  COVER INFORMATION 

 Station:    VLBA_FD   (Code Fd ) 
 Experiment: THE VELOCITY AND MAGNETIC FIELD STRUCTURE OF THE DISK-WINDS
 Exp. Code:  GM077   


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:    mosca@arcetri.astro.it
Fax:      +39 055 220039
Phone during observation: +39 055 2752220

Observing mode: Polarization observations of 1 source at 22 GHz (256 Mb/s)

Notes:    phase-cal OFF
          source = G092.69+3.08
 
 

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
----------------------------------------------------------------------------------------

 --- Tue  27 Oct 2020   Day 301 ---

 Next scan frequencies:  22196.00  22196.00  22212.00  22212.00  22228.00  22228.00  22244.00  22244.00
 Next BBC frequencies:     696.00    696.00    712.00    712.00    728.00    728.00    744.00    744.00
 Next scan bandwidths:      16.00     16.00     16.00     16.00     16.00     16.00     16.00     16.00

16 38 20  G92.69       12 08 33   1.8  25.4 -9.0  D  -37.2     0        0   16 38 20
16 50 00  ---          12 20 15   2.9  26.8 -8.8  H  -39.5     0       45   16 38 21

16 50 20  G92.69       12 20 35   2.9  26.8 -8.8  H  -39.5    14       45   16 50 20
17 02 00  ---          12 32 17   4.1  28.1 -8.6     -41.8     0       90   16 50 21

17 02 20  G92.69       12 32 37   4.1  28.2 -8.6     -41.8    14       90   17 02 20
17 14 00  ---          12 44 19   5.3  29.5 -8.4     -44.1   700      135   17 02 21

17 28 00  G92.69       12 58 21   6.8  31.0 -8.2     -46.7   834      135   17 28 00
17 33 00  ---          13 03 22   7.4  31.5 -8.1     -47.6   300      155   17 28 01

17 33 00  G92.69       13 03 22   7.4  31.5 -8.1     -47.6    -6      155   17 33 06
17 40 00  ---          13 10 23   8.2  32.2 -8.0     -48.9   414      181   17 33 01

17 40 20  G92.69       13 10 43   8.2  32.3 -8.0     -49.0    14      181   17 40 20
17 52 00  ---          13 22 25   9.6  33.4 -7.8     -51.1   700      226   17 40 21

17 52 20  G92.69       13 22 45   9.6  33.5 -7.8     -51.2    14      226   17 52 20
18 04 00  ---          13 34 27  11.1  34.6 -7.6     -53.3   700      271   17 52 21

18 04 20  G92.69       13 34 47  11.1  34.6 -7.6     -53.3    14      271   18 04 20
18 16 00  ---          13 46 29  12.5  35.7 -7.4     -55.4   700      317   18 04 21

18 16 20  G92.69       13 46 49  12.6  35.7 -7.4     -55.5    14      317   18 16 20
18 28 00  ---          13 58 31  14.1  36.7 -7.2     -57.6   700      362   18 16 21

18 31 00  J2202+4216   14 01 32   1.2  39.5 -8.0  D  -47.9   149      362   18 31 00
18 39 00  =VR422201    14 09 33   2.3  40.5 -7.9  H  -49.2     0      393   18 31 01

18 42 00  G92.69       14 12 33  15.9  37.9 -7.0     -60.1   146      393   18 42 00
18 51 00  ---          14 21 35  17.1  38.6 -6.8     -61.7   540      427   18 42 01

18 51 20  G92.69       14 21 55  17.1  38.6 -6.8     -61.7    14      427   18 51 20
19 03 00  ---          14 33 37  18.7  39.4 -6.6     -63.8   700      472   18 51 21

19 03 20  G92.69       14 33 57  18.8  39.5 -6.6     -63.8    14      472   19 03 20
19 15 00  ---          14 45 39  20.4  40.3 -6.4     -65.9   700      517   19 03 21

19 15 20  G92.69       14 45 59  20.4  40.3 -6.4     -66.0    14      517   19 15 20
19 27 00  ---          14 57 41  22.1  41.0 -6.2     -68.0   700      563   19 15 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
----------------------------------------------------------------------------------------

 --- Tue  27 Oct 2020   Day 301 ---

19 27 20  G92.69       14 58 01  22.1  41.1 -6.2     -68.1    14      563   19 27 20
19 39 00  ---          15 09 43  23.8  41.7 -6.0     -70.1   700      608   19 27 21

19 42 00  J2202+4216   15 12 43  11.7  47.4 -6.8     -59.0   147      608   19 42 00
19 50 00  =VR422201    15 20 45  13.0  48.2 -6.7     -60.2   480      639   19 42 01

19 53 00  G92.69       15 23 45  25.8  42.5 -5.8     -72.6   148      639   19 53 00
19 58 00  ---          15 28 46  26.5  42.7 -5.7     -73.5   300      658   19 53 01

19 58 00  G92.69       15 28 46  26.5  42.7 -5.7     -73.5    -6      658   19 58 06
20 02 00  ---          15 32 47  27.1  42.9 -5.6     -74.2   234      673   19 58 01

20 02 20  G92.69       15 33 07  27.2  43.0 -5.6     -74.2    14      673   20 02 20
20 14 00  ---          15 44 49  28.9  43.5 -5.4     -76.3   700      718   20 02 21

20 14 20  G92.69       15 45 09  29.0  43.5 -5.4     -76.4    14      718   20 14 20
20 26 00  ---          15 56 50  30.7  43.9 -5.2     -78.5   700      763   20 14 21

20 29 00  J2202+4216   15 59 51  19.5  51.6 -6.1     -65.8   149      763   20 29 00
20 37 00  =VR422201    16 07 52  20.8  52.2 -5.9     -67.0   480      794   20 29 01

20 51 00  G92.69       16 21 55  34.5  44.7 -4.8     -83.0   809      794   20 51 00
20 56 00  ---          16 26 55  35.2  44.8 -4.7     -84.0   300      813   20 51 01

20 56 00  2116+543     16 26 55  34.2  42.0 -4.9     -83.8   -10      813   20 56 10
20 56 45  ---          16 27 41  34.3  42.0 -4.8     -84.0    35      816   20 56 01

20 56 45  G92.69       16 27 41  35.3  44.8 -4.7     -84.1   -10      816   20 56 55
20 57 30  ---          16 28 26  35.4  44.8 -4.7     -84.3    35      818   20 56 46

20 57 30  2116+543     16 28 26  34.4  42.0 -4.8     -84.1   -10      818   20 57 40
20 58 15  ---          16 29 11  34.5  42.0 -4.8     -84.3    35      820   20 57 31

20 58 15  G92.69       16 29 11  35.6  44.8 -4.7     -84.4   -10      820   20 58 25
20 59 00  ---          16 29 56  35.7  44.8 -4.7     -84.5    35      822   20 58 16

20 59 00  2116+543     16 29 56  34.6  42.0 -4.8     -84.4   -10      822   20 59 10
20 59 45  ---          16 30 41  34.7  42.1 -4.8     -84.6    35      825   20 59 01

20 59 45  G92.69       16 30 41  35.8  44.8 -4.7     -84.7   -10      825   20 59 55
21 00 30  ---          16 31 26  35.9  44.8 -4.6     -84.8    35      827   20 59 46

21 00 30  2116+543     16 31 26  34.8  42.1 -4.8     -84.7   -10      827   21 00 40
21 01 15  ---          16 32 11  34.9  42.1 -4.8     -84.8    35      829   21 00 31
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  27 Oct 2020   Day 301 ---

21 01 15  G92.69       16 32 11  36.0  44.9 -4.6     -85.0   -10      829   21 01 25
21 02 00  ---          16 32 56  36.1  44.9 -4.6     -85.1    35      831   21 01 16

21 02 00  2116+543     16 32 56  35.0  42.1 -4.8     -85.0   -10      831   21 02 10
21 02 45  ---          16 33 42  35.2  42.1 -4.7     -85.1    35      834   21 02 01

21 02 45  G92.69       16 33 42  36.2  44.9 -4.6     -85.2   -10      834   21 02 55
21 03 30  ---          16 34 27  36.4  44.9 -4.6     -85.4    35      836   21 02 46

21 03 30  2116+543     16 34 27  35.3  42.1 -4.7     -85.3   -10      836   21 03 40
21 04 15  ---          16 35 12  35.4  42.1 -4.7     -85.4    35      838   21 03 31

21 04 15  G92.69       16 35 12  36.5  44.9 -4.6     -85.5   -10      838   21 04 25
21 05 00  ---          16 35 57  36.6  44.9 -4.6     -85.7    35      840   21 04 16

21 05 00  2051+528     16 35 57  39.1  44.2 -4.3     -89.3   -13      840   21 05 13
21 05 45  ---          16 36 42  39.2  44.2 -4.3     -89.5    32      842   21 05 01

21 05 45  G92.69       16 36 42  36.7  44.9 -4.6     -85.8   -13      842   21 05 58
21 06 30  ---          16 37 27  36.8  44.9 -4.5     -86.0    32      845   21 05 46

21 06 30  2051+528     16 37 27  39.3  44.2 -4.3     -89.6   -13      845   21 06 43
21 07 15  ---          16 38 12  39.4  44.2 -4.3     -89.8    32      847   21 06 31

21 07 15  G92.69       16 38 12  36.9  44.9 -4.5     -86.1   -13      847   21 07 28
21 08 00  ---          16 38 57  37.0  45.0 -4.5     -86.2    32      849   21 07 16

21 08 00  2051+528     16 38 57  39.5  44.2 -4.2     -89.9   -13      849   21 08 13
21 08 45  ---          16 39 43  39.6  44.2 -4.2     -90.1    32      851   21 08 01

21 08 45  G92.69       16 39 43  37.2  45.0 -4.5     -86.4   -13      851   21 08 58
21 09 30  ---          16 40 28  37.3  45.0 -4.5     -86.5    32      853   21 08 46

21 09 30  2051+528     16 40 28  39.7  44.2 -4.2     -90.2   -13      853   21 09 43
21 10 15  ---          16 41 13  39.8  44.2 -4.2     -90.4    32      855   21 09 31

21 10 15  G92.69       16 41 13  37.4  45.0 -4.5     -86.7   -13      855   21 10 28
21 11 00  ---          16 41 58  37.5  45.0 -4.5     -86.8    32      857   21 10 16

21 11 00  2051+528     16 41 58  40.0  44.2 -4.2     -90.5   -13      857   21 11 13
21 11 45  ---          16 42 43  40.1  44.2 -4.2     -90.7    32      859   21 11 01

21 11 45  G92.69       16 42 43  37.6  45.0 -4.5     -87.0   -13      859   21 11 58
21 12 30  ---          16 43 28  37.7  45.0 -4.4     -87.1    32      861   21 11 46
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  27 Oct 2020   Day 301 ---

21 12 30  2051+528     16 43 28  40.2  44.2 -4.2     -90.8   -13      861   21 12 43
21 13 15  ---          16 44 13  40.3  44.2 -4.2     -91.0    32      863   21 12 31

21 13 15  G92.69       16 44 13  37.8  45.0 -4.4     -87.3   -13      863   21 13 28
21 14 00  ---          16 44 58  38.0  45.0 -4.4     -87.4    32      865   21 13 16

21 14 00  2116+543     16 44 58  36.8  42.2 -4.6     -87.4   -10      865   21 14 10
21 14 45  ---          16 45 43  36.9  42.2 -4.5     -87.5    35      867   21 14 01

21 14 45  G92.69       16 45 43  38.1  45.0 -4.4     -87.5   -10      867   21 14 55
21 15 30  ---          16 46 29  38.2  45.0 -4.4     -87.7    35      870   21 14 46

21 15 30  2116+543     16 46 29  37.0  42.3 -4.5     -87.7   -10      870   21 15 40
21 16 15  ---          16 47 14  37.1  42.3 -4.5     -87.8    35      872   21 15 31

21 16 15  G92.69       16 47 14  38.3  45.0 -4.4     -87.8   -10      872   21 16 25
21 17 00  ---          16 47 59  38.4  45.0 -4.4     -88.0    35      874   21 16 16

21 17 00  2116+543     16 47 59  37.2  42.3 -4.5     -88.0   -10      874   21 17 10
21 17 45  ---          16 48 44  37.3  42.3 -4.5     -88.1    35      876   21 17 01

21 17 45  G92.69       16 48 44  38.5  45.0 -4.4     -88.1   -10      876   21 17 55
21 18 30  ---          16 49 29  38.6  45.1 -4.3     -88.3    35      879   21 17 46

21 18 30  2116+543     16 49 29  37.4  42.3 -4.5     -88.3   -10      879   21 18 40
21 19 15  ---          16 50 14  37.5  42.3 -4.5     -88.4    35      881   21 18 31

21 19 15  G92.69       16 50 14  38.8  45.1 -4.3     -88.4   -10      881   21 19 25
21 20 00  ---          16 50 59  38.9  45.1 -4.3     -88.6    35      883   21 19 16

21 20 00  2116+543     16 50 59  37.7  42.3 -4.5     -88.6   -10      883   21 20 10
21 20 45  ---          16 51 44  37.8  42.3 -4.4     -88.7    35      885   21 20 01

21 20 45  G92.69       16 51 44  39.0  45.1 -4.3     -88.7   -10      885   21 20 55
21 21 30  ---          16 52 30  39.1  45.1 -4.3     -88.9    35      888   21 20 46

21 21 30  2116+543     16 52 30  37.9  42.3 -4.4     -88.9   -10      888   21 21 40
21 22 15  ---          16 53 15  38.0  42.3 -4.4     -89.0    35      890   21 21 31

21 22 15  G92.69       16 53 15  39.2  45.1 -4.3     -89.0   -10      890   21 22 25
21 23 00  ---          16 54 00  39.3  45.1 -4.3     -89.2    35      892   21 22 16

21 23 00  2051+528     16 54 00  41.8  44.2 -4.0     -93.0   -13      892   21 23 13
21 23 45  ---          16 54 45  41.9  44.2 -4.0     -93.1    32      894   21 23 01
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  27 Oct 2020   Day 301 ---

21 23 45  G92.69       16 54 45  39.4  45.1 -4.3     -89.3   -13      894   21 23 58
21 24 30  ---          16 55 30  39.6  45.1 -4.2     -89.5    32      896   21 23 46

21 24 30  2051+528     16 55 30  42.0  44.1 -4.0     -93.3   -13      896   21 24 43
21 25 15  ---          16 56 15  42.1  44.1 -4.0     -93.4    32      898   21 24 31

21 25 15  G92.69       16 56 15  39.7  45.1 -4.2     -89.6   -13      898   21 25 28
21 26 00  ---          16 57 00  39.8  45.1 -4.2     -89.7    32      900   21 25 16

21 26 00  2051+528     16 57 00  42.2  44.1 -3.9     -93.6   -13      900   21 26 13
21 26 45  ---          16 57 45  42.3  44.1 -3.9     -93.7    32      903   21 26 01

21 26 45  G92.69       16 57 45  39.9  45.1 -4.2     -89.9   -13      903   21 26 58
21 27 30  ---          16 58 31  40.0  45.1 -4.2     -90.0    32      905   21 26 46

