6 -1.4    -150.0   -10     7145   10 30 10
10 30 45  ---          20 37 15  52.3  13.5 -1.4    -150.2    35     7147   10 30 01

10 30 45  G105.42      20 37 15  53.0  11.0 -1.1    -155.9   -10     7147   10 30 55
10 31 30  ---          20 38 00  53.0  10.9 -1.1    -156.1    35     7149   10 30 46

10 31 30  2158+658     20 38 00  52.3  13.4 -1.4    -150.5   -10     7149   10 31 40
10 32 15  ---          20 38 45  52.3  13.2 -1.4    -150.7    35     7151   10 31 31

10 32 15  G105.42      20 38 45  53.1  10.8 -1.1    -156.4   -10     7151   10 32 25
10 33 00  ---          20 39 30  53.1  10.7 -1.1    -156.7    35     7154   10 32 16

10 33 00  2158+658     20 39 30  52.4  13.1 -1.3    -151.0   -10     7154   10 33 10
10 33 45  ---          20 40 15  52.4  13.0 -1.3    -151.2    35     7156   10 33 01

10 33 45  G105.42      20 40 15  53.1  10.6 -1.1    -156.9   -10     7156   10 33 55
10 34 30  ---          20 41 01  53.2  10.5 -1.0    -157.2    35     7158   10 33 46

10 34 30  2158+658     20 41 01  52.5  12.9 -1.3    -151.5   -10     7158   10 34 40
10 35 15  ---          20 41 46  52.5  12.8 -1.3    -151.8    35     7160   10 34 31

10 35 15  G105.42      20 41 46  53.2  10.3 -1.0    -157.5   -10     7160   10 35 25
10 36 00  ---          20 42 31  53.2  10.2 -1.0    -157.7    35     7163   10 35 16

10 36 00  2158+658     20 42 31  52.5  12.7 -1.3    -152.0   -10     7163   10 36 10
10 36 45  ---          20 43 16  52.6  12.6 -1.3    -152.3    35     7165   10 36 01

10 36 45  G105.42      20 43 16  53.3  10.1 -1.0    -158.0   -10     7165   10 36 55
10 37 30  ---          20 44 01  53.3  10.0 -1.0    -158.3    35     7167   10 36 46

10 37 30  2158+658     20 44 01  52.6  12.5 -1.3    -152.5   -10     7167   10 37 40
10 38 15  ---          20 44 46  52.6  12.4 -1.3    -152.8    35     7169   10 37 31

10 38 15  G105.42      20 44 46  53.3   9.9 -1.0    -158.5   -10     7169   10 38 25
10 39 00  ---          20 45 31  53.3   9.8 -1.0    -158.8    35     7172   10 38 16
Schedule for VLBA_FD   (Code Fd )                                   Page  65
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Wed   7 Jun 2023   Day 158 ---

10 39 00  2201+676     20 45 31  51.0  11.5 -1.3    -152.8   -13     7172   10 39 13
10 39 45  ---          20 46 16  51.0  11.4 -1.3    -153.0    32     7174   10 39 01

10 39 45  G105.42      20 46 16  53.4   9.6 -1.0    -159.1   -13     7174   10 39 58
10 40 30  ---          20 47 02  53.4   9.5 -0.9    -159.3    32     7176   10 39 46

10 40 30  2201+676     20 47 02  51.0  11.3 -1.3    -153.3   -13     7176   10 40 43
10 41 15  ---          20 47 47  51.0  11.2 -1.3    -153.5    32     7178   10 40 31

10 41 15  G105.42      20 47 47  53.4   9.4 -0.9    -159.6   -13     7178   10 41 28
10 42 00  ---          20 48 32  53.4   9.3 -0.9    -159.9    32     7180   10 41 16

10 42 00  2201+676     20 48 32  51.1  11.1 -1.3    -153.8   -13     7180   10 42 13
10 42 45  ---          20 49 17  51.1  11.0 -1.2    -154.0    32     7182   10 42 01

10 42 45  G105.42      20 49 17  53.5   9.2 -0.9    -160.1   -13     7182   10 42 58
10 43 30  ---          20 50 02  53.5   9.0 -0.9    -160.4    32     7184   10 42 46

10 43 30  2201+676     20 50 02  51.1  10.9 -1.2    -154.3   -13     7184   10 43 43
10 44 15  ---          20 50 47  51.2  10.8 -1.2    -154.5    32     7186   10 43 31

10 44 15  G105.42      20 50 47  53.5   8.9 -0.9    -160.7   -13     7186   10 44 28
10 45 00  ---          20 51 32  53.5   8.8 -0.9    -160.9    32     7188   10 44 16

10 45 00  2201+676     20 51 32  51.2  10.7 -1.2    -154.8   -13     7188   10 45 13
10 45 45  ---          20 52 17  51.2  10.6 -1.2    -155.1    32     7190   10 45 01

10 45 45  G105.42      20 52 17  53.6   8.7 -0.9    -161.2   -13     7190   10 45 58
10 46 30  ---          20 53 03  53.6   8.6 -0.8    -161.5    32     7192   10 45 46

10 46 30  2201+676     20 53 03  51.3  10.5 -1.2    -155.3   -13     7192   10 46 43
10 47 15  ---          20 53 48  51.3  10.4 -1.2    -155.6    32     7194   10 46 31

10 47 15  G105.42      20 53 48  53.6   8.4 -0.8    -161.8   -13     7194   10 47 28
10 48 00  ---          20 54 33  53.6   8.3 -0.8    -162.0    32     7196   10 47 16

10 51 00  J2202+4216   20 57 33  72.3  43.8 -1.1    -126.3   136     7196   10 51 00
10 59 00  =VR422201    21 05 35  73.5  40.7 -1.0    -130.6   480     7227   10 51 01

10 59 00  G105.42      21 05 35  54.0   6.5 -0.6    -166.0   -46     7227   10 59 46
11 04 00  ---          21 10 35  54.1   5.7 -0.6    -167.8   254     7244   10 59 01

11 04 00  2158+658     21 10 35  53.6   8.4 -0.8    -161.9   -10     7244   11 04 10
11 04 45  ---          21 11 21  53.7   8.2 -0.8    -162.2    35     7246   11 04 01
Schedule for VLBA_FD   (Code Fd )                                   Page  66
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Wed   7 Jun 2023   Day 158 ---

11 04 45  G105.42      21 11 21  54.1   5.5 -0.5    -168.1   -10     7246   11 04 55
11 05 30  ---          21 12 06  54.1   5.4 -0.5    -168.4    35     7248   11 04 46

11 05 30  2158+658     21 12 06  53.7   8.1 -0.8    -162.5   -10     7248   11 05 40
11 06 15  ---          21 12 51  53.7   8.0 -0.8    -162.7    35     7251   11 05 31

11 06 15  G105.42      21 12 51  54.1   5.3 -0.5    -168.7   -10     7251   11 06 25
11 07 00  ---          21 13 36  54.1   5.2 -0.5    -168.9    35     7253   11 06 16

11 07 00  2158+658     21 13 36  53.7   7.9 -0.8    -163.0   -10     7253   11 07 10
11 07 45  ---          21 14 21  53.7   7.8 -0.8    -163.3    35     7255   11 07 01

11 07 45  G105.42      21 14 21  54.1   5.0 -0.5    -169.2   -10     7255   11 07 55
11 08 30  ---          21 15 06  54.2   4.9 -0.5    -169.5    35     7257   11 07 46

11 08 30  2158+658     21 15 06  53.8   7.6 -0.7    -163.5   -10     7257   11 08 40
11 09 15  ---          21 15 51  53.8   7.5 -0.7    -163.8    35     7260   11 08 31

11 09 15  G105.42      21 15 51  54.2   4.8 -0.5    -169.8   -10     7260   11 09 25
11 10 00  ---          21 16 36  54.2   4.7 -0.5    -170.0    35     7262   11 09 16

11 10 00  2158+658     21 16 36  53.8   7.4 -0.7    -164.1   -10     7262   11 10 10
11 10 45  ---          21 17 22  53.8   7.3 -0.7    -164.3    35     7264   11 10 01

11 10 45  G105.42      21 17 22  54.2   4.5 -0.4    -170.3   -10     7264   11 10 55
11 11 30  ---          21 18 07  54.2   4.4 -0.4    -170.6    35     7266   11 10 46

11 11 30  2158+658     21 18 07  53.8   7.1 -0.7    -164.6   -10     7266   11 11 40
11 12 15  ---          21 18 52  53.9   7.0 -0.7    -164.9    35     7269   11 11 31

11 12 15  G105.42      21 18 52  54.2   4.3 -0.4    -170.9   -10     7269   11 12 25
11 13 00  ---          21 19 37  54.2   4.1 -0.4    -171.1    35     7271   11 12 16

11 13 00  2201+676     21 19 37  52.1   6.7 -0.7    -164.4   -12     7271   11 13 12
11 13 45  ---          21 20 22  52.1   6.6 -0.7    -164.7    33     7273   11 13 01

11 13 45  G105.42      21 20 22  54.2   4.0 -0.4    -171.4   -12     7273   11 13 57
11 14 30  ---          21 21 07  54.3   3.9 -0.4    -171.7    33     7275   11 13 46

11 14 30  2201+676     21 21 07  52.2   6.5 -0.7    -165.0   -12     7275   11 14 42
11 15 15  ---          21 21 52  52.2   6.4 -0.7    -165.2    33     7277   11 14 31

11 15 15  G105.42      21 21 52  54.3   3.8 -0.4    -172.0   -12     7277   11 15 27
11 16 00  ---          21 22 37  54.3   3.6 -0.4    -172.2    33     7279   11 15 16
Schedule for VLBA_FD   (Code Fd )                                   Page  67
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Wed   7 Jun 2023   Day 158 ---

11 16 00  2201+676     21 22 37  52.2   6.3 -0.7    -165.5   -12     7279   11 16 12
11 16 45  ---          21 23 23  52.2   6.2 -0.7    -165.7    33     7281   11 16 01

11 16 45  G105.42      21 23 23  54.3   3.5 -0.3    -172.5   -12     7281   11 16 57
11 17 30  ---          21 24 08  54.3   3.4 -0.3    -172.8    33     7284   11 16 46

11 17 30  2201+676     21 24 08  52.2   6.1 -0.7    -166.0   -12     7284   11 17 42
11 18 15  ---          21 24 53  52.2   5.9 -0.6    -166.3    33     7286   11 17 31

11 18 15  G105.42      21 24 53  54.3   3.2 -0.3    -173.1   -12     7286   11 18 27
11 19 00  ---          21 25 38  54.3   3.1 -0.3    -173.3    33     7288   11 18 16

11 19 00  2201+676     21 25 38  52.3   5.8 -0.6    -166.5   -12     7288   11 19 12
11 19 45  ---          21 26 23  52.3   5.7 -0.6    -166.8    33     7290   11 19 01

11 19 45  G105.42      21 26 23  54.3   3.0 -0.3    -173.6   -12     7290   11 19 57
11 20 30  ---          21 27 08  54.3   2.9 -0.3    -173.9    33     7292   11 19 46

11 20 30  2201+676     21 27 08  52.3   5.6 -0.6    -167.1   -12     7292   11 20 42
11 21 15  ---          21 27 53  52.3   5.5 -0.6    -167.3    33     7294   11 20 31

11 21 15  G105.42      21 27 53  54.3   2.7 -0.3    -174.2   -12     7294   11 21 27
11 22 00  ---          21 28 38  54.3   2.6 -0.3    -174.5    33     7296   11 21 16

11 22 00  2158+658     21 28 38  54.1   5.4 -0.5    -168.4   -10     7296   11 22 10
11 22 45  ---          21 29 24  54.1   5.3 -0.5    -168.7    35     7299   11 22 01