21 27 30  2051+528     16 58 31  42.4  44.1 -3.9     -93.9   -13      905   21 27 43
21 28 15  ---          16 59 16  42.6  44.1 -3.9     -94.1    32      907   21 27 31

21 28 15  G92.69       16 59 16  40.1  45.1 -4.2     -90.2   -13      907   21 28 28
21 29 00  ---          17 00 01  40.3  45.1 -4.2     -90.3    32      909   21 28 16

21 29 00  2051+528     17 00 01  42.7  44.1 -3.9     -94.2   -13      909   21 29 13
21 29 45  ---          17 00 46  42.8  44.1 -3.9     -94.4    32      911   21 29 01

21 29 45  G92.69       17 00 46  40.4  45.1 -4.2     -90.5   -13      911   21 29 58
21 30 30  ---          17 01 31  40.5  45.1 -4.1     -90.6    32      913   21 29 46

21 30 30  2051+528     17 01 31  42.9  44.1 -3.9     -94.5   -13      913   21 30 43
21 31 15  ---          17 02 16  43.0  44.1 -3.9     -94.7    32      915   21 30 31

21 31 15  G92.69       17 02 16  40.6  45.1 -4.1     -90.8   -13      915   21 31 28
21 32 00  ---          17 03 01  40.7  45.1 -4.1     -90.9    32      917   21 31 16

21 32 00  2116+543     17 03 01  39.4  42.3 -4.3     -91.0   -11      917   21 32 11
21 32 45  ---          17 03 46  39.5  42.3 -4.2     -91.2    34      919   21 32 01

21 32 45  G92.69       17 03 46  40.8  45.1 -4.1     -91.1   -11      919   21 32 56
21 33 30  ---          17 04 32  40.9  45.1 -4.1     -91.2    34      921   21 32 46

21 33 30  2116+543     17 04 32  39.6  42.3 -4.2     -91.3   -11      921   21 33 41
21 34 15  ---          17 05 17  39.7  42.3 -4.2     -91.5    34      924   21 33 31

21 34 15  G92.69       17 05 17  41.1  45.1 -4.1     -91.4   -11      924   21 34 26
21 35 00  ---          17 06 02  41.2  45.1 -4.1     -91.6    34      926   21 34 16
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  27 Oct 2020   Day 301 ---

21 35 00  2116+543     17 06 02  39.8  42.3 -4.2     -91.6   -11      926   21 35 11
21 35 45  ---          17 06 47  39.9  42.3 -4.2     -91.8    34      928   21 35 01

21 35 45  G92.69       17 06 47  41.3  45.1 -4.1     -91.7   -11      928   21 35 56
21 36 30  ---          17 07 32  41.4  45.0 -4.0     -91.9    34      930   21 35 46

21 36 30  2116+543     17 07 32  40.1  42.3 -4.2     -91.9   -11      930   21 36 41
21 37 15  ---          17 08 17  40.2  42.3 -4.2     -92.1    34      932   21 36 31

21 37 15  G92.69       17 08 17  41.5  45.0 -4.0     -92.0   -11      932   21 37 26
21 38 00  ---          17 09 02  41.6  45.0 -4.0     -92.2    34      934   21 37 16

21 38 00  2116+543     17 09 02  40.3  42.3 -4.2     -92.3   -11      934   21 38 11
21 38 45  ---          17 09 47  40.4  42.2 -4.1     -92.4    34      937   21 38 01

21 38 45  G92.69       17 09 47  41.7  45.0 -4.0     -92.3   -11      937   21 38 56
21 39 30  ---          17 10 33  41.9  45.0 -4.0     -92.5    34      939   21 38 46

21 39 30  2116+543     17 10 33  40.5  42.2 -4.1     -92.6   -11      939   21 39 41
21 40 15  ---          17 11 18  40.6  42.2 -4.1     -92.7    34      941   21 39 31

21 40 15  G92.69       17 11 18  42.0  45.0 -4.0     -92.6   -11      941   21 40 26
21 41 00  ---          17 12 03  42.1  45.0 -4.0     -92.8    34      943   21 40 16

21 41 00  2116+543     17 12 03  40.7  42.2 -4.1     -92.9   -11      943   21 41 11
21 41 45  ---          17 12 48  40.8  42.2 -4.1     -93.0    34      945   21 41 01

21 41 45  G92.69       17 12 48  42.2  45.0 -4.0     -92.9   -11      945   21 41 56
21 42 30  ---          17 13 33  42.3  45.0 -3.9     -93.1    34      948   21 41 46

21 42 30  2116+543     17 13 33  40.9  42.2 -4.1     -93.2   -11      948   21 42 41
21 43 15  ---          17 14 18  41.0  42.2 -4.1     -93.4    34      950   21 42 31

21 43 15  G92.69       17 14 18  42.4  45.0 -3.9     -93.2   -11      950   21 43 26
21 44 00  ---          17 15 03  42.5  45.0 -3.9     -93.4    34      952   21 43 16

21 44 00  2116+543     17 15 03  41.1  42.2 -4.1     -93.5   -11      952   21 44 11
21 44 45  ---          17 15 48  41.2  42.2 -4.0     -93.7    34      954   21 44 01

21 44 45  G92.69       17 15 48  42.7  45.0 -3.9     -93.5   -11      954   21 44 56
21 45 30  ---          17 16 34  42.8  45.0 -3.9     -93.7    34      956   21 44 46

21 45 30  2116+543     17 16 34  41.4  42.2 -4.0     -93.8   -11      956   21 45 41
21 46 15  ---          17 17 19  41.5  42.2 -4.0     -94.0    34      959   21 45 31
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  27 Oct 2020   Day 301 ---

21 46 15  G92.69       17 17 19  42.9  44.9 -3.9     -93.9   -11      959   21 46 26
21 47 00  ---          17 18 04  43.0  44.9 -3.9     -94.0    34      961   21 46 16

21 47 00  2051+528     17 18 04  45.4  43.7 -3.6     -98.1   -13      961   21 47 13
21 47 45  ---          17 18 49  45.5  43.7 -3.6     -98.3    32      963   21 47 01

21 47 45  G92.69       17 18 49  43.1  44.9 -3.9     -94.2   -13      963   21 47 58
21 48 30  ---          17 19 34  43.2  44.9 -3.8     -94.3    32      965   21 47 46

21 48 30  2051+528     17 19 34  45.6  43.6 -3.6     -98.4   -13      965   21 48 43
21 49 15  ---          17 20 19  45.7  43.6 -3.6     -98.6    32      967   21 48 31

21 49 15  G92.69       17 20 19  43.3  44.9 -3.8     -94.5   -13      967   21 49 28
21 50 00  ---          17 21 04  43.5  44.9 -3.8     -94.6    32      969   21 49 16

21 50 00  2051+528     17 21 04  45.8  43.6 -3.5     -98.8   -13      969   21 50 13
21 50 45  ---          17 21 49  45.9  43.6 -3.5     -98.9    32      971   21 50 01

21 50 45  G92.69       17 21 49  43.6  44.9 -3.8     -94.8   -13      971   21 50 58
21 51 30  ---          17 22 35  43.7  44.9 -3.8     -95.0    32      973   21 50 46

21 51 30  2051+528     17 22 35  46.0  43.5 -3.5     -99.1   -13      973   21 51 43
21 52 15  ---          17 23 20  46.1  43.5 -3.5     -99.3    32      975   21 51 31

21 52 15  G92.69       17 23 20  43.8  44.8 -3.8     -95.1   -13      975   21 52 28
21 53 00  ---          17 24 05  43.9  44.8 -3.8     -95.3    32      977   21 52 16

21 53 00  2051+528     17 24 05  46.3  43.5 -3.5     -99.5   -13      977   21 53 13
21 53 45  ---          17 24 50  46.4  43.5 -3.5     -99.6    32      979   21 53 01

21 53 45  G92.69       17 24 50  44.0  44.8 -3.8     -95.4   -13      979   21 53 58
21 54 30  ---          17 25 35  44.1  44.8 -3.7     -95.6    32      981   21 53 46

21 54 30  2051+528     17 25 35  46.5  43.4 -3.5     -99.8   -13      981   21 54 43
21 55 15  ---          17 26 20  46.6  43.4 -3.5    -100.0    32      983   21 54 31

21 55 15  G92.69       17 26 20  44.3  44.8 -3.7     -95.8   -13      983   21 55 28
21 56 00  ---          17 27 05  44.4  44.8 -3.7     -95.9    32      985   21 55 16

21 59 00  J2202+4216   17 30 06  35.3  57.3 -4.6     -78.5   153      985   21 59 00
22 07 00  =VR422201    17 38 07  36.7  57.6 -4.4     -79.7   480     1016   21 59 01

22 07 15  2007+777     17 38 22  40.0   9.4 -2.4    -138.0   -27     1016   22 07 42
22 18 00  ---          17 49 09  40.4   8.8 -2.3    -141.0   618     1056   22 07 16
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  27 Oct 2020   Day 301 ---

22 18 00  G92.69       17 49 09  47.7  44.1 -3.3    -100.8   -33     1056   22 18 33
22 23 00  ---          17 54 10  48.4  43.8 -3.3    -102.0   267     1073   22 18 01

22 23 00  2116+543     17 54 10  46.7  41.1 -3.4    -102.3   -11     1073   22 23 11
22 23 45  ---          17 54 55  46.8  41.1 -3.4    -102.4    34     1076   22 23 01

22 23 45  G92.69       17 54 55  48.6  43.8 -3.3    -102.1   -11     1076   22 23 56
22 24 30  ---          17 55 40  48.7  43.8 -3.2    -102.3    34     1078   22 23 46

22 24 30  2116+543     17 55 40  47.0  41.1 -3.4    -102.6   -11     1078   22 24 41
22 25 15  ---          17 56 25  47.1  41.0 -3.4    -102.8    34     1080   22 24 31

22 25 15  G92.69       17 56 25  48.8  43.7 -3.2    -102.5   -11     1080   22 25 26
22 26 00  ---          17 57 10  48.9  43.7 -3.2    -102.7    34     1082   22 25 16

22 26 00  2116+543     17 57 10  47.2  41.0 -3.4    -103.0   -11     1082   22 26 11
22 26 45  ---          17 57 55  47.3  40.9 -3.3    -103.1    34     1084   22 26 01

22 26 45  G92.69       17 57 55  49.0  43.7 -3.2    -102.8   -11     1084   22 26 56
22 27 30  ---          17 58 40  49.1  43.6 -3.2    -103.0    34     1087   22 26 46

22 27 30  2116+543     17 58 40  47.4  40.9 -3.3    -103.3   -11     1087   22 27 41
22 28 15  ---          17 59 26  47.5  40.9 -3.3    -103.5    34     1089   22 27 31

22 28 15  G92.69       17 59 26  49.2  43.6 -3.2    -103.2   -11     1089   22 28 26
22 29 00  ---          18 00 11  49.3  43.5 -3.2    -103.4    34     1091   22 28 16

22 29 00  2116+543     18 00 11  47.6  40.8 -3.3    -103.7   -11     1091   22 29 11
22 29 45  ---          18 00 56  47.7  40.8 -3.3    -103.9    34     1093   22 29 01

22 29 45  G92.69       18 00 56  49.4  43.5 -3.2    -103.6   -11     1093   22 29 56
22 30 30  ---          18 01 41  49.6  43.5 -3.1    -103.7    34     1095   22 29 46

22 30 30  2116+543     18 01 41  47.8  40.8 -3.3    -104.1   -11     1095   22 30 41
22 31 15  ---          18 02 26  47.9  40.7 -3.3    -104.2    34     1097   22 30 31

22 31 15  G92.69       18 02 26  49.7  43.4 -3.1    -103.9   -12     1097   22 31 27
22 32 00  ---          18 03 11  49.8  43.4 -3.1    -104.1    33     1100   22 31 16

22 32 00  2051+528     18 03 11  51.9  41.3 -2.8    -108.9   -12     1100   22 32 12
22 32 45  ---          18 03 56  52.0  41.2 -2.8    -109.1    33     1102   22 32 01

22 32 45  G92.69       18 03 56  49.9  43.3 -3.1    -104.3   -12     1102   22 32 57
22 33 30  ---          18 04 41  50.0  43.3 -3.1    -104.5    33     1104   22 32 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  27 Oct 2020   Day 301 ---

22 33 30  2051+528     18 04 41  52.2  41.2 -2.8    -109.3   -12     1104   22 33 42
22 34 15  ---          18 05 27  52.3  41.1 -2.8    -109.5    33     1106   22 33 31

22 34 15  G92.69       18 05 27  50.1  43.2 -3.1    -104.7   -12     1106   22 34 27
22 35 00  ---          18 06 12  50.2  43.2 -3.1    -104.8    33     1108   22 34 16

22 35 00  2051+528     18 06 12  52.4  41.0 -2.8    -109.7   -12     1108   22 35 12
22 35 45  ---          18 06 57  52.5  41.0 -2.8    -109.9    33     1110   22 35 01

22 35 45  G92.69       18 06 57  50.3  43.1 -3.1    -105.0   -12     1110   22 35 57
22 36 30  ---          18 07 42  50.4  43.1 -3.0    -105.2    33     1112   22 35 46

22 36 30  2051+528     18 07 42  52.6  40.9 -2.8    -110.1   -12     1112   22 36 42
22 37 15  ---          18 08 27  52.7  40.9 -2.8    -110.3    33     1114   22 36 31

22 37 15  G92.69       18 08 27  50.6  43.0 -3.0    -105.4   -12     1114   22 37 27
22 38 00  ---          18 09 12  50.7  43.0 -3.0    -105.6    33     1117   22 37 16

22 38 00  2051+528     18 09 12  52.8  40.8 -2.7    -110.5   -12     1117   22 38 12
22 38 45  ---          18 09 57  52.9  40.7 -2.7    -110.7    33     1119   22 38 01

22 38 45  G92.69       18 09 57  50.8  43.0 -3.0    -105.8   -12     1119   22 38 57
22 39 30  ---          18 10 42  50.9  42.9 -3.0    -106.0    33     1121   22 38 46

22 39 30  2051+528     18 10 42  53.0  40.7 -2.7    -110.9   -12     1121   22 39 42
22 40 15  ---          18 11 28  53.1  40.6 -2.7    -111.2    33     1123   22 39 31

22 40 15  G92.69       18 11 28  51.0  42.9 -3.0    -106.1   -12     1123   22 40 27
22 41 00  ---          18 12 13  51.1  42.8 -3.0    -106.3    33     1125   22 40 16

22 41 00  2116+543     18 12 13  49.3  40.1 -3.1    -106.7   -12     1125   22 41 12
22 41 45  ---          18 12 58  49.4  40.1 -3.1    -106.8    33     1127   22 41 01

22 41 45  G92.69       18 12 58  51.2  42.8 -3.0    -106.5   -12     1127   22 41 57
22 42 30  ---          18 13 43  51.3  42.7 -2.9    -106.7    33     1129   22 41 46

22 42 30  2116+543     18 13 43  49.5  40.0 -3.1    -107.0   -12     1129   22 42 42
22 43 15  ---          18 14 28  49.6  40.0 -3.1    -107.2    33     1131   22 42 31

22 43 15  G92.69       18 14 28  51.4  42.6 -2.9    -106.9   -12     1131   22 43 27
22 44 00  ---          18 15 13  51.5  42.6 -2.9    -107.1    33     1134   22 43 16

22 44 00  2116+543     18 15 13  49.7  39.9 -3.1    -107.4   -12     1134   22 44 12
22 44 45  ---          18 15 58  49.8  39.9 -3.0    -107.6    33     1136   22 44 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  27 Oct 2020   Day 301 ---

22 44 45  G92.69       18 15 58  51.7  42.5 -2.9    -107.3   -12     1136   22 44 57
22 45 30  ---          18 16 43  51.8  42.5 -2.9    -107.5    33     1138   22 44 46

22 45 30  2116+543     18 16 43  49.9  39.8 -3.0    -107.8   -12     1138   22 45 42
22 46 15  ---          18 17 29  50.0  39.8 -3.0    -108.0    33     1140   22 45 31

22 46 15  G92.69       18 17 29  51.9  42.4 -2.9    -107.7   -12     1140   22 46 27
22 47 00  ---          18 18 14  52.0  42.4 -2.9    -107.9    33     1142   22 46 16

22 47 00  2116+543     18 18 14  50.1  39.7 -3.0    -108.2   -12     1142   22 47 12
22 47 45  ---          18 18 59  50.2  39.7 -3.0    -108.4    33     1144   22 47 01

22 47 45  G92.69       18 18 59  52.1  42.3 -2.9    -108.1   -12     1144   22 47 57
22 48 30  ---          18 19 44  52.2  42.3 -2.8    -108.3    33     1146   22 47 46

22 48 30  2116+543     18 19 44  50.3  39.6 -3.0    -108.6   -12     1146   22 48 42
22 49 15  ---          18 20 29  50.4  39.6 -3.0    -108.8    33     1148   22 48 31

22 49 15  G92.69       18 20 29  52.3  42.2 -2.8    -108.5   -12     1148   22 49 27
22 50 00  ---          18 21 14  52.4  42.1 -2.8    -108.7    33     1151   22 49 16

22 50 00  2051+528     18 21 14  54.5  39.6 -2.5    -113.9   -12     1151   22 50 12
22 50 45  ---          18 21 59  54.6  39.6 -2.5    -114.1    33     1153   22 50 01

22 50 45  G92.69       18 21 59  52.5  42.1 -2.8    -108.8   -12     1153   22 50 57
22 51 30  ---          18 22 44  52.6  42.0 -2.8    -109.0    33     1155   22 50 46

22 51 30  2051+528     18 22 44  54.7  39.5 -2.5    -114.3   -12     1155   22 51 42
22 52 15  ---          18 23 30  54.8  39.4 -2.5    -114.5    33     1157   22 51 31

22 52 15  G92.69       18 23 30  52.7  42.0 -2.8    -109.2   -12     1157   22 52 27
22 53 00  ---          18 24 15  52.8  41.9 -2.8    -109.4    33     1159   22 52 16

22 53 00  2051+528     18 24 15  54.9  39.3 -2.5    -114.7   -12     1159   22 53 12
22 53 45  ---          18 25 00  55.0  39.2 -2.5    -115.0    33     1161   22 53 01

22 53 45  G92.69       18 25 00  53.0  41.8 -2.8    -109.6   -12     1161   22 53 57
22 54 30  ---          18 25 45  53.1  41.8 -2.7    -109.8    33     1163   22 53 46

22 54 30  2051+528     18 25 45  55.1  39.2 -2.5    -115.2   -12     1163   22 54 42
22 55 15  ---          18 26 30  55.2  39.1 -2.5    -115.4    33     1165   22 54 31

22 55 15  G92.69       18 26 30  53.2  41.7 -2.7    -110.0   -12     1165   22 55 27
22 56 00  ---          18 27 15  53.3  41.6 -2.7    -110.2    33     1168   22 55 16
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  27 Oct 2020   Day 301 ---

22 56 00  2051+528     18 27 15  55.3  39.0 -2.4    -115.6   -12     1168   22 56 12
22 56 45  ---          18 28 00  55.4  38.9 -2.4    -115.8    33     1170   22 56 01

22 56 45  G92.69       18 28 00  53.4  41.6 -2.7    -110.4   -12     1170   22 56 57
22 57 30  ---          18 28 45  53.5  41.5 -2.7    -110.7    33     1172   22 56 46

22 57 30  2051+528     18 28 45  55.5  38.8 -2.4    -116.1   -12     1172   22 57 42
22 58 15  ---          18 29 31  55.6  38.7 -2.4    -116.3    33     1174   22 57 31

22 58 15  G92.69       18 29 31  53.6  41.4 -2.7    -110.9   -12     1174   22 58 27
22 59 00  ---          18 30 16  53.7  41.4 -2.7    -111.1    33     1176   22 58 16

22 59 00  2116+543     18 30 16  51.7  38.8 -2.8    -111.4   -12     1176   22 59 12
22 59 45  ---          18 31 01  51.8  38.7 -2.8    -111.6    33     1178   22 59 01

22 59 45  G92.69       18 31 01  53.8  41.3 -2.7    -111.3   -12     1178   22 59 57
23 00 30  ---          18 31 46  53.9  41.2 -2.6    -111.5    33     1180   22 59 46

23 00 30  2116+543     18 31 46  51.9  38.7 -2.8    -111.8   -12     1180   23 00 42
23 01 15  ---          18 32 31  52.0  38.6 -2.8    -112.0    33     1182   23 00 31

23 01 15  G92.69       18 32 31  54.0  41.1 -2.6    -111.7   -12     1182   23 01 27
23 02 00  ---          18 33 16  54.1  41.1 -2.6    -111.9    33     1185   23 01 16

23 02 00  2116+543     18 33 16  52.1  38.5 -2.8    -112.2   -12     1185   23 02 12
23 02 45  ---          18 34 01  52.2  38.5 -2.7    -112.4    33     1187   23 02 01

23 02 45  G92.69       18 34 01  54.2  41.0 -2.6    -112.1   -12     1187   23 02 57
23 03 30  ---          18 34 46  54.3  40.9 -2.6    -112.3    33     1189   23 02 46

23 03 30  2116+543     18 34 46  52.3  38.4 -2.7    -112.6   -12     1189   23 03 42
23 04 15  ---          18 35 31  52.4  38.3 -2.7    -112.8    33     1191   23 03 31

23 04 15  G92.69       18 35 31  54.5  40.9 -2.6    -112.5   -12     1191   23 04 27
23 05 00  ---          18 36 17  54.6  40.8 -2.6    -112.7    33     1193   23 04 16

23 05 00  2116+543     18 36 17  52.5  38.3 -2.7    -113.0   -12     1193   23 05 12
23 05 45  ---          18 37 02  52.6  38.2 -2.7    -113.2    33     1195   23 05 01

23 05 45  G92.69       18 37 02  54.7  40.7 -2.5    -112.9   -12     1195   23 05 57
23 06 30  ---          18 37 47  54.8  40.6 -2.5    -113.2    33     1197   23 05 46

23 06 30  2116+543     18 37 47  52.7  38.1 -2.7    -113.4   -12     1197   23 06 42
23 07 15  ---          18 38 32  52.8  38.1 -2.7    -113.6    33     1199   23 06 31
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  27 Oct 2020   Day 301 ---

23 07 15  G92.69       18 38 32  54.9  40.5 -2.5    -113.4   -12     1199   23 07 27
23 08 00  ---          18 39 17  55.0  40.5 -2.5    -113.6    33     1202   23 07 16

23 08 00  2116+543     18 39 17  52.9  38.0 -2.7    -113.9   -12     1202   23 08 12
23 08 45  ---          18 40 02  53.0  37.9 -2.6    -114.1    33     1204   23 08 01

23 08 45  G92.69       18 40 02  55.1  40.4 -2.5    -113.8   -12     1204   23 08 57
23 09 30  ---          18 40 47  55.2  40.3 -2.5    -114.0    33     1206   23 08 46

23 09 30  2116+543     18 40 47  53.1  37.8 -2.6    -114.3   -12     1206   23 09 42
23 10 15  ---          18 41 32  53.2  37.8 -2.6    -114.5    33     1208   23 09 31

23 10 15  G92.69       18 41 32  55.3  40.2 -2.5    -114.2   -12     1208   23 10 27
23 11 00  ---          18 42 18  55.4  40.1 -2.5    -114.4    33     1210   23 10 16

23 11 00  2116+543     18 42 18  53.3  37.7 -2.6    -114.7   -12     1210   23 11 12
23 11 45  ---          18 43 03  53.4  37.6 -2.6    -114.9    33     1212   23 11 01

23 11 45  G92.69       18 43 03  55.5  40.1 -2.4    -114.7   -12     1212   23 11 57
23 12 30  ---          18 43 48  55.6  40.0 -2.4    -114.9    33     1214   23 11 46

23 12 30  2116+543     18 43 48  53.5  37.5 -2.6    -115.1   -12     1214   23 12 42
23 13 15  ---          18 44 33  53.6  37.5 -2.6    -115.4    33     1217   23 12 31

23 13 15  G92.69       18 44 33  55.7  39.9 -2.4    -115.1   -12     1217   23 13 27
23 14 00  ---          18 45 18  55.8  39.8 -2.4    -115.3    33     1219   23 13 16

23 14 00  2051+528     18 45 18  57.7  36.7 -2.1    -121.2   -12     1219   23 14 12
23 14 45  ---          18 46 03  57.8  36.5 -2.1    -121.4    33     1221   23 14 01

23 14 45  G92.69       18 46 03  55.9  39.7 -2.4    -115.5   -12     1221   23 14 57
23 15 30  ---          18 46 48  56.0  39.6 -2.4    -115.8    33     1223   23 14 46

23 15 30  2051+528     18 46 48  57.9  36.4 -2.1    -121.7   -12     1223   23 15 42
23 16 15  ---          18 47 33  57.9  36.3 -2.1    -121.9    33     1225   23 15 31

23 16 15  G92.69       18 47 33  56.1  39.5 -2.4    -116.0   -12     1225   23 16 27
23 17 00  ---          18 48 19  56.2  39.4 -2.4    -116.2    33     1227   23 16 16

23 17 00  2051+528     18 48 19  58.0  36.2 -2.1    -122.1   -12     1227   23 17 12
23 17 45  ---          18 49 04  58.1  36.1 -2.1    -122.4    33     1229   23 17 01

23 17 45  G92.69       18 49 04  56.3  39.3 -2.3    -116.4   -12     1229   23 17 57
23 18 30  ---          18 49 49  56.4  39.3 -2.3    -116.7    33     1231   23 17 46
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  27 Oct 2020   Day 301 ---

23 18 30  2051+528     18 49 49  58.2  36.0 -2.1    -122.6   -12     1231   23 18 42
23 19 15  ---          18 50 34  58.3  35.9 -2.1    -122.9    33     1234   23 18 31

23 19 15  G92.69       18 50 34  56.5  39.2 -2.3    -116.9   -12     1234   23 19 27
23 20 00  ---          18 51 19  56.6  39.1 -2.3    -117.1    33     1236   23 19 16

23 20 00  2051+528     18 51 19  58.4  35.7 -2.0    -123.1   -12     1236   23 20 12
23 20 45  ---          18 52 04  58.5  35.6 -2.0    -123.4    33     1238   23 20 01

23 20 45  G92.69       18 52 04  56.7  39.0 -2.3    -117.3   -12     1238   23 20 57
23 21 30  ---          18 52 49  56.8  38.9 -2.3    -117.6    33     1240   23 20 46

23 21 30  2051+528     18 52 49  58.6  35.5 -2.0    -123.6   -12     1240   23 21 42
23 22 15  ---          18 53 34  58.7  35.4 -2.0    -123.9    33     1242   23 21 31

23 22 15  G92.69       18 53 34  56.9  38.8 -2.3    -117.8   -11     1242   23 22 26
23 23 00  ---          18 54 20  57.0  38.7 -2.3    -118.0    34     1244   23 22 16

23 26 00  J2202+4216   18 57 20  51.3  59.1 -3.1     -92.1   158     1244   23 26 00
23 34 00  =VR422201    19 05 21  52.8  59.0 -3.0     -93.5   480     1275   23 26 01

23 34 00  G92.69       19 05 21  58.5  37.1 -2.1    -121.6   -23     1275   23 34 23
23 39 00  ---          19 10 22  59.1  36.3 -2.0    -123.2   277     1293   23 34 01

23 39 00  2116+543     19 10 22  56.9  34.2 -2.1    -123.3   -12     1293   23 39 12
23 39 45  ---          19 11 07  57.0  34.1 -2.1    -123.5    33     1295   23 39 01

23 39 45  G92.69       19 11 07  59.2  36.2 -2.0    -123.5   -12     1295   23 39 57
23 40 30  ---          19 11 52  59.3  36.1 -2.0    -123.7    33     1297   23 39 46

23 40 30  2116+543     19 11 52  57.1  34.0 -2.1    -123.8   -12     1297   23 40 42
23 41 15  ---          19 12 38  57.2  33.9 -2.1    -124.0    33     1299   23 40 31

23 41 15  G92.69       19 12 38  59.4  36.0 -2.0    -124.0   -13     1299   23 41 28
23 42 00  ---          19 13 23  59.5  35.8 -1.9    -124.2    32     1301   23 41 16

23 42 00  2116+543     19 13 23  57.3  33.8 -2.1    -124.2   -12     1301   23 42 12
23 42 45  ---          19 14 08  57.4  33.7 -2.1    -124.5    33     1304   23 42 01

23 42 45  G92.69       19 14 08  59.6  35.7 -1.9    -124.5   -13     1304   23 42 58
23 43 30  ---          19 14 53  59.7  35.6 -1.9    -124.8    32     1306   23 42 46

23 43 30  2116+543     19 14 53  57.4  33.6 -2.1    -124.7   -12     1306   23 43 42
23 44 15  ---          19 15 38  57.5  33.5 -2.0    -125.0    33     1308   23 43 31
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  27 Oct 2020   Day 301 ---

23 44 15  G92.69       19 15 38  59.8  35.4 -1.9    -125.0   -13     1308   23 44 28
23 45 00  ---          19 16 23  59.9  35.3 -1.9    -125.3    32     1310   23 44 16

23 45 00  2116+543     19 16 23  57.6  33.3 -2.0    -125.3   -12     1310   23 45 12
23 45 45  ---          19 17 08  57.7  33.2 -2.0    -125.5    33     1312   23 45 01

23 45 45  G92.69       19 17 08  60.0  35.2 -1.9    -125.6   -13     1312   23 45 58
23 46 30  ---          19 17 53  60.1  35.0 -1.9    -125.8    32     1314   23 45 46

23 46 30  2116+543     19 17 53  57.8  33.1 -2.0    -125.8   -13     1314   23 46 43
23 47 15  ---          19 18 39  57.9  33.0 -2.0    -126.0    32     1316   23 46 31