11 22 45  G105.42      21 29 24  54.4   2.5 -0.2    -174.7   -10     7299   11 22 55
11 23 30  ---          21 30 09  54.4   2.3 -0.2    -175.0    35     7301   11 22 46

11 23 30  2158+658     21 30 09  54.1   5.1 -0.5    -169.0   -10     7301   11 23 40
11 24 15  ---          21 30 54  54.1   5.0 -0.5    -169.3    35     7303   11 23 31

11 24 15  G105.42      21 30 54  54.4   2.2 -0.2    -175.3   -10     7303   11 24 25
11 25 00  ---          21 31 39  54.4   2.1 -0.2    -175.6    35     7305   11 24 16

11 25 00  2158+658     21 31 39  54.2   4.9 -0.5    -169.5   -10     7305   11 25 10
11 25 45  ---          21 32 24  54.2   4.7 -0.5    -169.8    35     7308   11 25 01

11 25 45  G105.42      21 32 24  54.4   1.9 -0.2    -175.8   -10     7308   11 25 55
11 26 30  ---          21 33 09  54.4   1.8 -0.2    -176.1    35     7310   11 25 46

11 26 30  2158+658     21 33 09  54.2   4.6 -0.4    -170.1   -10     7310   11 26 40
11 27 15  ---          21 33 54  54.2   4.5 -0.4    -170.4    35     7312   11 26 31
Schedule for VLBA_FD   (Code Fd )                                   Page  68
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Wed   7 Jun 2023   Day 158 ---

11 27 15  G105.42      21 33 54  54.4   1.7 -0.2    -176.4   -10     7312   11 27 25
11 28 00  ---          21 34 39  54.4   1.6 -0.1    -176.7    35     7314   11 27 16

11 28 00  2158+658     21 34 39  54.2   4.4 -0.4    -170.7   -10     7314   11 28 10
11 28 45  ---          21 35 25  54.2   4.2 -0.4    -170.9    35     7317   11 28 01

11 28 45  G105.42      21 35 25  54.4   1.4 -0.1    -177.0   -10     7317   11 28 55
11 29 30  ---          21 36 10  54.4   1.3 -0.1    -177.2    35     7319   11 28 46

11 29 30  2158+658     21 36 10  54.2   4.1 -0.4    -171.2   -10     7319   11 29 40
11 30 15  ---          21 36 55  54.2   4.0 -0.4    -171.5    35     7321   11 29 31

11 30 15  G105.42      21 36 55  54.4   1.2 -0.1    -177.5   -10     7321   11 30 25
11 31 00  ---          21 37 40  54.4   1.0 -0.1    -177.8    35     7323   11 30 16

11 31 00  2201+676     21 37 40  52.5   4.0 -0.4    -170.8   -12     7323   11 31 12
11 31 45  ---          21 38 25  52.5   3.9 -0.4    -171.0    33     7325   11 31 01

11 31 45  G105.42      21 38 25  54.4   0.9 -0.1    -178.1   -12     7325   11 31 57
11 32 30  ---          21 39 10  54.4   0.8 -0.1    -178.3    33     7328   11 31 46

11 32 30  2201+676     21 39 10  52.5   3.8 -0.4    -171.3   -12     7328   11 32 42
11 33 15  ---          21 39 55  52.5   3.7 -0.4    -171.6    33     7330   11 32 31

11 33 15  G105.42      21 39 55  54.4   0.6 -0.1    -178.6   -12     7330   11 33 27
11 34 00  ---          21 40 40  54.4   0.5 -0.0    -178.9    33     7332   11 33 16

11 34 00  2201+676     21 40 40  52.5   3.6 -0.4    -171.8   -12     7332   11 34 12
11 34 45  ---          21 41 25  52.5   3.4 -0.4    -172.1    33     7334   11 34 01

11 34 45  G105.42      21 41 25  54.4   0.4 -0.0    -179.2   -12     7334   11 34 57
11 35 30  ---          21 42 11  54.4   0.3 -0.0    -179.5    33     7336   11 34 46

11 35 30  2201+676     21 42 11  52.5   3.3 -0.4    -172.3   -12     7336   11 35 42
11 36 15  ---          21 42 56  52.6   3.2 -0.3    -172.6    33     7338   11 35 31

11 36 15  G105.42      21 42 56  54.4   0.1 -0.0    -179.7   -12     7338   11 36 27
11 37 00  ---          21 43 41  54.4  -0.0  0.0     180.0    33     7340   11 36 16

11 37 00  2201+676     21 43 41  52.6   3.1 -0.3    -172.9   -12     7340   11 37 12
11 37 45  ---          21 44 26  52.6   3.0 -0.3    -173.1    33     7342   11 37 01

11 37 45  G105.42      21 44 26  54.4  -0.1  0.0     179.7   -12     7342   11 37 57
11 38 30  ---          21 45 11  54.4  -0.3  0.0     179.4    33     7345   11 37 46
Schedule for VLBA_FD   (Code Fd )                                   Page  69
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Wed   7 Jun 2023   Day 158 ---

11 38 30  2201+676     21 45 11  52.6   2.9 -0.3    -173.4   -12     7345   11 38 42
11 39 15  ---          21 45 56  52.6   2.8 -0.3    -173.7    33     7347   11 38 31

11 39 15  G105.42      21 45 56  54.4  -0.4  0.0     179.2   -12     7347   11 39 27
11 40 00  ---          21 46 41  54.4  -0.5  0.1     178.9    33     7349   11 39 16

11 40 00  2158+658     21 46 41  54.4   2.3 -0.2    -175.1   -10     7349   11 40 10
11 40 45  ---          21 47 26  54.4   2.2 -0.2    -175.4    35     7351   11 40 01

11 40 45  G105.42      21 47 26  54.4  -0.7  0.1     178.6   -10     7351   11 40 55
11 41 30  ---          21 48 12  54.4  -0.8  0.1     178.3    35     7353   11 40 46

11 41 30  2158+658     21 48 12  54.4   2.0 -0.2    -175.6   -10     7353   11 41 40
11 42 15  ---          21 48 57  54.4   1.9 -0.2    -175.9    35     7356   11 41 31

11 42 15  G105.42      21 48 57  54.4  -0.9  0.1     178.0   -10     7356   11 42 25
11 43 00  ---          21 49 42  54.4  -1.0  0.1     177.8    35     7358   11 42 16

11 43 00  2158+658     21 49 42  54.4   1.8 -0.2    -176.2   -10     7358   11 43 10
11 43 45  ---          21 50 27  54.4   1.7 -0.2    -176.5    35     7360   11 43 01

11 43 45  G105.42      21 50 27  54.4  -1.2  0.1     177.5   -10     7360   11 43 55
11 44 30  ---          21 51 12  54.4  -1.3  0.1     177.2    35     7362   11 43 46

11 44 30  2158+658     21 51 12  54.4   1.5 -0.1    -176.7   -10     7362   11 44 40
11 45 15  ---          21 51 57  54.4   1.4 -0.1    -177.0    35     7365   11 44 31

11 45 15  G105.42      21 51 57  54.4  -1.4  0.1     176.9   -10     7365   11 45 25
11 46 00  ---          21 52 42  54.4  -1.6  0.2     176.7    35     7367   11 45 16

11 46 00  2158+658     21 52 42  54.4   1.3 -0.1    -177.3   -10     7367   11 46 10
11 46 45  ---          21 53 27  54.4   1.1 -0.1    -177.6    35     7369   11 46 01

11 46 45  G105.42      21 53 27  54.4  -1.7  0.2     176.4   -10     7369   11 46 55
11 47 30  ---          21 54 13  54.4  -1.8  0.2     176.1    35     7371   11 46 46

11 47 30  2158+658     21 54 13  54.4   1.0 -0.1    -177.9   -10     7371   11 47 40
11 48 15  ---          21 54 58  54.4   0.9 -0.1    -178.1    35     7374   11 47 31

11 48 15  G105.42      21 54 58  54.4  -2.0  0.2     175.8   -10     7374   11 48 25
11 49 00  ---          21 55 43  54.4  -2.1  0.2     175.5    35     7376   11 48 16

11 49 00  2158+658     21 55 43  54.4   0.7 -0.1    -178.4   -10     7376   11 49 10
11 49 45  ---          21 56 28  54.4   0.6 -0.1    -178.7    35     7378   11 49 01
Schedule for VLBA_FD   (Code Fd )                                   Page  70
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Wed   7 Jun 2023   Day 158 ---

11 49 45  G105.42      21 56 28  54.4  -2.2  0.2     175.3   -10     7378   11 49 55
11 50 30  ---          21 57 13  54.4  -2.3  0.2     175.0    35     7380   11 49 46

11 50 30  2158+658     21 57 13  54.4   0.5 -0.0    -179.0   -10     7380   11 50 40
11 51 15  ---          21 57 58  54.4   0.4 -0.0    -179.2    35     7383   11 50 31

11 51 15  G105.42      21 57 58  54.4  -2.5  0.2     174.7   -10     7383   11 51 25
11 52 00  ---          21 58 43  54.3  -2.6  0.3     174.4    35     7385   11 51 16

11 52 00  2158+658     21 58 43  54.4   0.2 -0.0    -179.5   -10     7385   11 52 10
11 52 45  ---          21 59 28  54.4   0.1 -0.0    -179.8    35     7387   11 52 01

11 52 45  G105.42      21 59 28  54.3  -2.7  0.3     174.2   -10     7387   11 52 55
11 53 30  ---          22 00 14  54.3  -2.9  0.3     173.9    35     7389   11 52 46

11 53 30  2158+658     22 00 14  54.4  -0.0  0.0     179.9   -10     7389   11 53 40
11 54 15  ---          22 00 59  54.4  -0.2  0.0     179.6    35     7392   11 53 31

11 54 15  G105.42      22 00 59  54.3  -3.0  0.3     173.6   -10     7392   11 54 25
11 55 00  ---          22 01 44  54.3  -3.1  0.3     173.3    35     7394   11 54 16

11 55 00  2201+676     22 01 44  52.7   0.3 -0.0    -179.3   -11     7394   11 55 11
11 55 45  ---          22 02 29  52.7   0.2 -0.0    -179.5    34     7396   11 55 01

11 55 45  G105.42      22 02 29  54.3  -3.3  0.3     173.0   -11     7396   11 55 56
11 56 30  ---          22 03 14  54.3  -3.4  0.3     172.8    34     7398   11 55 46

11 56 30  2201+676     22 03 14  52.7   0.1 -0.0    -179.8   -11     7398   11 56 41
11 57 15  ---          22 03 59  52.7  -0.0  0.0     179.9    34     7401   11 56 31

11 57 15  G105.42      22 03 59  54.3  -3.5  0.3     172.5   -11     7401   11 57 26
11 58 00  ---          22 04 44  54.3  -3.6  0.4     172.2    34     7403   11 57 16

11 58 00  2201+676     22 04 44  52.7  -0.1  0.0     179.7   -11     7403   11 58 11
11 58 45  ---          22 05 29  52.7  -0.3  0.0     179.4    34     7405   11 58 01

11 58 45  G105.42      22 05 29  54.3  -3.8  0.4     171.9   -11     7405   11 58 56
11 59 30  ---          22 06 15  54.3  -3.9  0.4     171.7    34     7407   11 58 46

11 59 30  2201+676     22 06 15  52.7  -0.4  0.0     179.1   -11     7407   11 59 41
12 00 15  ---          22 07 00  52.7  -0.5  0.1     178.9    34     7409   11 59 31

12 00 15  G105.42      22 07 00  54.2  -4.0  0.4     171.4   -11     7409   12 00 26
12 01 00  ---          22 07 45  54.2  -4.2  0.4     171.1    34     7411   12 00 16
Schedule for VLBA_FD   (Code Fd )                                   Page  71
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Wed   7 Jun 2023   Day 158 ---