23 47 15  G92.69       19 18 39  60.2  34.9 -1.9    -126.1   -13     1316   23 47 28
23 48 00  ---          19 19 24  60.3  34.8 -1.8    -126.4    32     1318   23 47 16

23 48 00  2051+528     19 19 24  61.7  30.5 -1.6    -133.3   -11     1318   23 48 11
23 48 45  ---          19 20 09  61.8  30.4 -1.6    -133.6    34     1320   23 48 01

23 48 45  G92.69       19 20 09  60.4  34.6 -1.8    -126.6   -11     1320   23 48 56
23 49 30  ---          19 20 54  60.5  34.5 -1.8    -126.9    34     1322   23 48 46

23 49 30  2051+528     19 20 54  61.9  30.2 -1.5    -133.9   -11     1322   23 49 41
23 50 15  ---          19 21 39  62.0  30.0 -1.5    -134.2    34     1325   23 49 31

23 50 15  G92.69       19 21 39  60.5  34.4 -1.8    -127.2   -11     1325   23 50 26
23 51 00  ---          19 22 24  60.6  34.2 -1.8    -127.4    34     1327   23 50 16

23 51 00  2051+528     19 22 24  62.1  29.9 -1.5    -134.5   -11     1327   23 51 11
23 51 45  ---          19 23 09  62.1  29.7 -1.5    -134.8    34     1329   23 51 01

23 51 45  G92.69       19 23 09  60.7  34.1 -1.8    -127.7   -11     1329   23 51 56
23 52 30  ---          19 23 54  60.8  33.9 -1.8    -128.0    34     1331   23 51 46

23 52 30  2051+528     19 23 54  62.2  29.5 -1.5    -135.1   -11     1331   23 52 41
23 53 15  ---          19 24 40  62.3  29.3 -1.5    -135.4    34     1333   23 52 31

23 53 15  G92.69       19 24 40  60.9  33.8 -1.8    -128.3   -11     1333   23 53 26
23 54 00  ---          19 25 25  61.0  33.6 -1.7    -128.5    34     1336   23 53 16

23 54 00  2051+528     19 25 25  62.4  29.2 -1.5    -135.7   -11     1336   23 54 11
23 54 45  ---          19 26 10  62.5  29.0 -1.5    -136.0    34     1338   23 54 01

23 54 45  G92.69       19 26 10  61.1  33.5 -1.7    -128.8   -11     1338   23 54 56
23 55 30  ---          19 26 55  61.2  33.3 -1.7    -129.1    34     1340   23 54 46
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  27 Oct 2020   Day 301 ---

23 55 30  2051+528     19 26 55  62.5  28.8 -1.4    -136.3   -11     1340   23 55 41
23 56 15  ---          19 27 40  62.6  28.6 -1.4    -136.6    34     1342   23 55 31

23 56 15  G92.69       19 27 40  61.3  33.2 -1.7    -129.4   -11     1342   23 56 26
23 57 00  ---          19 28 25  61.4  33.0 -1.7    -129.7    34     1344   23 56 16

23 57 00  2116+543     19 28 25  59.0  31.3 -1.8    -129.4   -13     1344   23 57 13
23 57 45  ---          19 29 10  59.1  31.2 -1.8    -129.7    32     1346   23 57 01

23 57 45  G92.69       19 29 10  61.4  32.9 -1.7    -129.9   -13     1346   23 57 58
23 58 30  ---          19 29 55  61.5  32.7 -1.7    -130.2    32     1348   23 57 46

23 58 30  2116+543     19 29 55  59.2  31.1 -1.8    -130.0   -13     1348   23 58 43
23 59 15  ---          19 30 41  59.3  30.9 -1.8    -130.2    32     1351   23 58 31

23 59 15  G92.69       19 30 41  61.6  32.6 -1.7    -130.5   -13     1351   23 59 28
23 59 59  ---          19 31 26  61.7  32.4 -1.6    -130.8    31     1353   23 59 16

 --- Wed  28 Oct 2020   Day 302 ---

00 00 00  2116+543     19 31 26  59.3  30.8 -1.8    -130.5   -13     1353   00 00 13
00 00 45  ---          19 32 11  59.4  30.6 -1.8    -130.8    32     1355   00 00 00

00 00 45  G92.69       19 32 11  61.8  32.3 -1.6    -131.1   -13     1355   00 00 58
00 01 30  ---          19 32 56  61.9  32.1 -1.6    -131.4    32     1357   00 00 46

00 01 30  2116+543     19 32 56  59.5  30.5 -1.8    -131.0   -13     1357   00 01 43
00 02 15  ---          19 33 41  59.6  30.4 -1.7    -131.3    32     1359   00 01 31

00 02 15  G92.69       19 33 41  62.0  31.9 -1.6    -131.7   -13     1359   00 02 28
00 03 00  ---          19 34 26  62.1  31.8 -1.6    -132.0    32     1361   00 02 16

00 03 00  2116+543     19 34 26  59.7  30.2 -1.7    -131.6   -13     1361   00 03 13
00 03 45  ---          19 35 11  59.7  30.1 -1.7    -131.9    32     1363   00 03 01

00 03 45  G92.69       19 35 11  62.1  31.6 -1.6    -132.3   -13     1363   00 03 58
00 04 30  ---          19 35 56  62.2  31.4 -1.6    -132.6    32     1365   00 03 46

00 04 30  2116+543     19 35 56  59.8  29.9 -1.7    -132.2   -13     1365   00 04 43
00 05 15  ---          19 36 42  59.9  29.8 -1.7    -132.4    32     1367   00 04 31

00 05 15  G92.69       19 36 42  62.3  31.3 -1.6    -132.8   -13     1367   00 05 28
00 06 00  ---          19 37 27  62.4  31.1 -1.5    -133.1    32     1369   00 05 16
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
----------------------------------------------------------------------------------------

 --- Wed  28 Oct 2020   Day 302 ---

00 06 00  2051+528     19 37 27  63.6  26.2 -1.3    -140.7   -11     1369   00 06 11
00 06 45  ---          19 38 12  63.7  26.0 -1.3    -141.1    34     1371   00 06 01

00 06 45  G92.69       19 38 12  62.5  30.9 -1.5    -133.4   -11     1371   00 06 56
00 07 30  ---          19 38 57  62.6  30.8 -1.5    -133.7    34     1373   00 06 46

00 07 30  2051+528     19 38 57  63.7  25.8 -1.2    -141.4   -11     1373   00 07 41
00 08 15  ---          19 39 42  63.8  25.6 -1.2    -141.7    34     1376   00 07 31

00 08 15  G92.69       19 39 42  62.6  30.6 -1.5    -134.0   -11     1376   00 08 26
00 09 00  ---          19 40 27  62.7  30.4 -1.5    -134.4    34     1378   00 08 16

00 09 00  2051+528     19 40 27  63.9  25.4 -1.2    -142.0   -11     1378   00 09 11
00 09 45  ---          19 41 12  63.9  25.2 -1.2    -142.4    34     1380   00 09 01

00 09 45  G92.69       19 41 12  62.8  30.2 -1.5    -134.7   -11     1380   00 09 56
00 10 30  ---          19 41 57  62.9  30.1 -1.5    -135.0    34     1382   00 09 46

00 10 30  2051+528     19 41 57  64.0  25.0 -1.2    -142.7   -11     1382   00 10 41
00 11 15  ---          19 42 42  64.1  24.8 -1.2    -143.0    34     1384   00 10 31

00 11 15  G92.69       19 42 42  63.0  29.9 -1.5    -135.3   -11     1384   00 11 26
00 12 00  ---          19 43 28  63.0  29.7 -1.4    -135.6    34     1387   00 11 16

00 12 00  2051+528     19 43 28  64.1  24.6 -1.2    -143.4   -12     1387   00 12 12
00 12 45  ---          19 44 13  64.2  24.4 -1.2    -143.7    33     1389   00 12 01

00 12 45  G92.69       19 44 13  63.1  29.5 -1.4    -135.9   -12     1389   00 12 57
00 13 30  ---          19 44 58  63.2  29.3 -1.4    -136.2    33     1391   00 12 46

00 13 30  2051+528     19 44 58  64.3  24.2 -1.1    -144.1   -12     1391   00 13 42
00 14 15  ---          19 45 43  64.3  24.0 -1.1    -144.4    33     1393   00 13 31

00 14 15  G92.69       19 45 43  63.3  29.2 -1.4    -136.5   -12     1393   00 14 27
00 15 00  ---          19 46 28  63.4  29.0 -1.4    -136.8    33     1395   00 14 16

00 15 00  2116+543     19 46 28  60.9  27.8 -1.5    -136.2   -13     1395   00 15 13
00 15 45  ---          19 47 13  61.0  27.6 -1.5    -136.5    32     1397   00 15 01

00 15 45  G92.69       19 47 13  63.4  28.8 -1.4    -137.1   -13     1397   00 15 58
00 16 30  ---          19 47 58  63.5  28.6 -1.4    -137.5    32     1399   00 15 46

00 16 30  2116+543     19 47 58  61.1  27.5 -1.5    -136.8   -13     1399   00 16 43
00 17 15  ---          19 48 43  61.1  27.3 -1.5    -137.1    32     1401   00 16 31
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
----------------------------------------------------------------------------------------

 --- Wed  28 Oct 2020   Day 302 ---

00 17 15  G92.69       19 48 43  63.6  28.4 -1.4    -137.8   -13     1401   00 17 28
00 18 00  ---          19 49 29  63.7  28.2 -1.3    -138.1    32     1403   00 17 16

00 18 00  2116+543     19 49 29  61.2  27.1 -1.5    -137.4   -13     1403   00 18 13
00 18 45  ---          19 50 14  61.3  27.0 -1.5    -137.7    32     1405   00 18 01

00 18 45  G92.69       19 50 14  63.7  28.0 -1.3    -138.4   -13     1405   00 18 58
00 19 30  ---          19 50 59  63.8  27.8 -1.3    -138.8    32     1407   00 18 46

00 19 30  2116+543     19 50 59  61.4  26.8 -1.5    -138.0   -13     1407   00 19 43
00 20 15  ---          19 51 44  61.4  26.6 -1.4    -138.3    32     1410   00 19 31

00 20 15  G92.69       19 51 44  63.9  27.6 -1.3    -139.1   -13     1410   00 20 28
00 21 00  ---          19 52 29  64.0  27.4 -1.3    -139.4    32     1412   00 20 16

00 21 00  2116+543     19 52 29  61.5  26.4 -1.4    -138.6   -13     1412   00 21 13
00 21 45  ---          19 53 14  61.6  26.3 -1.4    -138.9    32     1414   00 21 01

00 21 45  G92.69       19 53 14  64.0  27.2 -1.3    -139.7   -13     1414   00 21 58
00 22 30  ---          19 53 59  64.1  27.0 -1.3    -140.1    32     1416   00 21 46

00 22 30  2116+543     19 53 59  61.7  26.1 -1.4    -139.2   -13     1416   00 22 43
00 23 15  ---          19 54 44  61.7  25.9 -1.4    -139.5    32     1418   00 22 31

00 23 15  G92.69       19 54 44  64.2  26.8 -1.3    -140.4   -13     1418   00 23 28
00 24 00  ---          19 55 30  64.3  26.6 -1.2    -140.7    32     1420   00 23 16

00 24 00  2116+543     19 55 30  61.8  25.8 -1.4    -139.8   -13     1420   00 24 13
00 24 45  ---          19 56 15  61.9  25.6 -1.4    -140.1    32     1422   00 24 01

00 24 45  G92.69       19 56 15  64.3  26.4 -1.2    -141.1   -13     1422   00 24 58
00 25 30  ---          19 57 00  64.4  26.2 -1.2    -141.4    32     1424   00 24 46

00 25 30  2116+543     19 57 00  61.9  25.4 -1.4    -140.4   -13     1424   00 25 43
00 26 15  ---          19 57 45  62.0  25.2 -1.3    -140.7    32     1426   00 25 31

00 26 15  G92.69       19 57 45  64.5  26.0 -1.2    -141.7   -13     1426   00 26 28
00 27 00  ---          19 58 30  64.6  25.8 -1.2    -142.1    32     1428   00 26 16

00 27 00  2116+543     19 58 30  62.1  25.0 -1.3    -141.0   -13     1428   00 27 13
00 27 45  ---          19 59 15  62.1  24.9 -1.3    -141.3    32     1430   00 27 01

00 27 45  G92.69       19 59 15  64.6  25.6 -1.2    -142.4   -13     1430   00 27 58
00 28 30  ---          20 00 00  64.7  25.4 -1.2    -142.7    32     1432   00 27 46
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
----------------------------------------------------------------------------------------

 --- Wed  28 Oct 2020   Day 302 ---

00 28 30  2116+543     20 00 00  62.2  24.7 -1.3    -141.7   -13     1432   00 28 43
00 29 15  ---          20 00 45  62.3  24.5 -1.3    -142.0    32     1434   00 28 31

00 29 15  G92.69       20 00 45  64.8  25.2 -1.2    -143.1   -13     1434   00 29 28
00 30 00  ---          20 01 31  64.8  24.9 -1.1    -143.4    32     1436   00 29 16

00 30 00  2051+528     20 01 31  65.6  19.2 -0.9    -151.9   -12     1436   00 30 12
00 30 45  ---          20 02 16  65.6  19.0 -0.9    -152.2    33     1438   00 30 01

00 30 45  G92.69       20 02 16  64.9  24.7 -1.1    -143.8   -12     1438   00 30 57
00 31 30  ---          20 03 01  65.0  24.5 -1.1    -144.1    33     1441   00 30 46

00 31 30  2051+528     20 03 01  65.7  18.7 -0.8    -152.6   -12     1441   00 31 42
00 32 15  ---          20 03 46  65.7  18.5 -0.8    -153.0    33     1443   00 31 31

00 32 15  G92.69       20 03 46  65.0  24.3 -1.1    -144.5   -12     1443   00 32 27
00 33 00  ---          20 04 31  65.1  24.1 -1.1    -144.8    33     1445   00 32 16

00 33 00  2051+528     20 04 31  65.8  18.2 -0.8    -153.4   -12     1445   00 33 12
00 33 45  ---          20 05 16  65.9  18.0 -0.8    -153.7    33     1447   00 33 01

00 33 45  G92.69       20 05 16  65.2  23.8 -1.1    -145.2   -12     1447   00 33 57
00 34 30  ---          20 06 01  65.2  23.6 -1.1    -145.5    33     1449   00 33 46

00 34 30  2051+528     20 06 01  65.9  17.7 -0.8    -154.1   -12     1449   00 34 42
00 35 15  ---          20 06 46  65.9  17.5 -0.8    -154.5    33     1451   00 34 31

00 35 15  G92.69       20 06 46  65.3  23.4 -1.1    -145.9   -12     1451   00 35 27
00 36 00  ---          20 07 32  65.4  23.2 -1.0    -146.2    33     1453   00 35 16

00 36 00  2051+528     20 07 32  66.0  17.2 -0.8    -154.9   -12     1453   00 36 12
00 36 45  ---          20 08 17  66.0  17.0 -0.8    -155.2    33     1455   00 36 01

00 36 45  G92.69       20 08 17  65.4  22.9 -1.0    -146.6   -12     1455   00 36 57
00 37 30  ---          20 09 02  65.5  22.7 -1.0    -147.0    33     1458   00 36 46

00 37 30  2051+528     20 09 02  66.1  16.7 -0.7    -155.6   -12     1458   00 37 42
00 38 15  ---          20 09 47  66.1  16.5 -0.7    -156.0    33     1460   00 37 31

00 38 15  G92.69       20 09 47  65.5  22.5 -1.0    -147.3   -12     1460   00 38 27
00 39 00  ---          20 10 32  65.6  22.2 -1.0    -147.7    33     1462   00 38 16

00 42 00  J2202+4216   20 13 33  65.1  54.2 -1.8    -109.2   149     1462   00 42 00
00 50 00  =VR422201    20 21 34  66.5  52.9 -1.7    -111.7   480     1493   00 42 01
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
----------------------------------------------------------------------------------------

 --- Wed  28 Oct 2020   Day 302 ---

00 50 00  G92.69       20 21 34  66.4  18.6 -0.8    -153.2   -32     1493   00 50 32
00 55 00  ---          20 26 35  66.8  16.9 -0.7    -155.7   268     1510   00 50 01

00 55 00  2116+543     20 26 35  64.3  17.5 -0.9    -153.5   -13     1510   00 55 13
00 55 45  ---          20 27 20  64.3  17.2 -0.9    -153.9    32     1512   00 55 01

00 55 45  G92.69       20 27 20  66.8  16.6 -0.7    -156.1   -13     1512   00 55 58
00 56 30  ---          20 28 05  66.9  16.4 -0.7    -156.5    32     1514   00 55 46

00 56 30  2116+543     20 28 05  64.4  17.0 -0.8    -154.2   -13     1514   00 56 43
00 57 15  ---          20 28 50  64.4  16.8 -0.8    -154.6    32     1516   00 56 31

00 57 15  G92.69       20 28 50  66.9  16.1 -0.7    -156.9   -13     1516   00 57 28
00 58 00  ---          20 29 35  66.9  15.8 -0.7    -157.3    32     1518   00 57 16

00 58 00  2116+543     20 29 35  64.5  16.6 -0.8    -154.9   -13     1518   00 58 13
00 58 45  ---          20 30 20  64.5  16.3 -0.8    -155.3    32     1520   00 58 01

00 58 45  G92.69       20 30 20  67.0  15.6 -0.7    -157.7   -13     1520   00 58 58
00 59 30  ---          20 31 05  67.0  15.3 -0.6    -158.1    32     1522   00 58 46

00 59 30  2116+543     20 31 05  64.6  16.1 -0.8    -155.7   -13     1522   00 59 43
01 00 15  ---          20 31 51  64.6  15.9 -0.8    -156.0    32     1524   00 59 31

01 00 15  G92.69       20 31 51  67.1  15.0 -0.6    -158.5   -13     1524   01 00 28
01 01 00  ---          20 32 36  67.1  14.8 -0.6    -158.9    32     1527   01 00 16

01 01 00  2116+543     20 32 36  64.6  15.6 -0.8    -156.4   -13     1527   01 01 13
01 01 45  ---          20 33 21  64.7  15.4 -0.8    -156.8    32     1529   01 01 01

01 01 45  G92.69       20 33 21  67.2  14.5 -0.6    -159.3   -13     1529   01 01 58
01 02 30  ---          20 34 06  67.2  14.2 -0.6    -159.7    32     1531   01 01 46

01 02 30  2116+543     20 34 06  64.7  15.2 -0.7    -157.1   -13     1531   01 02 43
01 03 15  ---          20 34 51  64.8  14.9 -0.7    -157.5    32     1533   01 02 31

01 03 15  G92.69       20 34 51  67.2  13.9 -0.6    -160.1   -13     1533   01 03 28
01 04 00  ---          20 35 36  67.3  13.6 -0.6    -160.5    32     1535   01 03 16

01 04 00  2051+528     20 35 36  67.3   7.1 -0.3    -169.8   -13     1535   01 04 13
01 04 45  ---          20 36 21  67.3   6.8 -0.3    -170.2    32     1537   01 04 01

01 04 45  G92.69       20 36 21  67.3  13.4 -0.6    -160.9   -13     1537   01 04 58
01 05 30  ---          20 37 06  67.4  13.1 -0.5    -161.4    32     1539   01 04 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
----------------------------------------------------------------------------------------

 --- Wed  28 Oct 2020   Day 302 ---

01 05 30  2051+528     20 37 06  67.3   6.5 -0.3    -170.6   -13     1539   01 05 43
01 06 15  ---          20 37 52  67.3   6.2 -0.3    -171.0    32     1541   01 05 31

01 06 15  G92.69       20 37 52  67.4  12.8 -0.5    -161.8   -13     1541   01 06 28
01 07 00  ---          20 38 37  67.4  12.5 -0.5    -162.2    32     1543   01 06 16

01 07 00  2051+528     20 38 37  67.4   5.9 -0.3    -171.5   -13     1543   01 07 13
01 07 45  ---          20 39 22  67.4   5.7 -0.2    -171.9    32     1545   01 07 01

01 07 45  G92.69       20 39 22  67.5  12.2 -0.5    -162.6   -13     1545   01 07 58
01 08 30  ---          20 40 07  67.5  11.9 -0.5    -163.0    32     1547   01 07 46

01 08 30  2051+528     20 40 07  67.4   5.4 -0.2    -172.3   -13     1547   01 08 43
01 09 15  ---          20 40 52  67.4   5.1 -0.2    -172.7    32     1549   01 08 31

01 09 15  G92.69       20 40 52  67.5  11.7 -0.5    -163.4   -13     1549   01 09 28
01 10 00  ---          20 41 37  67.6  11.4 -0.5    -163.8    32     1551   01 09 16

01 10 00  2051+528     20 41 37  67.4   4.8 -0.2    -173.1   -13     1551   01 10 13
01 10 45  ---          20 42 22  67.4   4.5 -0.2    -173.6    32     1553   01 10 01

01 10 45  G92.69       20 42 22  67.6  11.1 -0.5    -164.2   -13     1553   01 10 58
01 11 30  ---          20 43 07  67.6  10.8 -0.4    -164.7    32     1555   01 10 46

01 11 30  2051+528     20 43 07  67.4   4.2 -0.2    -174.0   -13     1555   01 11 43
01 12 15  ---          20 43 53  67.5   3.9 -0.2    -174.4    32     1557   01 11 31

01 12 15  G92.69       20 43 53  67.7  10.5 -0.4    -165.1   -13     1557   01 12 28
01 13 00  ---          20 44 38  67.7  10.2 -0.4    -165.5    32     1559   01 12 16

01 13 00  2116+543     20 44 38  65.3  11.8 -0.6    -162.3   -13     1559   01 13 13
01 13 45  ---          20 45 23  65.3  11.5 -0.6    -162.7    32     1562   01 13 01

01 13 45  G92.69       20 45 23  67.7   9.9 -0.4    -165.9   -13     1562   01 13 58
01 14 30  ---          20 46 08  67.7   9.6 -0.4    -166.3    32     1564   01 13 46

01 14 30  2116+543     20 46 08  65.3  11.3 -0.5    -163.1   -13     1564   01 14 43
01 15 15  ---          20 46 53  65.4  11.0 -0.5    -163.5    32     1566   01 14 31

01 15 15  G92.69       20 46 53  67.8   9.3 -0.4    -166.8   -13     1566   01 15 28
01 16 00  ---          20 47 38  67.8   9.0 -0.4    -167.2    32     1568   01 15 16

01 16 00  2116+543     20 47 38  65.4  10.8 -0.5    -163.9   -13     1568   01 16 13
01 16 45  ---          20 48 23  65.4  10.5 -0.5    -164.2    32     1570   01 16 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
----------------------------------------------------------------------------------------

 --- Wed  28 Oct 2020   Day 302 ---

01 16 45  G92.69       20 48 23  67.8   8.7 -0.4    -167.6   -13     1570   01 16 58
01 17 30  ---          20 49 08  67.8   8.4 -0.3    -168.0    32     1572   01 16 46

01 17 30  2116+543     20 49 08  65.4  10.3 -0.5    -164.6   -13     1572   01 17 43
01 18 15  ---          20 49 53  65.5  10.0 -0.5    -165.0    32     1574   01 17 31

01 18 15  G92.69       20 49 53  67.9   8.1 -0.3    -168.5   -13     1574   01 18 28
01 19 00  ---          20 50 39  67.9   7.9 -0.3    -168.9    32     1576   01 18 16

01 19 00  2116+543     20 50 39  65.5   9.8 -0.5    -165.4   -13     1576   01 19 13
01 19 45  ---          20 51 24  65.5   9.5 -0.5    -165.8    32     1578   01 19 01

01 19 45  G92.69       20 51 24  67.9   7.6 -0.3    -169.3   -13     1578   01 19 58
01 20 30  ---          20 52 09  67.9   7.3 -0.3    -169.7    32     1580   01 19 46

01 20 30  2116+543     20 52 09  65.6   9.3 -0.4    -166.2   -13     1580   01 20 43
01 21 15  ---          20 52 54  65.6   9.0 -0.4    -166.5    32     1582   01 20 31

01 21 15  G92.69       20 52 54  67.9   7.0 -0.3    -170.2   -13     1582   01 21 28
01 22 00  ---          20 53 39  68.0   6.7 -0.3    -170.6    32     1584   01 21 16

01 22 00  2051+528     20 53 39  67.5   0.1 -0.0    -179.9   -13     1584   01 22 13
01 22 45  ---          20 54 24  67.5  -0.2  0.0     179.7    32     1586   01 22 01

01 22 45  G92.69       20 54 24  68.0   6.4 -0.3    -171.0   -13     1586   01 22 58
01 23 30  ---          20 55 09  68.0   6.0 -0.2    -171.4    32     1588   01 22 46

01 23 30  2051+528     20 55 09  67.5  -0.5  0.0     179.3   -13     1588   01 23 43
01 24 15  ---          20 55 54  67.5  -0.8  0.0     178.8    32     1590   01 23 31

01 24 15  G92.69       20 55 54  68.0   5.7 -0.2    -171.9   -13     1590   01 24 28
01 25 00  ---          20 56 40  68.0   5.4 -0.2    -172.3    32     1592   01 24 16

01 25 00  2051+528     20 56 40  67.5  -1.1  0.0     178.4   -13     1592   01 25 13
01 25 45  ---          20 57 25  67.5  -1.4  0.1     178.0    32     1595   01 25 01

01 25 45  G92.69       20 57 25  68.0   5.1 -0.2    -172.7   -12     1595   01 25 57
01 26 30  ---          20 58 10  68.1   4.8 -0.2    -173.2    33     1597   01 25 46

01 26 30  2051+528     20 58 10  67.5  -1.7  0.1     177.6   -13     1597   01 26 43
01 27 15  ---          20 58 55  67.5  -2.0  0.1     177.2    32     1599   01 26 31

01 27 15  G92.69       20 58 55  68.1   4.5 -0.2    -173.6   -12     1599   01 27 27
01 28 00  ---          20 59 40  68.1   4.2 -0.2    -174.0    33     1601   01 27 16
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
----------------------------------------------------------------------------------------

 --- Wed  28 Oct 2020   Day 302 ---

01 28 00  2051+528     20 59 40  67.5  -2.3  0.1     176.7   -13     1601   01 28 13
01 28 45  ---          21 00 25  67.5  -2.6  0.1     176.3    32     1603   01 28 01

01 28 45  G92.69       21 00 25  68.1   3.9 -0.2    -174.5   -12     1603   01 28 57
01 29 30  ---          21 01 10  68.1   3.6 -0.1    -174.9    33     1605   01 28 46

01 29 30  2051+528     21 01 10  67.5  -2.9  0.1     175.9   -13     1605   01 29 43
01 30 15  ---          21 01 55  67.5  -3.2  0.1     175.5    32     1607   01 29 31

01 30 15  G92.69       21 01 55  68.1   3.3 -0.1    -175.3   -12     1607   01 30 27
01 31 00  ---          21 02 41  68.1   3.0 -0.1    -175.8    33     1609   01 30 16

01 31 00  2116+543     21 02 41  65.8   5.6 -0.3    -171.6   -13     1609   01 31 13
01 31 45  ---          21 03 26  65.9   5.4 -0.3    -172.0    32     1611   01 31 01

01 31 45  G92.69       21 03 26  68.1   2.7 -0.1    -176.2   -13     1611   01 31 58
01 32 30  ---          21 04 11  68.1   2.4 -0.1    -176.6    32     1613   01 31 46

01 32 30  2116+543     21 04 11  65.9   5.1 -0.2    -172.4   -12     1613   01 32 42
01 33 15  ---          21 04 56  65.9   4.8 -0.2    -172.8    33     1615   01 32 31

01 33 15  G92.69       21 04 56  68.1   2.1 -0.1    -177.1   -12     1615   01 33 27
01 34 00  ---          21 05 41  68.2   1.8 -0.1    -177.5    33     1618   01 33 16

01 34 00  2116+543     21 05 41  65.9   4.6 -0.2    -173.2   -12     1618   01 34 12
01 34 45  ---          21 06 26  65.9   4.3 -0.2    -173.6    33     1620   01 34 01

01 34 45  G92.69       21 06 26  68.2   1.5 -0.1    -177.9   -12     1620   01 34 57
01 35 30  ---          21 07 11  68.2   1.2 -0.0    -178.4    33     1622   01 34 46

01 35 30  2116+543     21 07 11  65.9   4.0 -0.2    -174.0   -12     1622   01 35 42
01 36 15  ---          21 07 56  65.9   3.8 -0.2    -174.4    33     1624   01 35 31

01 36 15  G92.69       21 07 56  68.2   0.8 -0.0    -178.8   -12     1624   01 36 27
01 37 00  ---          21 08 42  68.2   0.5 -0.0    -179.2    33     1626   01 36 16

01 37 00  2116+543     21 08 42  66.0   3.5 -0.2    -174.8   -12     1626   01 37 12
01 37 45  ---          21 09 27  66.0   3.2 -0.2    -175.2    33     1628   01 37 01

01 37 45  G92.69       21 09 27  68.2   0.2 -0.0    -179.7   -12     1628   01 37 57
01 38 30  ---          21 10 12  68.2  -0.1  0.0     179.9    33     1630   01 37 46

01 38 30  2116+543     21 10 12  66.0   3.0 -0.1    -175.6   -12     1630   01 38 42
01 39 15  ---          21 10 57  66.0   2.7 -0.1    -176.0    33     1632   01 38 31
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
----------------------------------------------------------------------------------------

 --- Wed  28 Oct 2020   Day 302 ---

01 39 15  G92.69       21 10 57  68.2  -0.4  0.0     179.5   -12     1632   01 39 27
01 40 00  ---          21 11 42  68.2  -0.7  0.0     179.0    33     1635   01 39 16