12 01 00  2201+676     22 07 45  52.7  -0.6  0.1     178.6   -11     7411   12 01 11
12 01 45  ---          22 08 30  52.7  -0.7  0.1     178.3    34     7414   12 01 01

12 01 45  G105.42      22 08 30  54.2  -4.3  0.4     170.8   -11     7414   12 01 56
12 02 30  ---          22 09 15  54.2  -4.4  0.4     170.6    34     7416   12 01 46

12 02 30  2201+676     22 09 15  52.7  -0.8  0.1     178.1   -11     7416   12 02 41
12 03 15  ---          22 10 00  52.7  -1.0  0.1     177.8    34     7418   12 02 31

12 03 15  G105.42      22 10 00  54.2  -4.5  0.4     170.3   -11     7418   12 03 26
12 04 00  ---          22 10 45  54.2  -4.7  0.5     170.0    34     7420   12 03 16

12 07 00  J2202+4216   22 13 46  78.1  -9.0  0.2     169.4   125     7420   12 07 00
12 15 00  =VR422201    22 21 47  77.7 -15.9  0.3     161.4   480     7451   12 07 01

12 15 00  G105.42      22 21 47  53.9  -6.5  0.6     166.0   -55     7451   12 15 55
12 20 00  ---          22 26 48  53.8  -7.3  0.7     164.2   245     7467   12 15 01

12 20 00  2158+658     22 26 48  54.2  -4.6  0.4     170.1   -10     7467   12 20 10
12 20 45  ---          22 27 33  54.2  -4.7  0.5     169.9    35     7469   12 20 01

12 20 45  G105.42      22 27 33  53.8  -7.5  0.7     163.9   -10     7469   12 20 55
12 21 30  ---          22 28 18  53.8  -7.6  0.7     163.6    35     7471   12 20 46

12 21 30  2158+658     22 28 18  54.2  -4.9  0.5     169.6   -10     7471   12 21 40
12 22 15  ---          22 29 03  54.1  -5.0  0.5     169.3    35     7474   12 21 31

12 22 15  G105.42      22 29 03  53.8  -7.7  0.8     163.4   -10     7474   12 22 25
12 23 00  ---          22 29 48  53.7  -7.8  0.8     163.1    35     7476   12 22 16

12 23 00  2158+658     22 29 48  54.1  -5.1  0.5     169.0   -10     7476   12 23 10
12 23 45  ---          22 30 34  54.1  -5.2  0.5     168.8    35     7478   12 23 01

12 23 45  G105.42      22 30 34  53.7  -8.0  0.8     162.8   -10     7478   12 23 55
12 24 30  ---          22 31 19  53.7  -8.1  0.8     162.5    35     7480   12 23 46

12 24 30  2158+658     22 31 19  54.1  -5.4  0.5     168.5   -10     7480   12 24 40
12 25 15  ---          22 32 04  54.1  -5.5  0.5     168.2    35     7483   12 24 31

12 25 15  G105.42      22 32 04  53.7  -8.2  0.8     162.3   -10     7483   12 25 25
12 26 00  ---          22 32 49  53.6  -8.3  0.8     162.0    35     7485   12 25 16

12 26 00  2158+658     22 32 49  54.1  -5.6  0.5     167.9   -10     7485   12 26 10
12 26 45  ---          22 33 34  54.1  -5.8  0.6     167.7    35     7487   12 26 01
Schedule for VLBA_FD   (Code Fd )                                   Page  72
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Wed   7 Jun 2023   Day 158 ---

12 26 45  G105.42      22 33 34  53.6  -8.4  0.8     161.7   -10     7487   12 26 55
12 27 30  ---          22 34 19  53.6  -8.6  0.8     161.5    35     7489   12 26 46

12 27 30  2158+658     22 34 19  54.0  -5.9  0.6     167.4   -10     7489   12 27 40
12 28 15  ---          22 35 04  54.0  -6.0  0.6     167.1    35     7492   12 27 31

12 28 15  G105.42      22 35 04  53.6  -8.7  0.9     161.2   -10     7492   12 28 25
12 29 00  ---          22 35 49  53.5  -8.8  0.9     160.9    35     7494   12 28 16

12 29 00  2201+676     22 35 49  52.4  -4.9  0.5     168.7   -11     7494   12 29 11
12 29 45  ---          22 36 35  52.4  -5.0  0.5     168.4    34     7496   12 29 01

12 29 45  G105.42      22 36 35  53.5  -8.9  0.9     160.7   -11     7496   12 29 56
12 30 30  ---          22 37 20  53.5  -9.1  0.9     160.4    34     7498   12 29 46

12 30 30  2201+676     22 37 20  52.4  -5.1  0.6     168.1   -11     7498   12 30 41
12 31 15  ---          22 38 05  52.3  -5.3  0.6     167.9    34     7501   12 30 31

12 31 15  G105.42      22 38 05  53.5  -9.2  0.9     160.1   -11     7501   12 31 26
12 32 00  ---          22 38 50  53.4  -9.3  0.9     159.8    34     7503   12 31 16

12 32 00  2201+676     22 38 50  52.3  -5.4  0.6     167.6   -11     7503   12 32 11
12 32 45  ---          22 39 35  52.3  -5.5  0.6     167.4    34     7505   12 32 01

12 32 45  G105.42      22 39 35  53.4  -9.4  0.9     159.6   -11     7505   12 32 56
12 33 30  ---          22 40 20  53.4  -9.5  0.9     159.3    34     7507   12 32 46

12 33 30  2201+676     22 40 20  52.3  -5.6  0.6     167.1   -11     7507   12 33 41
12 34 15  ---          22 41 05  52.3  -5.7  0.6     166.8    34     7509   12 33 31

12 34 15  G105.42      22 41 05  53.4  -9.6  1.0     159.0   -11     7509   12 34 26
12 35 00  ---          22 41 50  53.3  -9.8  1.0     158.8    34     7512   12 34 16

12 35 00  2201+676     22 41 50  52.3  -5.8  0.6     166.6   -11     7512   12 35 11
12 35 45  ---          22 42 36  52.2  -5.9  0.6     166.3    34     7514   12 35 01

12 35 45  G105.42      22 42 36  53.3  -9.9  1.0     158.5   -11     7514   12 35 56
12 36 30  ---          22 43 21  53.3 -10.0  1.0     158.2    34     7516   12 35 46

12 36 30  2201+676     22 43 21  52.2  -6.0  0.7     166.0   -11     7516   12 36 41
12 37 15  ---          22 44 06  52.2  -6.2  0.7     165.8    34     7518   12 36 31

12 37 15  G105.42      22 44 06  53.3 -10.1  1.0     158.0   -11     7518   12 37 26
12 38 00  ---          22 44 51  53.2 -10.2  1.0     157.7    34     7520   12 37 16
Schedule for VLBA_FD   (Code Fd )                                   Page  73
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Wed   7 Jun 2023   Day 158 ---

12 41 00  J2202+4216   22 47 51  75.3 -33.9  0.7     139.5   128     7520   12 41 00
12 49 00  =VR422201    22 55 53  74.3 -38.0  0.9     134.2   480     7551   12 41 01

12 49 00  2007+777     22 55 53  39.1 -10.5  2.9     131.2   -77     7551   12 50 17
12 59 00  ---          23 05 54  38.7 -11.0  3.0     128.4   523     7585   12 49 01

13 00 00  G105.42      23 06 54  52.2 -13.5  1.4     150.0    25     7585   13 00 00
13 05 00  ---          23 11 55  52.0 -14.2  1.5     148.3   300     7604   13 00 01

13 05 00  2158+658     23 11 55  52.8 -11.9  1.2     154.0   -10     7604   13 05 10
13 05 45  ---          23 12 40  52.7 -12.0  1.2     153.7    35     7606   13 05 01

13 05 45  G105.42      23 12 40  51.9 -14.3  1.5     148.1   -10     7606   13 05 55
13 06 30  ---          23 13 26  51.9 -14.5  1.5     147.8    35     7609   13 05 46

13 06 30  2158+658     23 13 26  52.7 -12.1  1.2     153.4   -10     7609   13 06 40
13 07 15  ---          23 14 11  52.7 -12.2  1.2     153.2    35     7611   13 06 31

13 07 15  G105.42      23 14 11  51.9 -14.6  1.5     147.6   -10     7611   13 07 25
13 08 00  ---          23 14 56  51.8 -14.7  1.5     147.3    35     7613   13 07 16

13 08 00  2158+658     23 14 56  52.6 -12.3  1.2     152.9   -10     7613   13 08 10
13 08 45  ---          23 15 41  52.6 -12.4  1.3     152.7    35     7615   13 08 01

13 08 45  G105.42      23 15 41  51.8 -14.8  1.5     147.1   -10     7615   13 08 55
13 09 30  ---          23 16 26  51.7 -14.9  1.5     146.8    35     7618   13 08 46

13 09 30  2158+658     23 16 26  52.6 -12.5  1.3     152.4   -10     7618   13 09 40
13 10 15  ---          23 17 11  52.5 -12.7  1.3     152.1    35     7620   13 09 31

13 10 15  G105.42      23 17 11  51.7 -15.0  1.6     146.6   -10     7620   13 10 25
13 11 00  ---          23 17 56  51.7 -15.1  1.6     146.3    35     7622   13 10 16

13 11 00  2158+658     23 17 56  52.5 -12.8  1.3     151.9   -10     7622   13 11 10
13 11 45  ---          23 18 41  52.5 -12.9  1.3     151.6    35     7624   13 11 01

13 11 45  G105.42      23 18 41  51.6 -15.2  1.6     146.1   -10     7624   13 11 55
13 12 30  ---          23 19 27  51.6 -15.3  1.6     145.8    35     7627   13 11 46

13 12 30  2158+658     23 19 27  52.4 -13.0  1.3     151.4   -10     7627   13 12 40
13 13 15  ---          23 20 12  52.4 -13.1  1.3     151.1    35     7629   13 12 31

13 13 15  G105.42      23 20 12  51.5 -15.4  1.6     145.6   -10     7629   13 13 25
13 14 00  ---          23 20 57  51.5 -15.5  1.6     145.3    35     7631   13 13 16
Schedule for VLBA_FD   (Code Fd )                                   Page  74
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Wed   7 Jun 2023   Day 158 ---

13 14 00  2201+676     23 20 57  51.0 -11.4  1.3     153.1   -11     7631   13 14 11
13 14 45  ---          23 21 42  51.0 -11.5  1.3     152.9    34     7633   13 14 01

13 14 45  G105.42      23 21 42  51.4 -15.6  1.6     145.1   -11     7633   13 14 56
13 15 30  ---          23 22 27  51.4 -15.7  1.6     144.8    34     7636   13 14 46

13 15 30  2201+676     23 22 27  50.9 -11.6  1.3     152.6   -11     7636   13 15 41
13 16 15  ---          23 23 12  50.9 -11.7  1.3     152.4    34     7638   13 15 31

13 16 15  G105.42      23 23 12  51.4 -15.8  1.7     144.6   -11     7638   13 16 26
13 17 00  ---          23 23 57  51.3 -15.9  1.7     144.3    34     7640   13 16 16

13 17 00  2201+676     23 23 57  50.9 -11.8  1.3     152.1   -11     7640   13 17 11
13 17 45  ---          23 24 42  50.8 -11.9  1.3     151.9    34     7642   13 17 01

13 17 45  G105.42      23 24 42  51.3 -16.0  1.7     144.1   -11     7642   13 17 56
13 18 30  ---          23 25 28  51.2 -16.1  1.7     143.8    34     7644   13 17 46

13 18 30  2201+676     23 25 28  50.8 -12.0  1.4     151.6   -11     7644   13 18 41
13 19 15  ---          23 26 13  50.8 -12.1  1.4     151.4    34     7647   13 18 31

13 19 15  G105.42      23 26 13  51.2 -16.2  1.7     143.6   -11     7647   13 19 26
13 20 00  ---          23 26 58  51.1 -16.3  1.7     143.3    34     7649   13 19 16

13 20 00  2201+676     23 26 58  50.7 -12.2  1.4     151.1   -11     7649   13 20 11
13 20 45  ---          23 27 43  50.7 -12.3  1.4     150.9    34     7651   13 20 01

13 20 45  G105.42      23 27 43  51.1 -16.4  1.7     143.1   -11     7651   13 20 56
13 21 30  ---          23 28 28  51.0 -16.5  1.7     142.8    34     7653   13 20 46

13 21 30  2201+676     23 28 28  50.7 -12.4  1.4     150.6   -11     7653   13 21 41
13 22 15  ---          23 29 13  50.6 -12.4  1.4     150.4    34     7655   13 21 31

13 22 15  G105.42      23 29 13  51.0 -16.6  1.8     142.6   -11     7655   13 22 26
13 23 00  ---          23 29 58  51.0 -16.6  1.8     142.3    34     7658   13 22 16

13 23 00  2158+658     23 29 58  51.9 -14.5  1.5     147.8   -10     7658   13 23 10
13 23 45  ---          23 30 43  51.9 -14.6  1.5     147.5    35     7660   13 23 01

13 23 45  G105.42      23 30 43  50.9 -16.7  1.8     142.1   -10     7660   13 23 55
13 24 30  ---          23 31 29  50.9 -16.8  1.8     141.8    35     7662   13 23 46

13 24 30  2158+658     23 31 29  51.8 -14.7  1.5     147.3   -10     7662   13 24 40
13 25 15  ---          23 32 14  51.8 -14.8  1.5     147.0    35     7664   13 24 31
Schedule for VLBA_FD   (Code Fd )                                   Page  75
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Wed   7 Jun 2023   Day 158 ---

13 25 15  G105.42      23 32 14  50.8 -16.9  1.8     141.6   -10     7664   13 25 25
13 26 00  ---          23 32 59  50.8 -17.0  1.8     141.3    35     7667   13 25 16

13 26 00  2158+658     23 32 59  51.7 -14.9  1.5     146.8   -10     7667   13 26 10
13 26 45  ---          23 33 44  51.7 -15.0  1.6     146.5    35     7669   13 26 01

13 26 45  G105.42      23 33 44  50.7 -17.1  1.8     141.1   -10     7669   13 26 55
13 27 30  ---          23 34 29  50.7 -17.2  1.8     140.9    35     7671   13 26 46

13 27 30  2158+658     23 34 29  51.6 -15.1  1.6     146.3   -10     7671   13 27 40
13 28 15  ---          23 35 14  51.6 -15.2  1.6     146.0    35     7673   13 27 31

13 28 15  G105.42      23 35 14  50.6 -17.3  1.9     140.6   -10     7673   13 28 25
13 29 00  ---          23 35 59  50.6 -17.4  1.9     140.4    35     7676   13 28 16

13 29 00  2158+658     23 35 59  51.6 -15.3  1.6     145.8   -10     7676   13 29 10
13 29 45  ---          23 36 44  51.5 -15.4  1.6     145.5    35     7678   13 29 01

13 29 45  G105.42      23 36 44  50.5 -17.5  1.9     140.1   -10     7678   13 29 55
13 30 30  ---          23 37 30  50.5 -17.6  1.9     139.9    35     7680   13 29 46

13 30 30  2158+658     23 37 30  51.5 -15.5  1.6     145.2   -10     7680   13 30 40
13 31 15  ---          23 38 15  51.4 -15.6  1.6     145.0    35     7682   13 30 31

13 31 15  G105.42      23 38 15  50.4 -17.7  1.9     139.6   -10     7682   13 31 25
13 32 00  ---          23 39 00  50.4 -17.8  1.9     139.4    35     7685   13 31 16

13 32 00  2201+676     23 39 00  50.2 -13.7  1.6     147.2   -11     7685   13 32 11
13 32 45  ---          23 39 45  50.1 -13.8  1.6     146.9    34     7687   13 32 01

13 32 45  G105.42      23 39 45  50.3 -17.8  1.9     139.2   -11     7687   13 32 56
13 33 30  ---          23 40 30  50.3 -17.9  1.9     138.9    34     7689   13 32 46

13 33 30  2201+676     23 40 30  50.1 -13.9  1.6     146.7   -11     7689   13 33 41
13 34 15  ---          23 41 15  50.0 -14.0  1.6     146.4    34     7691   13 33 31

13 34 15  G105.42      23 41 15  50.2 -18.0  2.0     138.7   -11     7691   13 34 26
13 35 00  ---          23 42 00  50.2 -18.1  2.0     138.4    34     7693   13 34 16

13 35 00  2201+676     23 42 00  50.0 -14.0  1.6     146.2   -11     7693   13 35 11
13 35 45  ---          23 42 45  50.0 -14.1  1.6     146.0    34     7696   13 35 01

13 35 45  G105.42      23 42 45  50.1 -18.2  2.0     138.2   -11     7696   13 35 56
13 36 30  ---          23 43 30  50.1 -18.3  2.0     138.0    34     7698   13 35 46
Schedule for VLBA_FD   (Code Fd )                                   Page  76
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Wed   7 Jun 2023   Day 158 ---

13 36 30  2201+676     23 43 30  49.9 -14.2  1.7     145.7   -11     7698   13 36 41
13 37 15  ---          23 44 16  49.9 -14.3  1.7     145.5    34     7700   13 36 31

13 37 15  G105.42      23 44 16  50.0 -18.4  2.0     137.7   -11     7700   13 37 26
13 38 00  ---          23 45 01  50.0 -18.5  2.0     137.5    34     7702   13 37 16

13 38 00  2201+676     23 45 01  49.8 -14.4  1.7     145.2   -11     7702   13 38 11
13 38 45  ---          23 45 46  49.8 -14.5  1.7     145.0    34     7704   13 38 01

13 38 45  G105.42      23 45 46  49.9 -18.6  2.0     137.2   -11     7704   13 38 56
13 39 30  ---          23 46 31  49.9 -18.6  2.0     137.0    34     7706   13 38 46

13 39 30  2201+676     23 46 31  49.8 -14.6  1.7     144.7   -11     7706   13 39 41
13 40 15  ---          23 47 16  49.7 -14.7  1.7     144.5    34     7709   13 39 31

13 40 15  G105.42      23 47 16  49.8 -18.7  2.1     136.8   -11     7709   13 40 26
13 41 00  ---          23 48 01  49.8 -18.8  2.1     136.5    34     7711   13 40 16

13 41 00  2158+658     23 48 01  50.8 -16.9  1.8     141.8   -10     7711   13 41 10
13 41 45  ---          23 48 46  50.8 -16.9  1.8     141.5    35     7713   13 41 01

13 41 45  G105.42      23 48 46  49.7 -18.9  2.1     136.3   -10     7713   13 41 55
13 42 30  ---          23 49 31  49.7 -19.0  2.1     136.1    35     7715   13 41 46

13 42 30  2158+658     23 49 31  50.7 -17.0  1.8     141.3   -10     7715   13 42 40
13 43 15  ---          23 50 17  50.7 -17.1  1.8     141.0    35     7718   13 42 31

13 43 15  G105.42      23 50 17  49.6 -19.1  2.1     135.8   -10     7718   13 43 25
13 44 00  ---          23 51 02  49.6 -19.1  2.1     135.6    35     7720   13 43 16

13 44 00  2158+658     23 51 02  50.7 -17.2  1.9     140.8   -10     7720   13 44 10
13 44 45  ---          23 51 47  50.6 -17.3  1.9     140.6    35     7722   13 44 01

13 44 45  G105.42      23 51 47  49.5 -19.2  2.1     135.3   -10     7722   13 44 55
13 45 30  ---          23 52 32  49.5 -19.3  2.1     135.1    35     7724   13 44 46

13 45 30  2158+658     23 52 32  50.6 -17.4  1.9     140.3   -10     7724   13 45 40
13 46 15  ---          23 53 17  50.5 -17.5  1.9     140.1    35     7727   13 45 31

13 46 15  G105.42      23 53 17  49.4 -19.4  2.2     134.9   -10     7727   13 46 25
13 47 00  ---          23 54 02  49.3 -19.5  2.2     134.6    35     7729   13 46 16

13 47 00  2158+658     23 54 02  50.5 -17.6  1.9     139.8   -10     7729   13 47 10
13 47 45  ---          23 54 47  50.4 -17.7  1.9     139.6    35     7731   13 47 01
Schedule for VLBA_FD   (Code Fd )                                   Page  77
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Wed   7 Jun 2023   Day 158 ---

13 47 45  G105.42      23 54 47  49.3 -19.6  2.2     134.4   -10     7731   13 47 55
13 48 30  ---          23 55 32  49.2 -19.6  2.2     134.2    35     7733   13 47 46

13 48 30  2158+658     23 55 32  50.4 -17.8  1.9     139.3   -10     7733   13 48 40
13 49 15  ---          23 56 18  50.3 -17.9  1.9     139.1    35     7736   13 48 31

13 49 15  G105.42      23 56 18  49.2 -19.7  2.2     133.9   -10     7736   13 49 25
13 50 00  ---          23 57 03  49.1 -19.8  2.2     133.7    35     7738   13 49 16

13 50 00  2158+658     23 57 03  50.3 -18.0  2.0     138.9   -10     7738   13 50 10
13 50 45  ---          23 57 48  50.2 -18.0  2.0     138.6    35     7740   13 50 01

13 50 45  G105.42      23 57 48  49.1 -19.9  2.2     133.5   -10     7740   13 50 55
13 51 30  ---          23 58 33  49.0 -20.0  2.2     133.2    35     7742   13 50 46

13 51 30  2158+658     23 58 33  50.2 -18.1  2.0     138.4   -10     7742   13 51 40
13 52 15  ---          23 59 18  50.1 -18.2  2.0     138.1    35     7745   13 51 31

13 52 15  G105.42      23 59 18  49.0 -20.0  2.3     133.0   -10     7745   13 52 25
13 53 00  ---          00 00 03  48.9 -20.1  2.3     132.8    35     7747   13 52 16

13 53 00  2158+658     00 00 03  50.1 -18.3  2.0     137.9   -10     7747   13 53 10
13 53 45  ---          00 00 48  50.0 -18.4  2.0     137.7    35     7749   13 53 01

13 53 45  G105.42      00 00 48  48.8 -20.2  2.3     132.6   -10     7749   13 53 55
13 54 30  ---          00 01 33  48.8 -20.3  2.3     132.3    35     7751   13 53 46

13 54 30  2158+658     00 01 33  50.0 -18.5  2.0     137.4   -10     7751   13 54 40
13 55 15  ---          00 02 19  49.9 -18.6  2.0     137.2    35     7754   13 54 31

13 55 15  G105.42      00 02 19  48.7 -20.4  2.3     132.1   -10     7754   13 55 25
13 56 00  ---          00 03 04  48.7 -20.4  2.3     131.9    35     7756   13 55 16

13 56 00  2201+676     00 03 04  48.8 -16.5  2.0     139.5   -11     7756   13 56 11
13 56 45  ---          00 03 49  48.8 -16.5  2.0     139.2    34     7758   13 56 01

13 56 45  G105.42      00 03 49  48.6 -20.5  2.3     131.6   -11     7758   13 56 56
13 57 30  ---          00 04 34  48.6 -20.6  2.3     131.4    34     7760   13 56 46

13 57 30  2201+676     00 04 34  48.7 -16.6  2.0     139.0   -11     7760   13 57 41
13 58 15  ---          00 05 19  48.7 -16.7  2.0     138.8    34     7763   13 57 31

13 58 15  G105.42      00 05 19  48.5 -20.7  2.4     131.2   -11     7763   13 58 26
13 59 00  ---          00 06 04  48.5 -20.7  2.4     130.9    34     7765   13 58 16
Schedule for VLBA_FD   (Code Fd )                                   Page  78
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Wed   7 Jun 2023   Day 158 ---