01 40 00  2116+543     21 11 42  66.0   2.4 -0.1    -176.4   -12     1635   01 40 12
01 40 45  ---          21 12 27  66.0   2.2 -0.1    -176.8    33     1637   01 40 01

01 40 45  G92.69       21 12 27  68.2  -1.0  0.0     178.6   -12     1637   01 40 57
01 41 30  ---          21 13 12  68.2  -1.3  0.1     178.2    33     1639   01 40 46

01 41 30  2116+543     21 13 12  66.0   1.9 -0.1    -177.2   -12     1639   01 41 42
01 42 15  ---          21 13 57  66.0   1.6 -0.1    -177.6    33     1641   01 41 31

01 42 15  G92.69       21 13 57  68.2  -1.6  0.1     177.7   -12     1641   01 42 27
01 43 00  ---          21 14 43  68.2  -1.9  0.1     177.3    33     1643   01 42 16

01 43 00  2116+543     21 14 43  66.0   1.4 -0.1    -178.0   -12     1643   01 43 12
01 43 45  ---          21 15 28  66.0   1.1 -0.1    -178.3    33     1645   01 43 01

01 43 45  G92.69       21 15 28  68.1  -2.2  0.1     176.9   -12     1645   01 43 57
01 44 30  ---          21 16 13  68.1  -2.5  0.1     176.4    33     1647   01 43 46

01 44 30  2116+543     21 16 13  66.0   0.8 -0.0    -178.7   -12     1647   01 44 42
01 45 15  ---          21 16 58  66.0   0.6 -0.0    -179.1    33     1649   01 44 31

01 45 15  G92.69       21 16 58  68.1  -2.8  0.1     176.0   -12     1649   01 45 27
01 46 00  ---          21 17 43  68.1  -3.1  0.1     175.5    33     1652   01 45 16

01 46 00  2051+528     21 17 43  67.1  -9.2  0.4     166.7   -12     1652   01 46 12
01 46 45  ---          21 18 28  67.1  -9.5  0.4     166.3    33     1654   01 46 01

01 46 45  G92.69       21 18 28  68.1  -3.5  0.1     175.1   -12     1654   01 46 57
01 47 30  ---          21 19 13  68.1  -3.8  0.2     174.7    33     1656   01 46 46

01 47 30  2051+528     21 19 13  67.1  -9.8  0.4     165.9   -12     1656   01 47 42
01 48 15  ---          21 19 58  67.0 -10.1  0.4     165.5    33     1658   01 47 31

01 48 15  G92.69       21 19 58  68.1  -4.1  0.2     174.3   -12     1658   01 48 27
01 49 00  ---          21 20 44  68.1  -4.4  0.2     173.8    33     1660   01 48 16

01 49 00  2051+528     21 20 44  67.0 -10.4  0.4     165.1   -12     1660   01 49 12
01 49 45  ---          21 21 29  67.0 -10.6  0.5     164.7    33     1662   01 49 01

01 49 45  G92.69       21 21 29  68.1  -4.7  0.2     173.4   -12     1662   01 49 57
01 50 30  ---          21 22 14  68.1  -5.0  0.2     173.0    33     1664   01 49 46
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
----------------------------------------------------------------------------------------

 --- Wed  28 Oct 2020   Day 302 ---

01 50 30  2051+528     21 22 14  66.9 -10.9  0.5     164.3   -12     1664   01 50 42
01 51 15  ---          21 22 59  66.9 -11.2  0.5     163.9    33     1666   01 50 31

01 51 15  G92.69       21 22 59  68.0  -5.3  0.2     172.5   -12     1666   01 51 27
01 52 00  ---          21 23 44  68.0  -5.6  0.2     172.1    33     1669   01 51 16

01 52 00  2051+528     21 23 44  66.9 -11.5  0.5     163.5   -12     1669   01 52 12
01 52 45  ---          21 24 29  66.8 -11.7  0.5     163.0    33     1671   01 52 01

01 52 45  G92.69       21 24 29  68.0  -5.9  0.2     171.7   -12     1671   01 52 57
01 53 30  ---          21 25 14  68.0  -6.2  0.3     171.2    33     1673   01 52 46

01 53 30  2051+528     21 25 14  66.8 -12.0  0.5     162.6   -12     1673   01 53 42
01 54 15  ---          21 25 59  66.8 -12.3  0.5     162.2    33     1675   01 53 31

01 54 15  G92.69       21 25 59  68.0  -6.5  0.3     170.8   -12     1675   01 54 27
01 55 00  ---          21 26 45  68.0  -6.8  0.3     170.4    33     1677   01 54 16

01 58 00  J2202+4216   21 29 45  76.4  27.6 -0.6    -147.3   146     1677   01 58 00
02 06 00  =VR422201    21 37 46  77.2  21.9 -0.4    -154.2   480     1708   01 58 01

02 06 00  G92.69       21 37 46  67.6 -11.1  0.5     164.2   -32     1708   02 06 32
02 11 00  ---          21 42 47  67.4 -13.0  0.5     161.4   268     1725   02 06 01

02 11 00  2116+543     21 42 47  65.6  -8.5  0.4     167.3   -11     1725   02 11 11
02 11 45  ---          21 43 32  65.6  -8.8  0.4     166.9    34     1727   02 11 01

02 11 45  G92.69       21 43 32  67.3 -13.3  0.6     161.0   -11     1727   02 11 56
02 12 30  ---          21 44 17  67.3 -13.6  0.6     160.6    34     1730   02 11 46

02 12 30  2116+543     21 44 17  65.6  -9.0  0.4     166.5   -11     1730   02 12 41
02 13 15  ---          21 45 03  65.6  -9.3  0.4     166.1    34     1732   02 12 31

02 13 15  G92.69       21 45 03  67.2 -13.9  0.6     160.2   -11     1732   02 13 26
02 14 00  ---          21 45 48  67.2 -14.2  0.6     159.8    34     1734   02 13 16

02 14 00  2116+543     21 45 48  65.5  -9.5  0.5     165.8   -11     1734   02 14 11
02 14 45  ---          21 46 33  65.5  -9.8  0.5     165.4    34     1736   02 14 01

02 14 45  G92.69       21 46 33  67.2 -14.4  0.6     159.4   -11     1736   02 14 56
02 15 30  ---          21 47 18  67.1 -14.7  0.6     159.0    34     1738   02 14 46

02 15 30  2116+543     21 47 18  65.5 -10.0  0.5     165.0   -11     1738   02 15 41
02 16 15  ---          21 48 03  65.4 -10.3  0.5     164.6    34     1741   02 15 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
----------------------------------------------------------------------------------------

 --- Wed  28 Oct 2020   Day 302 ---

02 16 15  G92.69       21 48 03  67.1 -15.0  0.6     158.6   -11     1741   02 16 26
02 17 00  ---          21 48 48  67.0 -15.3  0.6     158.2    34     1743   02 16 16

02 17 00  2116+543     21 48 48  65.4 -10.5  0.5     164.2   -11     1743   02 17 11
02 17 45  ---          21 49 33  65.4 -10.8  0.5     163.8    34     1745   02 17 01

02 17 45  G92.69       21 49 33  67.0 -15.5  0.7     157.8   -11     1745   02 17 56
02 18 30  ---          21 50 18  67.0 -15.8  0.7     157.4    34     1747   02 17 46

02 18 30  2116+543     21 50 18  65.4 -11.0  0.5     163.5   -11     1747   02 18 41
02 19 15  ---          21 51 04  65.3 -11.3  0.5     163.1    34     1749   02 18 31

02 19 15  G92.69       21 51 04  66.9 -16.1  0.7     157.0   -11     1749   02 19 26
02 20 00  ---          21 51 49  66.9 -16.3  0.7     156.6    34     1752   02 19 16

02 20 00  2051+528     21 51 49  65.2 -21.0  1.0     149.1   -11     1752   02 20 11
02 20 45  ---          21 52 34  65.1 -21.2  1.0     148.8    34     1754   02 20 01

02 20 45  G92.69       21 52 34  66.8 -16.6  0.7     156.2   -11     1754   02 20 56
02 21 30  ---          21 53 19  66.8 -16.9  0.7     155.8    34     1756   02 20 46

02 21 30  2051+528     21 53 19  65.1 -21.4  1.0     148.4   -11     1756   02 21 41
02 22 15  ---          21 54 04  65.0 -21.6  1.0     148.1    34     1758   02 21 31

02 22 15  G92.69       21 54 04  66.7 -17.1  0.7     155.4   -11     1758   02 22 26
02 23 00  ---          21 54 49  66.7 -17.4  0.7     155.0    34     1760   02 22 16

02 23 00  2051+528     21 54 49  64.9 -21.9  1.0     147.7   -11     1760   02 23 11
02 23 45  ---          21 55 34  64.9 -22.1  1.0     147.4    34     1763   02 23 01

02 23 45  G92.69       21 55 34  66.6 -17.7  0.8     154.6   -11     1763   02 23 56
02 24 30  ---          21 56 19  66.6 -17.9  0.8     154.2    34     1765   02 23 46

02 24 30  2051+528     21 56 19  64.8 -22.3  1.0     147.0   -12     1765   02 24 42
02 25 15  ---          21 57 05  64.8 -22.5  1.1     146.7    33     1767   02 24 31

02 25 15  G92.69       21 57 05  66.5 -18.2  0.8     153.9   -12     1767   02 25 27
02 26 00  ---          21 57 50  66.5 -18.4  0.8     153.5    33     1769   02 25 16

02 26 00  2051+528     21 57 50  64.7 -22.8  1.1     146.3   -12     1769   02 26 12
02 26 45  ---          21 58 35  64.6 -23.0  1.1     146.0    33     1771   02 26 01

02 26 45  G92.69       21 58 35  66.4 -18.7  0.8     153.1   -12     1771   02 26 57
02 27 30  ---          21 59 20  66.4 -18.9  0.8     152.7    33     1773   02 26 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
----------------------------------------------------------------------------------------

 --- Wed  28 Oct 2020   Day 302 ---

02 27 30  2051+528     21 59 20  64.6 -23.2  1.1     145.6   -12     1773   02 27 42
02 28 15  ---          22 00 05  64.5 -23.4  1.1     145.3    33     1775   02 27 31

02 28 15  G92.69       22 00 05  66.3 -19.2  0.8     152.3   -12     1775   02 28 27
02 29 00  ---          22 00 50  66.3 -19.4  0.8     152.0    33     1777   02 28 16

02 32 00  J2202+4216   22 03 51  78.3  -0.2  0.0     179.7   148     1777   02 32 00
02 40 00  =VR422201    22 11 52  78.1  -7.5  0.1     171.3   480     1808   02 32 01

02 40 15  2007+777     22 12 07  40.6  -8.3  2.1     143.3   -67     1808   02 41 22
02 51 00  ---          22 22 54  40.3  -8.9  2.3     140.3   578     1846   02 40 16

02 54 00  3C48         22 25 54  49.3  73.2 -3.2     -80.1   114     1846   02 54 00
03 03 00  ---          22 34 56  51.2  73.7 -3.1     -81.0   540     1880   02 54 01

03 04 00  3C48         22 35 56  51.4  73.7 -3.0     -81.1    54     1880   03 04 00
03 13 00  ---          22 44 57  53.3  74.2 -2.9     -82.0   540     1915   03 04 01

03 13 00  G92.69       22 44 57  62.1 -31.6  1.6     132.2   -83     1915   03 14 23
03 18 00  ---          22 49 58  61.5 -32.7  1.7     130.3   217     1929   03 13 01

03 18 00  2116+543     22 49 58  61.0 -27.6  1.5     136.4   -11     1929   03 18 11
03 18 45  ---          22 50 43  60.9 -27.8  1.5     136.2    34     1931   03 18 01

03 18 45  G92.69       22 50 43  61.5 -32.9  1.7     130.0   -11     1931   03 18 56
03 19 30  ---          22 51 28  61.4 -33.0  1.7     129.7    34     1934   03 18 46

03 19 30  2116+543     22 51 28  60.8 -27.9  1.5     135.9   -11     1934   03 19 41
03 20 15  ---          22 52 14  60.8 -28.1  1.6     135.6    34     1936   03 19 31

03 20 15  G92.69       22 52 14  61.3 -33.2  1.7     129.4   -11     1936   03 20 26
03 21 00  ---          22 52 59  61.2 -33.3  1.7     129.1    34     1938   03 20 16

03 21 00  2116+543     22 52 59  60.7 -28.3  1.6     135.3   -11     1938   03 21 11
03 21 45  ---          22 53 44  60.6 -28.4  1.6     135.0    34     1940   03 21 01

03 21 45  G92.69       22 53 44  61.1 -33.5  1.7     128.9   -11     1940   03 21 56
03 22 30  ---          22 54 29  61.0 -33.6  1.7     128.6    34     1942   03 21 46

03 22 30  2116+543     22 54 29  60.5 -28.6  1.6     134.7   -11     1942   03 22 41
03 23 15  ---          22 55 14  60.5 -28.7  1.6     134.4    34     1944   03 22 31

03 23 15  G92.69       22 55 14  60.9 -33.8  1.8     128.3   -11     1944   03 23 26
03 24 00  ---          22 55 59  60.8 -33.9  1.8     128.0    34     1947   03 23 16
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
----------------------------------------------------------------------------------------

 --- Wed  28 Oct 2020   Day 302 ---

03 24 00  2116+543     22 55 59  60.4 -28.9  1.6     134.1   -11     1947   03 24 11
03 24 45  ---          22 56 44  60.3 -29.0  1.6     133.8    34     1949   03 24 01

03 24 45  G92.69       22 56 44  60.7 -34.0  1.8     127.8   -11     1949   03 24 56
03 25 30  ---          22 57 29  60.7 -34.2  1.8     127.5    34     1951   03 24 46

03 25 30  2116+543     22 57 29  60.2 -29.2  1.6     133.5   -11     1951   03 25 41
03 26 15  ---          22 58 15  60.1 -29.3  1.7     133.3    34     1953   03 25 31

03 26 15  G92.69       22 58 15  60.6 -34.3  1.8     127.2   -11     1953   03 26 26
03 27 00  ---          22 59 00  60.5 -34.5  1.8     126.9    34     1955   03 26 16

03 27 00  2051+528     22 59 00  58.1 -36.1  2.1     122.3   -13     1955   03 27 13
03 27 45  ---          22 59 45  58.0 -36.3  2.1     122.0    32     1957   03 27 01

03 27 45  G92.69       22 59 45  60.4 -34.6  1.8     126.7   -13     1957   03 27 58
03 28 30  ---          23 00 30  60.3 -34.7  1.8     126.4    32     1960   03 27 46

03 28 30  2051+528     23 00 30  57.9 -36.4  2.1     121.8   -13     1960   03 28 43
03 29 15  ---          23 01 15  57.8 -36.5  2.1     121.5    32     1962   03 28 31

03 29 15  G92.69       23 01 15  60.2 -34.9  1.9     126.1   -13     1962   03 29 28
03 30 00  ---          23 02 00  60.1 -35.0  1.9     125.9    32     1964   03 29 16