13 59 00  2201+676     00 06 04  48.6 -16.8  2.0     138.5   -11     7765   13 59 11
13 59 45  ---          00 06 49  48.6 -16.9  2.1     138.3    34     7767   13 59 01

13 59 45  G105.42      00 06 49  48.4 -20.8  2.4     130.7   -11     7767   13 59 56
14 00 30  ---          00 07 34  48.3 -20.9  2.4     130.5    34     7769   13 59 46

14 00 30  2201+676     00 07 34  48.5 -16.9  2.1     138.1   -11     7769   14 00 41
14 01 15  ---          00 08 20  48.5 -17.0  2.1     137.8    34     7771   14 00 31

14 01 15  G105.42      00 08 20  48.3 -21.0  2.4     130.3   -11     7771   14 01 26
14 02 00  ---          00 09 05  48.2 -21.0  2.4     130.0    34     7773   14 01 16

14 02 00  2201+676     00 09 05  48.4 -17.1  2.1     137.6   -11     7773   14 02 11
14 02 45  ---          00 09 50  48.4 -17.2  2.1     137.4    34     7776   14 02 01

14 02 45  G105.42      00 09 50  48.2 -21.1  2.4     129.8   -11     7776   14 02 56
14 03 30  ---          00 10 35  48.1 -21.2  2.4     129.6    34     7778   14 02 46

14 03 30  2201+676     00 10 35  48.3 -17.3  2.1     137.1   -11     7778   14 03 41
14 04 15  ---          00 11 20  48.3 -17.3  2.1     136.9    34     7780   14 03 31

14 04 15  G105.42      00 11 20  48.0 -21.2  2.5     129.4   -11     7780   14 04 26
14 05 00  ---          00 12 05  48.0 -21.3  2.5     129.1    34     7782   14 04 16

14 05 00  2201+676     00 12 05  48.2 -17.4  2.1     136.7   -11     7782   14 05 11
14 05 45  ---          00 12 50  48.2 -17.5  2.2     136.4    34     7784   14 05 01

14 05 45  G105.42      00 12 50  47.9 -21.4  2.5     128.9   -11     7784   14 05 56
14 06 30  ---          00 13 35  47.9 -21.5  2.5     128.7    34     7787   14 05 46

14 06 30  2201+676     00 13 35  48.1 -17.6  2.2     136.2   -11     7787   14 06 41
14 07 15  ---          00 14 21  48.1 -17.6  2.2     136.0    34     7789   14 06 31

14 07 15  G105.42      00 14 21  47.8 -21.5  2.5     128.5   -11     7789   14 07 26
14 08 00  ---          00 15 06  47.8 -21.6  2.5     128.2    34     7791   14 07 16

14 08 00  2201+676     00 15 06  48.0 -17.7  2.2     135.8   -11     7791   14 08 11
14 08 45  ---          00 15 51  48.0 -17.8  2.2     135.5    34     7793   14 08 01

14 08 45  G105.42      00 15 51  47.7 -21.7  2.5     128.0   -11     7793   14 08 56
14 09 30  ---          00 16 36  47.6 -21.7  2.5     127.8    34     7795   14 08 46

14 09 30  2201+676     00 16 36  47.9 -17.9  2.2     135.3   -11     7795   14 09 41
14 10 15  ---          00 17 21  47.9 -17.9  2.2     135.1    34     7798   14 09 31
Schedule for VLBA_FD   (Code Fd )                                   Page  79
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Wed   7 Jun 2023   Day 158 ---

14 10 15  G105.42      00 17 21  47.6 -21.8  2.6     127.6   -11     7798   14 10 26
14 11 00  ---          00 18 06  47.5 -21.9  2.6     127.3    34     7800   14 10 16

14 11 00  2201+676     00 18 06  47.8 -18.0  2.2     134.8   -11     7800   14 11 11
14 11 45  ---          00 18 51  47.8 -18.1  2.3     134.6    34     7802   14 11 01

14 11 45  G105.42      00 18 51  47.5 -21.9  2.6     127.1   -11     7802   14 11 56
14 12 30  ---          00 19 36  47.4 -22.0  2.6     126.9    34     7804   14 11 46

14 12 30  2201+676     00 19 36  47.7 -18.2  2.3     134.4   -11     7804   14 12 41
14 13 15  ---          00 20 22  47.7 -18.2  2.3     134.1    34     7806   14 12 31

14 13 15  G105.42      00 20 22  47.3 -22.1  2.6     126.7   -11     7806   14 13 26
14 14 00  ---          00 21 07  47.3 -22.1  2.6     126.5    34     7808   14 13 16

14 17 00  J2202+4216   00 24 07  59.7 -57.4  2.3     101.2   147     7808   14 17 00
14 26 00  =VR422201    00 33 09  58.1 -57.9  2.5      99.2   540     7843   14 17 01

14 26 00  3C48         00 33 09  75.8  75.0 -1.1     -96.3  -102     7843   14 27 42
14 35 00  ---          00 42 10  77.7  73.9 -0.9     -98.5   438     7871   14 26 01

14 38 00  G105.42      00 45 11  45.2 -24.1  3.0     119.6   102     7871   14 38 00
14 43 00  ---          00 50 11  44.8 -24.4  3.1     118.2   300     7891   14 38 01

14 43 00  2158+658     00 50 11  46.2 -23.2  2.8     122.8   -11     7891   14 43 11
14 43 45  ---          00 50 57  46.1 -23.3  2.8     122.6    34     7893   14 43 01

14 43 45  G105.42      00 50 57  44.7 -24.5  3.1     118.0   -11     7893   14 43 56
14 44 30  ---          00 51 42  44.7 -24.5  3.1     117.8    34     7895   14 43 46

14 44 30  2158+658     00 51 42  46.1 -23.3  2.9     122.4   -11     7895   14 44 41
14 45 15  ---          00 52 27  46.0 -23.4  2.9     122.1    34     7897   14 44 31

14 45 15  G105.42      00 52 27  44.6 -24.6  3.1     117.6   -11     7897   14 45 26
14 46 00  ---          00 53 12  44.5 -24.6  3.2     117.4    34     7900   14 45 16

14 46 00  2158+658     00 53 12  46.0 -23.4  2.9     121.9   -11     7900   14 46 11
14 46 45  ---          00 53 57  45.9 -23.5  2.9     121.7    34     7902   14 46 01

14 46 45  G105.42      00 53 57  44.5 -24.7  3.2     117.1   -11     7902   14 46 56
14 47 30  ---          00 54 42  44.4 -24.7  3.2     116.9    34     7904   14 46 46

14 47 30  2158+658     00 54 42  45.8 -23.6  2.9     121.5   -11     7904   14 47 41
14 48 15  ---          00 55 27  45.8 -23.6  2.9     121.3    34     7906   14 47 31
Schedule for VLBA_FD   (Code Fd )                                   Page  80
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Wed   7 Jun 2023   Day 158 ---

14 48 15  G105.42      00 55 27  44.3 -24.7  3.2     116.7   -11     7906   14 48 26
14 49 00  ---          00 56 12  44.3 -24.8  3.2     116.5    34     7908   14 48 16

14 49 00  2158+658     00 56 12  45.7 -23.7  2.9     121.1   -11     7908   14 49 11
14 49 45  ---          00 56 58  45.6 -23.7  2.9     120.9    34     7911   14 49 01

14 49 45  G105.42      00 56 58  44.2 -24.8  3.2     116.3   -11     7911   14 49 56
14 50 30  ---          00 57 43  44.1 -24.9  3.2     116.1    34     7913   14 49 46

14 50 30  2158+658     00 57 43  45.6 -23.8  3.0     120.6   -11     7913   14 50 41
14 51 15  ---          00 58 28  45.5 -23.8  3.0     120.4    34     7915   14 50 31

14 51 15  G105.42      00 58 28  44.1 -24.9  3.2     115.9   -11     7915   14 51 26
14 52 00  ---          00 59 13  44.0 -25.0  3.3     115.7    34     7917   14 51 16

14 52 00  2201+676     00 59 13  44.8 -21.5  2.9     122.8   -10     7917   14 52 10
14 52 45  ---          00 59 58  44.8 -21.6  2.9     122.6    35     7919   14 52 01

14 52 45  G105.42      00 59 58  43.9 -25.0  3.3     115.5   -10     7919   14 52 55
14 53 30  ---          01 00 43  43.8 -25.1  3.3     115.3    35     7922   14 52 46

14 53 30  2201+676     01 00 43  44.7 -21.6  2.9     122.3   -10     7922   14 53 40
14 54 15  ---          01 01 28  44.7 -21.7  3.0     122.1    35     7924   14 53 31

14 54 15  G105.42      01 01 28  43.8 -25.1  3.3     115.1   -10     7924   14 54 25
14 55 00  ---          01 02 13  43.7 -25.2  3.3     114.9    35     7926   14 54 16

14 55 00  2201+676     01 02 13  44.6 -21.7  3.0     121.9   -10     7926   14 55 10
14 55 45  ---          01 02 59  44.5 -21.8  3.0     121.7    35     7928   14 55 01

14 55 45  G105.42      01 02 59  43.6 -25.2  3.3     114.7   -10     7928   14 55 55
14 56 30  ---          01 03 44  43.6 -25.2  3.3     114.5    35     7931   14 55 46

14 56 30  2201+676     01 03 44  44.5 -21.8  3.0     121.5   -10     7931   14 56 40
14 57 15  ---          01 04 29  44.4 -21.9  3.0     121.3    35     7933   14 56 31

14 57 15  G105.42      01 04 29  43.5 -25.3  3.3     114.3   -10     7933   14 57 25
14 58 00  ---          01 05 14  43.4 -25.3  3.4     114.1    35     7935   14 57 16

14 58 00  2201+676     01 05 14  44.4 -21.9  3.0     121.1   -10     7935   14 58 10
14 58 45  ---          01 05 59  44.3 -22.0  3.0     120.9    35     7937   14 58 01

14 58 45  G105.42      01 05 59  43.4 -25.4  3.4     113.9   -10     7937   14 58 55
14 59 30  ---          01 06 44  43.3 -25.4  3.4     113.7    35     7940   14 58 46
Schedule for VLBA_FD   (Code Fd )                                   Page  81
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Wed   7 Jun 2023   Day 158 ---

14 59 30  2201+676     01 06 44  44.2 -22.0  3.0     120.7   -10     7940   14 59 40
15 00 15  ---          01 07 29  44.2 -22.1  3.1     120.5    35     7942   14 59 31

15 00 15  G105.42      01 07 29  43.2 -25.5  3.4     113.5   -10     7942   15 00 25
15 01 00  ---          01 08 14  43.2 -25.5  3.4     113.3    35     7944   15 00 16

15 01 00  2158+658     01 08 14  44.6 -24.5  3.1     117.7   -11     7944   15 01 11
15 01 45  ---          01 08 59  44.6 -24.6  3.1     117.5    34     7946   15 01 01

15 01 45  G105.42      01 08 59  43.1 -25.5  3.4     113.1   -11     7946   15 01 56
15 02 30  ---          01 09 45  43.0 -25.6  3.4     112.9    34     7949   15 01 46

15 02 30  2158+658     01 09 45  44.5 -24.6  3.2     117.3   -11     7949   15 02 41
15 03 15  ---          01 10 30  44.4 -24.7  3.2     117.1    34     7951   15 02 31

15 03 15  G105.42      01 10 30  42.9 -25.6  3.4     112.7   -11     7951   15 03 26
15 04 00  ---          01 11 15  42.9 -25.7  3.5     112.5    34     7953   15 03 16

15 04 00  2158+658     01 11 15  44.4 -24.7  3.2     116.9   -11     7953   15 04 11
15 04 45  ---          01 12 00  44.3 -24.8  3.2     116.7    34     7955   15 04 01

15 04 45  G105.42      01 12 00  42.8 -25.7  3.5     112.3   -11     7955   15 04 56
15 05 30  ---          01 12 45  42.7 -25.7  3.5     112.1    34     7957   15 04 46

15 05 30  2158+658     01 12 45  44.2 -24.8  3.2     116.5   -11     7957   15 05 41
15 06 15  ---          01 13 30  44.2 -24.8  3.2     116.3    34     7959   15 05 31

15 06 15  G105.42      01 13 30  42.7 -25.8  3.5     111.9   -11     7959   15 06 26
15 07 00  ---          01 14 15  42.6 -25.8  3.5     111.7    34     7962   15 06 16

15 07 00  2158+658     01 14 15  44.1 -24.9  3.2     116.1   -11     7962   15 07 11
15 07 45  ---          01 15 00  44.0 -24.9  3.2     115.9    34     7964   15 07 01

15 07 45  G105.42      01 15 00  42.5 -25.9  3.5     111.5   -11     7964   15 07 56
15 08 30  ---          01 15 46  42.5 -25.9  3.5     111.3    34     7966   15 07 46

15 08 30  2158+658     01 15 46  44.0 -25.0  3.3     115.7   -11     7966   15 08 41
15 09 15  ---          01 16 31  43.9 -25.0  3.3     115.5    34     7968   15 08 31

15 09 15  G105.42      01 16 31  42.4 -25.9  3.5     111.1   -11     7968   15 09 26
15 10 00  ---          01 17 16  42.3 -26.0  3.6     110.9    34     7970   15 09 16

15 10 00  2201+676     01 17 16  43.4 -22.7  3.2     117.8   -10     7970   15 10 10
15 10 45  ---          01 18 01  43.3 -22.8  3.2     117.6    35     7973   15 10 01
Schedule for VLBA_FD   (Code Fd )                                   Page  82
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Wed   7 Jun 2023   Day 158 ---

15 10 45  G105.42      01 18 01  42.2 -26.0  3.6     110.7   -10     7973   15 10 55
15 11 30  ---          01 18 46  42.2 -26.0  3.6     110.5    35     7975   15 10 46

15 11 30  2201+676     01 18 46  43.3 -22.8  3.2     117.3   -10     7975   15 11 40
15 12 15  ---          01 19 31  43.2 -22.8  3.3     117.1    35     7977   15 11 31

15 12 15  G105.42      01 19 31  42.1 -26.1  3.6     110.3   -10     7977   15 12 25
15 13 00  ---          01 20 16  42.0 -26.1  3.6     110.1    35     7979   15 12 16

15 13 00  2201+676     01 20 16  43.1 -22.9  3.3     116.9   -10     7979   15 13 10
15 13 45  ---          01 21 01  43.1 -22.9  3.3     116.7    35     7982   15 13 01

15 13 45  G105.42      01 21 01  42.0 -26.1  3.6     109.9   -10     7982   15 13 55
15 14 30  ---          01 21 47  41.9 -26.2  3.6     109.7    35     7984   15 13 46

15 14 30  2201+676     01 21 47  43.0 -23.0  3.3     116.5   -10     7984   15 14 40
15 15 15  ---          01 22 32  42.9 -23.0  3.3     116.3    35     7986   15 14 31

15 15 15  G105.42      01 22 32  41.8 -26.2  3.6     109.5   -10     7986   15 15 25
15 16 00  ---          01 23 17  41.7 -26.2  3.7     109.3    35     7988   15 15 16

15 16 00  2201+676     01 23 17  42.9 -23.1  3.3     116.1   -10     7988   15 16 10
15 16 45  ---          01 24 02  42.8 -23.1  3.3     115.9    35     7991   15 16 01

15 16 45  G105.42      01 24 02  41.7 -26.3  3.7     109.1   -10     7991   15 16 55
15 17 30  ---          01 24 47  41.6 -26.3  3.7     109.0    35     7993   15 16 46

15 17 30  2201+676     01 24 47  42.8 -23.1  3.4     115.7   -10     7993   15 17 40
15 18 15  ---          01 25 32  42.7 -23.2  3.4     115.5    35     7995   15 17 31

15 18 15  G105.42      01 25 32  41.5 -26.3  3.7     108.8   -10     7995   15 18 25
15 19 00  ---          01 26 17  41.5 -26.4  3.7     108.6    35     7997   15 18 16

15 22 00  J2202+4216   01 29 18  47.7 -59.1  3.4      88.8   149     7997   15 22 00
15 30 00  =VR422201    01 37 19  46.2 -59.0  3.6      87.5   480     8028   15 22 01

15 30 00  3C84         01 37 19  66.4  55.1 -1.7    -109.3   -89     8028   15 31 29
15 43 00  ---          01 50 21  68.7  52.8 -1.5    -113.7   691     8073   15 30 01

15 43 00  G105.42      01 50 21  39.1 -27.2  4.1     102.5   -66     8073   15 44 06
15 48 00  ---          01 55 22  38.6 -27.4  4.2     101.3   234     8088   15 43 01

15 48 00  2158+658     01 55 22  40.2 -26.9  3.9     105.3   -11     8088   15 48 11
15 48 45  ---          01 56 07  40.2 -26.9  3.9     105.2    34     8090   15 48 01
Schedule for VLBA_FD   (Code Fd )                                   Page  83
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Wed   7 Jun 2023   Day 158 ---

15 48 45  G105.42      01 56 07  38.5 -27.4  4.2     101.1   -11     8090   15 48 56
15 49 30  ---          01 56 52  38.5 -27.4  4.2     100.9    34     8092   15 48 46

15 49 30  2158+658     01 56 52  40.1 -26.9  3.9     105.0   -11     8092   15 49 41
15 50 15  ---          01 57 37  40.0 -26.9  4.0     104.8    34     8095   15 49 31

15 50 15  G105.42      01 57 37  38.4 -27.4  4.2     100.7   -11     8095   15 50 26
15 51 00  ---          01 58 23  38.3 -27.4  4.2     100.5    34     8097   15 50 16

15 51 00  2158+658     01 58 23  39.9 -27.0  4.0     104.6   -11     8097   15 51 11
15 51 45  ---          01 59 08  39.9 -27.0  4.0     104.4    34     8099   15 51 01

15 51 45  G105.42      01 59 08  38.3 -27.5  4.3     100.4   -11     8099   15 51 56
15 52 30  ---          01 59 53  38.2 -27.5  4.3     100.2    34     8101   15 51 46

15 52 30  2158+658     01 59 53  39.8 -27.0  4.0     104.2   -11     8101   15 52 41
15 53 15  ---          02 00 38  39.7 -27.0  4.0     104.0    34     8103   15 52 31

15 53 15  G105.42      02 00 38  38.1 -27.5  4.3     100.0   -11     8103   15 53 26
15 54 00  ---          02 01 23  38.0 -27.5  4.3      99.8    34     8105   15 53 16

15 54 00  2158+658     02 01 23  39.6 -27.1  4.0     103.8   -11     8105   15 54 11
15 54 45  ---          02 02 08  39.6 -27.1  4.0     103.6    34     8108   15 54 01

15 54 45  G105.42      02 02 08  38.0 -27.5  4.3      99.6   -11     8108   15 54 56
15 55 30  ---          02 02 53  37.9 -27.5  4.3      99.5    34     8110   15 54 46

15 55 30  2158+658     02 02 53  39.5 -27.1  4.0     103.5   -11     8110   15 55 41
15 56 15  ---          02 03 38  39.4 -27.1  4.1     103.3    34     8112   15 55 31

15 56 15  G105.42      02 03 38  37.8 -27.6  4.3      99.3   -11     8112   15 56 26
15 57 00  ---          02 04 24  37.7 -27.6  4.3      99.1    34     8114   15 56 16

15 57 00  2201+676     02 04 24  39.3 -24.9  4.0     105.4   -11     8114   15 57 11
15 57 45  ---          02 05 09  39.2 -24.9  4.0     105.2    34     8116   15 57 01

15 57 45  G105.42      02 05 09  37.7 -27.6  4.4      98.9   -11     8116   15 57 56
15 58 30  ---          02 05 54  37.6 -27.6  4.4      98.7    34     8119   15 57 46

15 58 30  2201+676     02 05 54  39.1 -24.9  4.0     105.0   -11     8119   15 58 41
15 59 15  ---          02 06 39  39.1 -24.9  4.0     104.8    34     8121   15 58 31

15 59 15  G105.42      02 06 39  37.5 -27.6  4.4      98.5   -11     8121   15 59 26
16 00 00  ---          02 07 24  37.4 -27.6  4.4      98.4    34     8123   15 59 16
Schedule for VLBA_FD   (Code Fd )                                   Page  84
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Wed   7 Jun 2023   Day 158 ---

16 00 00  2201+676     02 07 24  39.0 -25.0  4.1     104.6   -11     8123   16 00 11
16 00 45  ---          02 08 09  38.9 -25.0  4.1     104.5    34     8125   16 00 01

16 00 45  G105.42      02 08 09  37.4 -27.6  4.4      98.2   -11     8125   16 00 56
16 01 30  ---          02 08 54  37.3 -27.7  4.4      98.0    34     8127   16 00 46

16 01 30  2201+676     02 08 54  38.9 -25.0  4.1     104.3   -11     8127   16 01 41
16 02 15  ---          02 09 39  38.8 -25.0  4.1     104.1    34     8130   16 01 31

16 02 15  G105.42      02 09 39  37.2 -27.7  4.4      97.8   -11     8130   16 02 26
16 03 00  ---          02 10 25  37.1 -27.7  4.4      97.6    34     8132   16 02 16

16 03 00  2201+676     02 10 25  38.7 -25.1  4.1     103.9   -11     8132   16 03 11
16 03 45  ---          02 11 10  38.7 -25.1  4.1     103.7    34     8134   16 03 01

16 03 45  G105.42      02 11 10  37.1 -27.7  4.5      97.5   -11     8134   16 03 56
16 04 30  ---          02 11 55  37.0 -27.7  4.5      97.3    34     8136   16 03 46

16 04 30  2201+676     02 11 55  38.6 -25.1  4.1     103.5   -11     8136   16 04 41
16 05 15  ---          02 12 40  38.5 -25.1  4.1     103.3    34     8138   16 04 31

16 05 15  G105.42      02 12 40  36.9 -27.7  4.5      97.1   -11     8138   16 05 26
16 06 00  ---          02 13 25  36.8 -27.7  4.5      96.9    34     8141   16 05 16

16 06 00  2158+658     02 13 25  38.5 -27.4  4.2     100.9   -11     8141   16 06 11
16 06 45  ---          02 14 10  38.4 -27.4  4.2     100.7    34     8143   16 06 01

16 06 45  G105.42      02 14 10  36.8 -27.7  4.5      96.7   -11     8143   16 06 56
16 07 30  ---          02 14 55  36.7 -27.8  4.5      96.6    34     8145   16 06 46

16 07 30  2158+658     02 14 55  38.3 -27.4  4.2     100.5   -11     8145   16 07 41
16 08 15  ---          02 15 40  38.2 -27.5  4.3     100.3    34     8147   16 07 31

16 08 15  G105.42      02 15 40  36.6 -27.8  4.5      96.4   -11     8147   16 08 26
16 09 00  ---          02 16 26  36.5 -27.8  4.5      96.2    34     8149   16 08 16

16 09 00  2158+658     02 16 26  38.2 -27.5  4.3     100.1   -11     8149   16 09 11
16 09 45  ---          02 17 11  38.1 -27.5  4.3     100.0    34     8151   16 09 01

16 09 45  G105.42      02 17 11  36.5 -27.8  4.6      96.0   -11     8151   16 09 56
16 10 30  ---          02 17 56  36.4 -27.8  4.6      95.9    34     8154   16 09 46