03 30 00  2051+528     23 02 00  57.7 -36.6  2.1     121.3   -13     1964   03 30 13
03 30 45  ---          23 02 45  57.6 -36.7  2.1     121.1    32     1966   03 30 01

03 30 45  G92.69       23 02 45  60.0 -35.1  1.9     125.6   -13     1966   03 30 58
03 31 30  ---          23 03 30  59.9 -35.3  1.9     125.3    32     1968   03 30 46

03 31 30  2051+528     23 03 30  57.5 -36.8  2.2     120.8   -13     1968   03 31 43
03 32 15  ---          23 04 16  57.4 -36.9  2.2     120.6    32     1970   03 31 31

03 32 15  G92.69       23 04 16  59.8 -35.4  1.9     125.1   -13     1970   03 32 28
03 33 00  ---          23 05 01  59.7 -35.5  1.9     124.8    32     1972   03 32 16

03 33 00  2051+528     23 05 01  57.3 -37.0  2.2     120.3   -13     1972   03 33 13
03 33 45  ---          23 05 46  57.2 -37.1  2.2     120.1    32     1974   03 33 01

03 33 45  G92.69       23 05 46  59.6 -35.7  1.9     124.6   -13     1974   03 33 58
03 34 30  ---          23 06 31  59.5 -35.8  1.9     124.3    32     1976   03 33 46

03 34 30  2051+528     23 06 31  57.1 -37.2  2.2     119.9   -13     1976   03 34 43
03 35 15  ---          23 07 16  57.0 -37.3  2.2     119.6    32     1978   03 34 31
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
----------------------------------------------------------------------------------------

 --- Wed  28 Oct 2020   Day 302 ---

03 35 15  G92.69       23 07 16  59.4 -35.9  2.0     124.0   -13     1978   03 35 28
03 36 00  ---          23 08 01  59.4 -36.1  2.0     123.8    32     1980   03 35 16

03 36 00  2116+543     23 08 01  59.1 -31.2  1.8     129.7   -11     1980   03 36 11
03 36 45  ---          23 08 46  59.0 -31.3  1.8     129.4    34     1982   03 36 01

03 36 45  G92.69       23 08 46  59.3 -36.2  2.0     123.5   -11     1982   03 36 56
03 37 30  ---          23 09 31  59.2 -36.3  2.0     123.3    34     1985   03 36 46

03 37 30  2116+543     23 09 31  58.9 -31.5  1.8     129.1   -11     1985   03 37 41
03 38 15  ---          23 10 16  58.8 -31.6  1.9     128.9    34     1987   03 37 31

03 38 15  G92.69       23 10 16  59.1 -36.4  2.0     123.0   -11     1987   03 38 26
03 39 00  ---          23 11 02  59.0 -36.5  2.0     122.8    34     1989   03 38 16

03 39 00  2116+543     23 11 02  58.7 -31.7  1.9     128.6   -11     1989   03 39 11
03 39 45  ---          23 11 47  58.7 -31.9  1.9     128.3    34     1991   03 39 01

03 39 45  G92.69       23 11 47  58.9 -36.7  2.0     122.5   -11     1991   03 39 56
03 40 30  ---          23 12 32  58.8 -36.8  2.0     122.3    34     1993   03 39 46

03 40 30  2116+543     23 12 32  58.6 -32.0  1.9     128.1   -11     1993   03 40 41
03 41 15  ---          23 13 17  58.5 -32.1  1.9     127.8    34     1995   03 40 31

03 41 15  G92.69       23 13 17  58.7 -36.9  2.1     122.0   -11     1995   03 41 26
03 42 00  ---          23 14 02  58.6 -37.0  2.1     121.8    34     1998   03 41 16

03 42 00  2116+543     23 14 02  58.4 -32.2  1.9     127.6   -11     1998   03 42 11
03 42 45  ---          23 14 47  58.3 -32.4  1.9     127.3    34     2000   03 42 01

03 42 45  G92.69       23 14 47  58.5 -37.1  2.1     121.5   -11     2000   03 42 56
03 43 30  ---          23 15 32  58.4 -37.2  2.1     121.3    34     2002   03 42 46

03 43 30  2116+543     23 15 32  58.2 -32.5  1.9     127.0   -11     2002   03 43 41
03 44 15  ---          23 16 17  58.1 -32.6  2.0     126.8    34     2004   03 43 31

03 44 15  G92.69       23 16 17  58.3 -37.4  2.1     121.0   -11     2004   03 44 26
03 45 00  ---          23 17 03  58.2 -37.5  2.1     120.8    34     2006   03 44 16

03 45 00  2051+528     23 17 03  55.7 -38.6  2.4     116.6   -13     2006   03 45 13
03 45 45  ---          23 17 48  55.6 -38.7  2.4     116.4    32     2008   03 45 01

03 45 45  G92.69       23 17 48  58.1 -37.6  2.1     120.5   -13     2008   03 45 58
03 46 30  ---          23 18 33  58.0 -37.7  2.1     120.3    32     2011   03 45 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
----------------------------------------------------------------------------------------

 --- Wed  28 Oct 2020   Day 302 ---

03 46 30  2051+528     23 18 33  55.5 -38.8  2.4     116.2   -13     2011   03 46 43
03 47 15  ---          23 19 18  55.4 -38.9  2.4     116.0    32     2013   03 46 31

03 47 15  G92.69       23 19 18  57.9 -37.8  2.2     120.1   -13     2013   03 47 28
03 48 00  ---          23 20 03  57.8 -37.9  2.2     119.8    32     2015   03 47 16

03 48 00  2051+528     23 20 03  55.3 -38.9  2.4     115.7   -13     2015   03 48 13
03 48 45  ---          23 20 48  55.2 -39.0  2.4     115.5    32     2017   03 48 01

03 48 45  G92.69       23 20 48  57.7 -38.0  2.2     119.6   -13     2017   03 48 58
03 49 30  ---          23 21 33  57.6 -38.1  2.2     119.3    32     2019   03 48 46

03 49 30  2051+528     23 21 33  55.1 -39.1  2.5     115.3   -13     2019   03 49 43
03 50 15  ---          23 22 18  55.0 -39.2  2.5     115.1    32     2021   03 49 31

03 50 15  G92.69       23 22 18  57.5 -38.2  2.2     119.1   -13     2021   03 50 28
03 51 00  ---          23 23 04  57.4 -38.3  2.2     118.9    32     2023   03 50 16

03 51 00  2051+528     23 23 04  54.9 -39.3  2.5     114.9   -13     2023   03 51 13
03 51 45  ---          23 23 49  54.8 -39.4  2.5     114.6    32     2025   03 51 01

03 51 45  G92.69       23 23 49  57.3 -38.4  2.2     118.6   -13     2025   03 51 58
03 52 30  ---          23 24 34  57.2 -38.5  2.2     118.4    32     2027   03 51 46

03 52 30  2051+528     23 24 34  54.7 -39.4  2.5     114.4   -13     2027   03 52 43
03 53 15  ---          23 25 19  54.6 -39.5  2.5     114.2    32     2029   03 52 31

03 53 15  G92.69       23 25 19  57.1 -38.6  2.3     118.2   -13     2029   03 53 28
03 54 00  ---          23 26 04  57.0 -38.7  2.3     117.9    32     2031   03 53 16

03 54 00  2116+543     23 26 04  57.0 -34.1  2.1     123.5   -11     2031   03 54 11
03 54 45  ---          23 26 49  56.9 -34.2  2.1     123.3    34     2033   03 54 01

03 54 45  G92.69       23 26 49  56.9 -38.8  2.3     117.7   -11     2033   03 54 56
03 55 30  ---          23 27 34  56.8 -38.9  2.3     117.5    34     2036   03 54 46

03 55 30  2116+543     23 27 34  56.8 -34.4  2.1     123.0   -11     2036   03 55 41
03 56 15  ---          23 28 19  56.7 -34.5  2.2     122.8    34     2038   03 55 31

03 56 15  G92.69       23 28 19  56.7 -39.0  2.3     117.2   -11     2038   03 56 26
03 57 00  ---          23 29 05  56.6 -39.1  2.3     117.0    34     2040   03 56 16

03 57 00  2116+543     23 29 05  56.6 -34.6  2.2     122.5   -11     2040   03 57 11
03 57 45  ---          23 29 50  56.5 -34.7  2.2     122.3    34     2042   03 57 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
----------------------------------------------------------------------------------------

 --- Wed  28 Oct 2020   Day 302 ---

03 57 45  G92.69       23 29 50  56.5 -39.2  2.3     116.8   -11     2042   03 57 56
03 58 30  ---          23 30 35  56.4 -39.3  2.3     116.6    34     2044   03 57 46

03 58 30  2116+543     23 30 35  56.4 -34.8  2.2     122.0   -11     2044   03 58 41
03 59 15  ---          23 31 20  56.3 -34.9  2.2     121.8    34     2046   03 58 31

03 59 15  G92.69       23 31 20  56.3 -39.4  2.4     116.3   -11     2046   03 59 26
04 00 00  ---          23 32 05  56.2 -39.5  2.4     116.1    34     2049   03 59 16

04 00 00  2116+543     23 32 05  56.3 -35.0  2.2     121.6   -11     2049   04 00 11
04 00 45  ---          23 32 50  56.2 -35.1  2.2     121.3    34     2051   04 00 01

04 00 45  G92.69       23 32 50  56.1 -39.6  2.4     115.9   -11     2051   04 00 56
04 01 30  ---          23 33 35  56.0 -39.7  2.4     115.7    34     2053   04 00 46

04 01 30  2116+543     23 33 35  56.1 -35.2  2.3     121.1   -11     2053   04 01 41
04 02 15  ---          23 34 20  56.0 -35.3  2.3     120.8    34     2055   04 01 31

04 02 15  G92.69       23 34 20  55.9 -39.7  2.4     115.4   -11     2055   04 02 26
04 03 00  ---          23 35 06  55.8 -39.8  2.4     115.2    34     2057   04 02 16

04 03 00  2116+543     23 35 06  55.9 -35.4  2.3     120.6   -11     2057   04 03 11
04 03 45  ---          23 35 51  55.8 -35.5  2.3     120.4    34     2060   04 03 01

04 03 45  G92.69       23 35 51  55.7 -39.9  2.4     115.0   -11     2060   04 03 56
04 04 30  ---          23 36 36  55.6 -40.0  2.4     114.8    34     2062   04 03 46

04 04 30  2116+543     23 36 36  55.7 -35.6  2.3     120.1   -11     2062   04 04 41
04 05 15  ---          23 37 21  55.6 -35.7  2.3     119.9    34     2064   04 04 31

04 05 15  G92.69       23 37 21  55.5 -40.1  2.5     114.6   -11     2064   04 05 26
04 06 00  ---          23 38 06  55.3 -40.2  2.5     114.3    34     2066   04 05 16

04 06 00  2116+543     23 38 06  55.5 -35.8  2.3     119.7   -11     2066   04 06 11
04 06 45  ---          23 38 51  55.4 -35.9  2.3     119.4    34     2068   04 06 01

04 06 45  G92.69       23 38 51  55.2 -40.3  2.5     114.1   -11     2068   04 06 56
04 07 30  ---          23 39 36  55.1 -40.3  2.5     113.9    34     2071   04 06 46

04 07 30  2116+543     23 39 36  55.3 -36.0  2.4     119.2   -11     2071   04 07 41
04 08 15  ---          23 40 21  55.2 -36.1  2.4     119.0    34     2073   04 07 31

04 08 15  G92.69       23 40 21  55.0 -40.4  2.5     113.7   -11     2073   04 08 26
04 09 00  ---          23 41 07  54.9 -40.5  2.5     113.5    34     2075   04 08 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
----------------------------------------------------------------------------------------

 --- Wed  28 Oct 2020   Day 302 ---

04 09 00  2051+528     23 41 07  52.4 -41.0  2.8     109.8   -13     2075   04 09 13
04 09 45  ---          23 41 52  52.3 -41.1  2.8     109.6    32     2077   04 09 01

04 09 45  G92.69       23 41 52  54.8 -40.6  2.5     113.3   -13     2077   04 09 58
04 10 30  ---          23 42 37  54.7 -40.7  2.5     113.0    32     2079   04 09 46

04 10 30  2051+528     23 42 37  52.2 -41.1  2.8     109.4   -13     2079   04 10 43
04 11 15  ---          23 43 22  52.1 -41.2  2.8     109.2    32     2081   04 10 31

04 11 15  G92.69       23 43 22  54.6 -40.7  2.6     112.8   -13     2081   04 11 28
04 12 00  ---          23 44 07  54.5 -40.8  2.6     112.6    32     2083   04 11 16

04 12 00  2051+528     23 44 07  52.0 -41.3  2.8     109.0   -13     2083   04 12 13
04 12 45  ---          23 44 52  51.9 -41.3  2.9     108.9    32     2085   04 12 01

04 12 45  G92.69       23 44 52  54.4 -40.9  2.6     112.4   -13     2085   04 12 58
04 13 30  ---          23 45 37  54.3 -41.0  2.6     112.2    32     2087   04 12 46

04 13 30  2051+528     23 45 37  51.8 -41.4  2.9     108.7   -13     2087   04 13 43
04 14 15  ---          23 46 22  51.7 -41.4  2.9     108.5    32     2089   04 13 31

04 14 15  G92.69       23 46 22  54.2 -41.0  2.6     112.0   -13     2089   04 14 28
04 15 00  ---          23 47 08  54.1 -41.1  2.6     111.8    32     2091   04 14 16

04 15 00  2051+528     23 47 08  51.6 -41.5  2.9     108.3   -13     2091   04 15 13
04 15 45  ---          23 47 53  51.5 -41.5  2.9     108.1    32     2094   04 15 01

04 15 45  G92.69       23 47 53  54.0 -41.2  2.6     111.6   -13     2094   04 15 58
04 16 30  ---          23 48 38  53.9 -41.3  2.6     111.4    32     2096   04 15 46

04 16 30  2051+528     23 48 38  51.4 -41.6  2.9     107.9   -13     2096   04 16 43
04 17 15  ---          23 49 23  51.2 -41.7  2.9     107.7    32     2098   04 16 31

04 17 15  G92.69       23 49 23  53.8 -41.3  2.7     111.2   -13     2098   04 17 28
04 18 00  ---          23 50 08  53.7 -41.4  2.7     111.0    32     2100   04 17 16

04 21 00  J2202+4216   23 53 09  65.2 -54.1  1.8     109.3   148     2100   04 21 00
04 29 00  =VR422201    00 01 10  63.8 -55.2  2.0     107.0   480     2131   04 21 01

04 29 00  G92.69       00 01 10  52.1 -42.3  2.9     108.0   -31     2131   04 29 31
04 34 00  ---          00 06 11  51.3 -42.7  2.9     106.8   269     2148   04 29 01

04 34 00  2116+543     00 06 11  51.8 -38.7  2.8     111.6   -11     2148   04 34 11
04 34 45  ---          00 06 56  51.7 -38.8  2.8     111.4    34     2150   04 34 01
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
----------------------------------------------------------------------------------------