16 10 30  2158+658     02 17 56  38.0 -27.5  4.3      99.8   -11     8154   16 10 41
16 11 15  ---          02 18 41  37.9 -27.5  4.3      99.6    34     8156   16 10 31
Schedule for VLBA_FD   (Code Fd )                                   Page  85
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Wed   7 Jun 2023   Day 158 ---

16 11 15  G105.42      02 18 41  36.3 -27.8  4.6      95.7   -11     8156   16 11 26
16 12 00  ---          02 19 26  36.2 -27.8  4.6      95.5    34     8158   16 11 16

16 12 00  2158+658     02 19 26  37.9 -27.5  4.3      99.4   -11     8158   16 12 11
16 12 45  ---          02 20 11  37.8 -27.6  4.3      99.2    34     8160   16 12 01

16 12 45  G105.42      02 20 11  36.1 -27.8  4.6      95.3   -11     8160   16 12 56
16 13 30  ---          02 20 56  36.1 -27.8  4.6      95.1    34     8162   16 12 46

16 13 30  2158+658     02 20 56  37.7 -27.6  4.3      99.0   -11     8162   16 13 41
16 14 15  ---          02 21 41  37.6 -27.6  4.4      98.9    34     8165   16 13 31

16 14 15  G105.42      02 21 41  36.0 -27.8  4.6      95.0   -11     8165   16 14 26
16 15 00  ---          02 22 27  35.9 -27.8  4.6      94.8    34     8167   16 14 16

16 15 00  2201+676     02 22 27  37.6 -25.4  4.3     100.9   -11     8167   16 15 11
16 15 45  ---          02 23 12  37.6 -25.4  4.3     100.7    34     8169   16 15 01

16 15 45  G105.42      02 23 12  35.8 -27.9  4.7      94.6   -11     8169   16 15 56
16 16 30  ---          02 23 57  35.8 -27.9  4.7      94.4    34     8171   16 15 46

16 16 30  2201+676     02 23 57  37.5 -25.4  4.3     100.5   -11     8171   16 16 41
16 17 15  ---          02 24 42  37.4 -25.4  4.3     100.4    34     8173   16 16 31

16 17 15  G105.42      02 24 42  35.7 -27.9  4.7      94.3   -11     8173   16 17 26
16 18 00  ---          02 25 27  35.6 -27.9  4.7      94.1    34     8176   16 17 16

16 18 00  2201+676     02 25 27  37.3 -25.4  4.4     100.2   -11     8176   16 18 11
16 18 45  ---          02 26 12  37.3 -25.4  4.4     100.0    34     8178   16 18 01

16 18 45  G105.42      02 26 12  35.5 -27.9  4.7      93.9   -11     8178   16 18 56
16 19 30  ---          02 26 57  35.5 -27.9  4.7      93.7    34     8180   16 18 46

16 19 30  2201+676     02 26 57  37.2 -25.5  4.4      99.8   -11     8180   16 19 41
16 20 15  ---          02 27 42  37.1 -25.5  4.4      99.6    34     8182   16 19 31

16 20 15  G105.42      02 27 42  35.4 -27.9  4.7      93.6   -11     8182   16 20 26
16 21 00  ---          02 28 28  35.3 -27.9  4.7      93.4    34     8184   16 20 16

16 21 00  2201+676     02 28 28  37.1 -25.5  4.4      99.4   -11     8184   16 21 11
16 21 45  ---          02 29 13  37.0 -25.5  4.4      99.3    34     8187   16 21 01

16 21 45  G105.42      02 29 13  35.2 -27.9  4.8      93.2   -12     8187   16 21 57
16 22 30  ---          02 29 58  35.2 -27.9  4.8      93.0    33     8189   16 21 46
Schedule for VLBA_FD   (Code Fd )                                   Page  86
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Wed   7 Jun 2023   Day 158 ---

16 22 30  2201+676     02 29 58  36.9 -25.5  4.4      99.1   -11     8189   16 22 41
16 23 15  ---          02 30 43  36.9 -25.5  4.4      98.9    34     8191   16 22 31

16 23 15  G105.42      02 30 43  35.1 -27.9  4.8      92.9   -12     8191   16 23 27
16 24 00  ---          02 31 28  35.0 -27.9  4.8      92.7    33     8193   16 23 16

16 24 00  2158+658     02 31 28  36.7 -27.7  4.5      96.5   -11     8193   16 24 11
16 24 45  ---          02 32 13  36.6 -27.8  4.5      96.4    34     8195   16 24 01

16 24 45  G105.42      02 32 13  34.9 -27.9  4.8      92.5   -11     8195   16 24 56
16 25 30  ---          02 32 58  34.9 -27.9  4.8      92.3    34     8197   16 24 46

16 25 30  2158+658     02 32 58  36.5 -27.8  4.5      96.2   -11     8197   16 25 41
16 26 15  ---          02 33 43  36.4 -27.8  4.6      96.0    34     8200   16 25 31

16 26 15  G105.42      02 33 43  34.8 -27.9  4.8      92.2   -11     8200   16 26 26
16 27 00  ---          02 34 28  34.7 -27.9  4.8      92.0    34     8202   16 26 16

16 27 00  2158+658     02 34 28  36.4 -27.8  4.6      95.8   -11     8202   16 27 11
16 27 45  ---          02 35 14  36.3 -27.8  4.6      95.6    34     8204   16 27 01

16 27 45  G105.42      02 35 14  34.6 -27.9  4.9      91.8   -11     8204   16 27 56
16 28 30  ---          02 35 59  34.6 -27.9  4.9      91.6    34     8206   16 27 46

16 28 30  2158+658     02 35 59  36.2 -27.8  4.6      95.5   -11     8206   16 28 41
16 29 15  ---          02 36 44  36.1 -27.8  4.6      95.3    34     8208   16 28 31

16 29 15  G105.42      02 36 44  34.5 -27.9  4.9      91.5   -11     8208   16 29 26
16 30 00  ---          02 37 29  34.4 -27.9  4.9      91.3    34     8210   16 29 16

16 30 00  2158+658     02 37 29  36.1 -27.8  4.6      95.1   -11     8210   16 30 11
16 30 45  ---          02 38 14  36.0 -27.8  4.6      94.9    34     8213   16 30 01

16 30 45  G105.42      02 38 14  34.3 -27.9  4.9      91.1   -11     8213   16 30 56
16 31 30  ---          02 38 59  34.3 -27.9  4.9      90.9    34     8215   16 30 46

16 31 30  2158+658     02 38 59  35.9 -27.8  4.6      94.8   -11     8215   16 31 41
16 32 15  ---          02 39 44  35.8 -27.8  4.7      94.6    34     8217   16 31 31

16 32 15  G105.42      02 39 44  34.2 -27.9  4.9      90.8   -11     8217   16 32 26
16 33 00  ---          02 40 29  34.1 -27.9  4.9      90.6    34     8219   16 32 16

16 33 00  2158+658     02 40 29  35.8 -27.9  4.7      94.4   -11     8219   16 33 11
16 33 45  ---          02 41 15  35.7 -27.9  4.7      94.2    34     8221   16 33 01
Schedule for VLBA_FD   (Code Fd )                                   Page  87
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Wed   7 Jun 2023   Day 158 ---

16 33 45  G105.42      02 41 15  34.0 -27.9  5.0      90.4   -11     8221   16 33 56
16 34 30  ---          02 42 00  34.0 -27.9  5.0      90.3    34     8224   16 33 46

16 34 30  2158+658     02 42 00  35.6 -27.9  4.7      94.1   -11     8224   16 34 41
16 35 15  ---          02 42 45  35.5 -27.9  4.7      93.9    34     8226   16 34 31

16 35 15  G105.42      02 42 45  33.9 -28.0  5.0      90.1   -11     8226   16 35 26
16 36 00  ---          02 43 30  33.8 -28.0  5.0      89.9    34     8228   16 35 16

16 36 00  2158+658     02 43 30  35.5 -27.9  4.7      93.7   -11     8228   16 36 11
16 36 45  ---          02 44 15  35.4 -27.9  4.7      93.5    34     8230   16 36 01

16 36 45  G105.42      02 44 15  33.7 -27.9  5.0      89.7   -11     8230   16 36 56
16 37 30  ---          02 45 00  33.6 -27.9  5.0      89.6    34     8232   16 36 46

16 37 30  2158+658     02 45 00  35.3 -27.9  4.7      93.3   -11     8232   16 37 41
16 38 15  ---          02 45 45  35.2 -27.9  4.8      93.2    34     8235   16 37 31

16 38 15  G105.42      02 45 45  33.6 -27.9  5.0      89.4   -11     8235   16 38 26
16 39 00  ---          02 46 30  33.5 -27.9  5.0      89.2    34     8237   16 38 16

16 39 00  2201+676     02 46 30  35.4 -25.8  4.7      95.1   -12     8237   16 39 12
16 39 45  ---          02 47 16  35.3 -25.8  4.7      94.9    33     8239   16 39 01

16 39 45  G105.42      02 47 16  33.4 -27.9  5.1      89.1   -12     8239   16 39 57
16 40 30  ---          02 48 01  33.3 -27.9  5.1      88.9    33     8241   16 39 46

16 40 30  2201+676     02 48 01  35.3 -25.8  4.7      94.7   -12     8241   16 40 42
16 41 15  ---          02 48 46  35.2 -25.8  4.7      94.6    33     8243   16 40 31

16 41 15  G105.42      02 48 46  33.3 -27.9  5.1      88.7   -12     8243   16 41 27
16 42 00  ---          02 49 31  33.2 -27.9  5.1      88.5    33     8245   16 41 16

16 42 00  2201+676     02 49 31  35.1 -25.8  4.8      94.4   -12     8245   16 42 12
16 42 45  ---          02 50 16  35.0 -25.8  4.8      94.2    33     8247   16 42 01

16 42 45  G105.42      02 50 16  33.1 -27.9  5.1      88.4   -12     8247   16 42 57
16 43 30  ---          02 51 01  33.0 -27.9  5.1      88.2    33     8250   16 42 46

16 43 30  2201+676     02 51 01  35.0 -25.8  4.8      94.0   -12     8250   16 43 42
16 44 15  ---          02 51 46  34.9 -25.8  4.8      93.9    33     8252   16 43 31

16 44 15  G105.42      02 51 46  33.0 -27.9  5.1      88.0   -12     8252   16 44 27
16 45 00  ---          02 52 31  32.9 -27.9  5.1      87.9    33     8254   16 44 16
Schedule for VLBA_FD   (Code Fd )                                   Page  88
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Wed   7 Jun 2023   Day 158 ---

16 45 00  2201+676     02 52 31  34.8 -25.8  4.8      93.7   -12     8254   16 45 12
16 45 45  ---          02 53 17  34.8 -25.8  4.8      93.5    33     8256   16 45 01

16 45 45  G105.42      02 53 17  32.8 -27.9  5.2      87.7   -12     8256   16 45 57
16 46 30  ---          02 54 02  32.7 -27.9  5.2      87.5    33     8258   16 45 46

16 46 30  2201+676     02 54 02  34.7 -25.8  4.8      93.3   -12     8258   16 46 42
16 47 15  ---          02 54 47  34.6 -25.8  4.9      93.1    33     8260   16 46 31

16 47 15  G105.42      02 54 47  32.7 -27.9  5.2      87.4   -12     8260   16 47 27
16 48 00  ---          02 55 32  32.6 -27.9  5.2      87.2    33     8262   16 47 16

16 51 00  J2202+4216   02 58 32  31.4 -56.2  4.9      75.5   152     8262   16 51 00
16 59 00  =VR422201    03 06 34  30.0 -55.8  5.0      74.4   480     8293   16 51 01

17 02 00  G105.42      03 09 34  31.2 -27.8  5.4      84.0   152     8293   17 02 00
17 09 00  ---          03 16 35  30.5 -27.7  5.5      82.5   420     8320   17 02 01

17 09 20  G105.42      03 16 55  30.4 -27.7  5.6      82.4    14     8320   17 09 20
17 21 00  ---          03 28 37  29.3 -27.5  5.7      79.8   700     8365   17 09 21

17 21 20  G105.42      03 28 57  29.2 -27.5  5.8      79.8    14     8365   17 21 20
17 33 00  ---          03 40 39  28.1 -27.2  6.0      77.2   700     8410   17 21 21

17 33 20  G105.42      03 40 59  28.1 -27.2  6.0      77.1    14     8410   17 33 20
17 45 00  ---          03 52 41  26.9 -26.9  6.2      74.6   700     8455   17 33 21

17 45 00  G105.42      03 52 41  26.9 -26.9  6.2      74.6    -6     8455   17 45 06
17 49 00  ---          03 56 42  26.5 -26.7  6.2      73.8   234     8471   17 45 01

17 52 00  J2202+4216   03 59 42  20.8 -52.2  5.9      66.9   154     8471   17 52 00
18 00 00  =VR422201    04 07 44  19.4 -51.5  6.1      65.8   480     8501   17 52 01

18 03 00  G105.42      04 10 44  25.2 -26.3  6.5      70.8   154     8501   18 03 00
18 08 00  ---          04 15 45  24.7 -26.1  6.5      69.7   300     8521   18 03 01

18 08 00  G105.42      04 15 45  24.7 -26.1  6.5      69.7    -6     8521   18 08 06
18 12 00  ---          04 19 46  24.3 -25.9  6.6      68.8   234     8536   18 08 01

18 12 20  G105.42      04 20 06  24.3 -25.9  6.6      68.8    14     8536   18 12 20
18 24 00  ---          04 31 48  23.2 -25.4  6.8      66.3   700     8581   18 12 21

18 24 20  G105.42      04 32 08  23.2 -25.4  6.8      66.2    14     8581   18 24 20
18 36 00  ---          04 43 50  22.1 -24.9  7.0      63.7   700     8626   18 24 21
Schedule for VLBA_FD   (Code Fd )                                   Page  89
               THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Wed   7 Jun 2023   Day 158 ---

18 36 20  G105.42      04 44 10  22.1 -24.8  7.0      63.7    14     8626   18 36 20
18 48 00  ---          04 55 52  21.0 -24.3  7.2      61.2   700     8671   18 36 21

18 51 00  J2202+4216   04 58 52  11.1 -47.0  6.9      58.4   153     8671   18 51 00
18 59 00  =VR422201    05 06 53   9.8 -46.2  7.1      57.2   480     8702   18 51 01


SETUP FILE INFORMATION:
   NOTE: If DOPPLER, FREQ, or BW were used, see the individual scans for the final BBC settings.


 ======== Setup file: sess223.K512lineglob
   Matching groups in /home/guest/rmc/SCHED/sched11.6/catalogs/freq_RDBE.dat:
     v1cm_b3

   Setup group:    2         Station: VLBA_FD           Total bit rate:   512
   Format: VDIF              Bits per sample: 2         Sample rate: 32.000
   Number of channels:  8    DBE type: RDBE_DDC         Speedup factor:   1.00

   Disk used to record data.

   1st LO=  21500.00  21500.00  21500.00  21500.00  21500.00  21500.00  21500.00  21500.00
   Net SB=         U         U         U         U         U         U         U         U
   IF SB =         U         U         U         U         U         U         U         U
   Pol.  =      RCP       LCP       RCP       LCP       RCP       LCP       RCP       LCP 
   BBC   =         1         2         3         4         5         6         7         8
   BBC SB=         U         U         U         U         U         U         U         U
   IF    =        B         D         B         D         B         D         B         D 

   VLBA FE=     omit     1cm      omit     1cm 
   VLBA Synth=   9.1      6.1     12.4

  The following frequency sets based on these setups were used.
     See the crd files for VLBA legacy system setups and pcal detection details.

  Frequency Set:   8  Based on FREQ, BW, and/or DOPPLER in schedule.  Used with PCAL = off
   LO sum=   22201.00  22201.00  22217.00  22217.00  22233.00  22233.00  22249.00  22249.00
   BBC fr=     701.00    701.00    717.00    717.00    733.00    733.00    749.00    749.00
   Bandwd=      16.00     16.00     16.00     16.00     16.00     16.00     16.00     16.00
   VLBA legacy crd files using  4 channels based on RDBE channels:   3  4  5  6
   CRD fr=     717.00    717.00    733.00    733.00
   CRD bw=      16.00     16.00     16.00     16.00
    Matching frequency sets:   8   9  10  11  12  13  14  15  16  21

  Frequency Set:  27  Based on FREQ, BW, and/or DOPPLER in schedule.  Used with PCAL = off
   LO sum=   22198.00  22198.00  22214.00  22214.00  22230.00  22230.00  22246.00  22246.00
   BBC fr=     698.00    698.00    714.00    714.00    730.00    730.00    746.00    746.00
   Bandwd=      16.00     16.00     16.00     16.00     16.00     16.00     16.00     16.00
   VLBA legacy crd files using  4 channels based on RDBE channels:   3  4  5  6
   CRD fr=     714.00    714.00    730.00    730.00
   CRD bw=      16.00     16.00     16.00     16.00
    Matching frequency sets:  27  28  29  30  31  32  33  34  35  42

   Track assignments are: 
    track1=   1,  2,  3,  4,  5,  6,  7,  8
    barrel=roll_off 

 POSITIONS OF SOURCES USED IN RECORDING SCANS

   Source                         Source position (RA/Dec)                        Error
                        (B1950)             (J2000)             (Date)            (mas)

 * NGC7538           23 11 36.635820   * 23 13 45.370000     23 14 44.453758       0.00
                     61 11 49.76170    * 61 28 10.35000      61 35 26.72686        0.00
                     From catalog imbedded in main SCHED input file.
                     Doppler based on LSR frame and radio definition.  Velocities:
                        -57.00   -57.00   -57.00   -57.00   -57.00   -57.00   -57.00   -57.00

 * J2254+6209        22 52 27.526722   * 22 54 25.292714     22 55 19.439009       2.54
   2252+618          61 53 38.80745    * 62 09 38.72095      62 16 44.97397        1.06
   J225425.2+62      From catalog imbedded in main SCHED input file.
                     ICRF3 X/S astro solution,     77 observations.
                     Doppler based on other sources.

 * J2339+6010        23 36 58.369936   * 23 39 21.125197     23 40 26.545185       0.18
   2336+598          59 53 34.53255    * 60 10 11.84958      60 17 36.86845        0.09
   J233921.1+60      From catalog imbedded in main SCHED input file.
                     ICRF3 X/S astro solution,    584 observations.
                     Doppler based on other sources.

 * G105.42           21 41 57.364588   * 21 43 06.463000     21 43 38.674717       0.00
                     65 53 08.19372    * 66 06 55.19000      66 12 58.37333        0.00
                     From catalog imbedded in main SCHED input file.
                     Doppler based on LSR frame and radio definition.  Velocities:
                        -18.00   -18.00   -18.00   -18.00   -18.00   -18.00   -18.00   -18.00

 * 2158+658          21 58 06.593124   * 21 59 24.686232     22 00 00.871570       0.34
                     65 52 27.36530    * 66 06 52.29675      66 13 13.16022        0.14
                     From catalog imbedded in main SCHED input file.
                     rfc_2021a Petrov and Kovalev, in preparation  320 observations
                     Doppler based on other sources.

 * 2201+676          22 01 58.764791   * 22 03 12.622692     22 03 46.728213       0.28
                     67 36 14.40949    * 67 50 47.67376      67 57 12.18822        0.13
                     From catalog imbedded in main SCHED input file.
                     ICRF3 X/S astro solution,    250 observations.
                     Doppler based on other sources.

 * 3C48              01 34 49.826446   * 01 37 41.299512     01 38 59.915441       0.55
   J0137+3309        32 54 20.25968    * 33 09 35.13386      33 16 31.23368        0.56
   0134+329          /home/guest/rmc/SCHED/sched11.6/catalogs/sources.gsfc
   J0137+33          GSFC 2016a X/S astro solution,     90 observations.
                     Doppler based on other sources.

 * 3C84              03 16 29.567265   * 03 19 48.160096     03 21 18.847068       1.50
   J0319+4130        41 19 51.91692    * 41 30 42.10404      41 35 38.75092        2.86
   0316+413          /home/guest/rmc/SCHED/sched11.6/catalogs/sources.gsfc
   J0319+41          GSFC 2016a X/S astro solution,  10291 observations.
                     Doppler based on other sources.

 * 2007+777          20 07 20.430197   * 20 05 30.998526     20 04 41.872973       0.04
   J2005+7752        77 43 58.12301    * 77 52 43.24754      77 56 24.38576        0.01
   J2005+77          /home/guest/rmc/SCHED/sched11.6/catalogs/sources.gsfc
                     GSFC 2016a X/S astro solution,  15674 observations.
                     Doppler based on other sources.

   VR422201          22 00 39.362504   * 22 02 43.291371     22 03 41.024238       0.01
 * J2202+4216        42 02 08.59075    * 42 16 39.97988      42 23 08.32557        0.00
   BLLAC             /home/guest/rmc/SCHED/sched11.6/catalogs/sources.gsfc
   2200+420          GSFC 2016a X/S astro solution,  52189 observations.
   J2202+42          Doppler based on other sources.



SOURCE SCAN SUMMARY FOR SOURCES LISTED ABOVE

     Scan hours are for recording scans only. 
     Baseline hours are only counted for scans above horizon at both ends.
  Source       Setup file             Frequency sets                  Observing hours
                                   (duplicates not shown)              Scan  Baseline
  NGC7538    sess223.K512lineglob  1 2 3 4 5 6 8 17 18 19 20        22.253  2281.380
  J2254+6209 sess223.K512lineglob  8                                 1.875    59.193
  J2339+6010 sess223.K512lineglob  8                                 1.650    48.641
  G105.42    sess223.K512lineglob  22 23 24 25 26 27 36 37 38  +    22.253  2089.144
  2158+658   sess223.K512lineglob  27                                1.875    63.844
  2201+676   sess223.K512lineglob  27                                1.650    53.628
  3C48       sess223.K512lineglob  1 2 3 4 5 6 8 17 18 19 20 2 +     0.667    47.739
  3C84       sess223.K512lineglob  1 2 3 4 5 6 8 17 18 19 20 2 +     0.767    65.904
  2007+777   sess223.K512lineglob  1 2 3 4 5 6 8 17 18 19 20 2 +     0.667   109.508
  J2202+4216 sess223.K512lineglob  1 2 3 4 5 6 8 17 18 19 20 2 +     7.567   372.505


EFFECT OF SOLAR CORONA

  The solar corona can cause unstable phases for sources too close to the Sun.
  SCHED provides warnings at individual scans for distances less than 10 degrees.
  The distance from the Sun to each source in this schedule is:
    Source         Sun distance (deg) 
   NGC7538             68.3
   J2254+6209          70.4
   J2339+6010          65.3
   G105.42             76.5
   2158+658            75.0
   2201+676            74.0
   3C48                44.9
   3C84                27.8
   2007+777            75.8
   J2202+4216          84.3

  Barry Clark estimates from predictions by Ketan Desai of IPM scattering sizes 
  that the Sun will cause amplitude reductions on the  longest VLBA baselines 
  at a solar distance of 60deg F^(-0.6) where F is in GHz. 
  For common VLBI bands, this is: 
       327 MHz        117. deg 
       610 MHz         81. deg 
       1.6 GHz         45. deg 
       2.3 GHz         36. deg 
       5.0 GHz         23. deg 
       8.4 GHz         17. deg 
      15.0 GHz         12. deg 
      22.0 GHz          9. deg 
      43.0 GHz          6. deg 