 --- Wed  28 Oct 2020   Day 302 ---

04 34 45  G92.69       00 06 56  51.2 -42.7  2.9     106.6   -11     2150   04 34 56
04 35 30  ---          00 07 41  51.1 -42.8  3.0     106.4    34     2152   04 34 46

04 35 30  2116+543     00 07 41  51.6 -38.9  2.8     111.2   -11     2152   04 35 41
04 36 15  ---          00 08 26  51.5 -38.9  2.8     111.0    34     2155   04 35 31

04 36 15  G92.69       00 08 26  51.0 -42.8  3.0     106.2   -11     2155   04 36 26
04 37 00  ---          00 09 11  50.9 -42.9  3.0     106.0    34     2157   04 36 16

04 37 00  2116+543     00 09 11  51.4 -39.0  2.8     110.8   -11     2157   04 37 11
04 37 45  ---          00 09 56  51.3 -39.1  2.9     110.6    34     2159   04 37 01

04 37 45  G92.69       00 09 56  50.8 -42.9  3.0     105.8   -11     2159   04 37 56
04 38 30  ---          00 10 41  50.7 -43.0  3.0     105.6    34     2161   04 37 46

04 38 30  2116+543     00 10 41  51.2 -39.1  2.9     110.4   -11     2161   04 38 41
04 39 15  ---          00 11 27  51.1 -39.2  2.9     110.2    34     2163   04 38 31

04 39 15  G92.69       00 11 27  50.6 -43.0  3.0     105.4   -11     2163   04 39 26
04 40 00  ---          00 12 12  50.5 -43.1  3.0     105.2    34     2165   04 39 16

04 40 00  2116+543     00 12 12  51.0 -39.2  2.9     110.0   -11     2165   04 40 11
04 40 45  ---          00 12 57  50.9 -39.3  2.9     109.8    34     2168   04 40 01

04 40 45  G92.69       00 12 57  50.4 -43.1  3.0     105.1   -11     2168   04 40 56
04 41 30  ---          00 13 42  50.2 -43.2  3.1     104.9    34     2170   04 40 46

04 41 30  2116+543     00 13 42  50.8 -39.4  2.9     109.6   -11     2170   04 41 41
04 42 15  ---          00 14 27  50.7 -39.4  2.9     109.4    34     2172   04 41 31

04 42 15  G92.69       00 14 27  50.1 -43.2  3.1     104.7   -11     2172   04 42 26
04 43 00  ---          00 15 12  50.0 -43.3  3.1     104.5    34     2174   04 42 16

04 43 00  2051+528     00 15 12  47.5 -43.2  3.4     101.4   -13     2174   04 43 13
04 43 45  ---          00 15 57  47.4 -43.2  3.4     101.2    32     2176   04 43 01

04 43 45  G92.69       00 15 57  49.9 -43.3  3.1     104.3   -13     2176   04 43 58
04 44 30  ---          00 16 42  49.8 -43.4  3.1     104.1    32     2178   04 43 46

04 44 30  2051+528     00 16 42  47.3 -43.2  3.4     101.0   -13     2178   04 44 43
04 45 15  ---          00 17 28  47.2 -43.2  3.4     100.9    32     2180   04 44 31

04 45 15  G92.69       00 17 28  49.7 -43.4  3.1     104.0   -13     2180   04 45 28
04 46 00  ---          00 18 13  49.6 -43.4  3.1     103.8    32     2182   04 45 16
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
----------------------------------------------------------------------------------------

 --- Wed  28 Oct 2020   Day 302 ---

04 46 00  2051+528     00 18 13  47.1 -43.3  3.4     100.7   -13     2182   04 46 13
04 46 45  ---          00 18 58  46.9 -43.3  3.4     100.5    32     2185   04 46 01

04 46 45  G92.69       00 18 58  49.5 -43.5  3.1     103.6   -13     2185   04 46 58
04 47 30  ---          00 19 43  49.4 -43.5  3.2     103.4    32     2187   04 46 46

04 47 30  2051+528     00 19 43  46.8 -43.3  3.4     100.3   -13     2187   04 47 43
04 48 15  ---          00 20 28  46.7 -43.4  3.4     100.2    32     2189   04 47 31

04 48 15  G92.69       00 20 28  49.2 -43.6  3.2     103.2   -13     2189   04 48 28
04 49 00  ---          00 21 13  49.1 -43.6  3.2     103.1    32     2191   04 48 16

04 49 00  2051+528     00 21 13  46.6 -43.4  3.5     100.0   -13     2191   04 49 13
04 49 45  ---          00 21 58  46.5 -43.4  3.5      99.8    32     2193   04 49 01

04 49 45  G92.69       00 21 58  49.0 -43.6  3.2     102.9   -13     2193   04 49 58
04 50 30  ---          00 22 43  48.9 -43.7  3.2     102.7    32     2195   04 49 46

04 50 30  2051+528     00 22 43  46.4 -43.5  3.5      99.7   -13     2195   04 50 43
04 51 15  ---          00 23 28  46.3 -43.5  3.5      99.5    32     2197   04 50 31

04 51 15  G92.69       00 23 28  48.8 -43.7  3.2     102.5   -13     2197   04 51 28
04 52 00  ---          00 24 14  48.7 -43.8  3.2     102.3    32     2199   04 51 16

04 55 00  J2202+4216   00 27 14  59.1 -57.6  2.4     100.5   150     2199   04 55 00
05 03 00  =VR422201    00 35 15  57.7 -58.1  2.5      98.7   480     2230   04 55 01

05 03 15  3C84         00 35 30  55.2  60.0 -2.8     -94.7   -77     2230   05 04 32
05 16 00  ---          00 48 18  57.5  59.6 -2.5     -97.2   688     2274   05 03 16

05 16 00  G92.69       00 48 18  45.1 -44.7  3.6      96.9   -82     2274   05 17 22
05 21 00  ---          00 53 18  44.3 -44.8  3.7      95.8   218     2288   05 16 01

05 21 00  2116+543     00 53 18  45.3 -41.5  3.6      99.9   -10     2288   05 21 10
05 21 45  ---          00 54 04  45.2 -41.6  3.6      99.7    35     2290   05 21 01

05 21 45  G92.69       00 54 04  44.2 -44.8  3.7      95.7   -10     2290   05 21 55
05 22 30  ---          00 54 49  44.1 -44.8  3.7      95.5    35     2293   05 21 46

05 22 30  2116+543     00 54 49  45.1 -41.6  3.6      99.5   -10     2293   05 22 40
05 23 15  ---          00 55 34  45.0 -41.6  3.6      99.3    35     2295   05 22 31

05 23 15  G92.69       00 55 34  44.0 -44.8  3.8      95.4   -10     2295   05 23 25
05 24 00  ---          00 56 19  43.9 -44.8  3.8      95.2    35     2297   05 23 16
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
----------------------------------------------------------------------------------------

 --- Wed  28 Oct 2020   Day 302 ---

05 24 00  2116+543     00 56 19  44.8 -41.6  3.6      99.2   -10     2297   05 24 10
05 24 45  ---          00 57 04  44.7 -41.7  3.6      99.0    35     2299   05 24 01

05 24 45  G92.69       00 57 04  43.7 -44.9  3.8      95.0   -10     2299   05 24 55
05 25 30  ---          00 57 49  43.6 -44.9  3.8      94.9    35     2302   05 24 46

05 25 30  2116+543     00 57 49  44.6 -41.7  3.7      98.8   -10     2302   05 25 40
05 26 15  ---          00 58 34  44.5 -41.7  3.7      98.7    35     2304   05 25 31

05 26 15  G92.69       00 58 34  43.5 -44.9  3.8      94.7   -10     2304   05 26 25
05 27 00  ---          00 59 19  43.4 -44.9  3.8      94.6    35     2306   05 26 16

05 27 00  2116+543     00 59 19  44.4 -41.7  3.7      98.5   -10     2306   05 27 10
05 27 45  ---          01 00 04  44.3 -41.7  3.7      98.3    35     2309   05 27 01

05 27 45  G92.69       01 00 04  43.3 -44.9  3.8      94.4   -10     2309   05 27 55
05 28 30  ---          01 00 50  43.2 -44.9  3.8      94.3    35     2311   05 27 46

05 28 30  2116+543     01 00 50  44.2 -41.8  3.7      98.2   -10     2311   05 28 40
05 29 15  ---          01 01 35  44.1 -41.8  3.7      98.0    35     2313   05 28 31

05 29 15  G92.69       01 01 35  43.1 -44.9  3.9      94.1   -10     2313   05 29 25
05 30 00  ---          01 02 20  42.9 -44.9  3.9      93.9    35     2315   05 29 16

05 30 00  2051+528     01 02 20  40.5 -44.2  4.1      91.2   -13     2315   05 30 13
05 30 45  ---          01 03 05  40.4 -44.2  4.2      91.0    32     2317   05 30 01

05 30 45  G92.69       01 03 05  42.8 -45.0  3.9      93.8   -13     2317   05 30 58
05 31 30  ---          01 03 50  42.7 -45.0  3.9      93.6    32     2319   05 30 46

05 31 30  2051+528     01 03 50  40.2 -44.2  4.2      90.9   -13     2319   05 31 43
05 32 15  ---          01 04 35  40.1 -44.2  4.2      90.7    32     2321   05 31 31

05 32 15  G92.69       01 04 35  42.6 -45.0  3.9      93.5   -13     2321   05 32 28
05 33 00  ---          01 05 20  42.5 -45.0  3.9      93.3    32     2324   05 32 16

05 33 00  2051+528     01 05 20  40.0 -44.2  4.2      90.6   -13     2324   05 33 13
05 33 45  ---          01 06 05  39.9 -44.2  4.2      90.4    32     2326   05 33 01

05 33 45  G92.69       01 06 05  42.4 -45.0  3.9      93.2   -13     2326   05 33 58
05 34 30  ---          01 06 51  42.3 -45.0  3.9      93.0    32     2328   05 33 46

05 34 30  2051+528     01 06 51  39.8 -44.2  4.2      90.3   -13     2328   05 34 43
05 35 15  ---          01 07 36  39.7 -44.2  4.2      90.1    32     2330   05 34 31
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
----------------------------------------------------------------------------------------

 --- Wed  28 Oct 2020   Day 302 ---

05 35 15  G92.69       01 07 36  42.1 -45.0  4.0      92.9   -13     2330   05 35 28
05 36 00  ---          01 08 21  42.0 -45.0  4.0      92.7    32     2332   05 35 16

05 36 00  2051+528     01 08 21  39.6 -44.2  4.2      90.0   -13     2332   05 36 13
05 36 45  ---          01 09 06  39.5 -44.2  4.3      89.8    32     2334   05 36 01

05 36 45  G92.69       01 09 06  41.9 -45.0  4.0      92.5   -13     2334   05 36 58
05 37 30  ---          01 09 51  41.8 -45.0  4.0      92.4    32     2336   05 36 46

05 37 30  2051+528     01 09 51  39.3 -44.2  4.3      89.7   -13     2336   05 37 43
05 38 15  ---          01 10 36  39.2 -44.2  4.3      89.5    32     2338   05 37 31

05 38 15  G92.69       01 10 36  41.7 -45.0  4.0      92.2   -13     2338   05 38 28
05 39 00  ---          01 11 21  41.6 -45.0  4.0      92.1    32     2340   05 38 16

05 39 00  2116+543     01 11 21  42.7 -42.0  3.9      95.8   -10     2340   05 39 10
05 39 45  ---          01 12 06  42.6 -42.0  3.9      95.7    35     2342   05 39 01

05 39 45  G92.69       01 12 06  41.5 -45.0  4.0      91.9   -10     2342   05 39 55
05 40 30  ---          01 12 52  41.3 -45.0  4.0      91.8    35     2345   05 39 46

05 40 30  2116+543     01 12 52  42.5 -42.1  3.9      95.5   -10     2345   05 40 40
05 41 15  ---          01 13 37  42.4 -42.1  3.9      95.3    35     2347   05 40 31

05 41 15  G92.69       01 13 37  41.2 -45.1  4.1      91.6   -10     2347   05 41 25
05 42 00  ---          01 14 22  41.1 -45.1  4.1      91.5    35     2349   05 41 16

05 42 00  2116+543     01 14 22  42.3 -42.1  3.9      95.2   -10     2349   05 42 10
05 42 45  ---          01 15 07  42.1 -42.1  3.9      95.0    35     2351   05 42 01

05 42 45  G92.69       01 15 07  41.0 -45.1  4.1      91.3   -10     2351   05 42 55
05 43 30  ---          01 15 52  40.9 -45.1  4.1      91.2    35     2354   05 42 46

05 43 30  2116+543     01 15 52  42.0 -42.1  4.0      94.9   -10     2354   05 43 40
05 44 15  ---          01 16 37  41.9 -42.1  4.0      94.7    35     2356   05 43 31

05 44 15  G92.69       01 16 37  40.8 -45.1  4.1      91.0   -10     2356   05 44 25
05 45 00  ---          01 17 22  40.7 -45.1  4.1      90.9    35     2358   05 44 16

05 45 00  2116+543     01 17 22  41.8 -42.1  4.0      94.5   -10     2358   05 45 10
05 45 45  ---          01 18 07  41.7 -42.1  4.0      94.4    35     2360   05 45 01

05 45 45  G92.69       01 18 07  40.5 -45.1  4.1      90.7   -10     2360   05 45 55
05 46 30  ---          01 18 53  40.4 -45.1  4.1      90.6    35     2363   05 45 46
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
----------------------------------------------------------------------------------------

 --- Wed  28 Oct 2020   Day 302 ---

05 46 30  2116+543     01 18 53  41.6 -42.2  4.0      94.2   -10     2363   05 46 40
05 47 15  ---          01 19 38  41.5 -42.2  4.0      94.1    35     2365   05 46 31

05 47 15  G92.69       01 19 38  40.3 -45.1  4.2      90.4   -10     2365   05 47 25
05 48 00  ---          01 20 23  40.2 -45.1  4.2      90.3    35     2367   05 47 16

05 48 00  2051+528     01 20 23  37.8 -44.2  4.4      87.6   -13     2367   05 48 13
05 48 45  ---          01 21 08  37.7 -44.2  4.5      87.5    32     2369   05 48 01

05 48 45  G92.69       01 21 08  40.1 -45.1  4.2      90.1   -13     2369   05 48 58
05 49 30  ---          01 21 53  40.0 -45.1  4.2      90.0    32     2371   05 48 46

05 49 30  2051+528     01 21 53  37.5 -44.2  4.5      87.3   -13     2371   05 49 43
05 50 15  ---          01 22 38  37.4 -44.2  4.5      87.2    32     2373   05 49 31

05 50 15  G92.69       01 22 38  39.9 -45.1  4.2      89.8   -13     2373   05 50 28
05 51 00  ---          01 23 23  39.7 -45.1  4.2      89.7    32     2375   05 50 16

05 51 00  2051+528     01 23 23  37.3 -44.2  4.5      87.0   -13     2375   05 51 13
05 51 45  ---          01 24 08  37.2 -44.2  4.5      86.9    32     2377   05 51 01

05 51 45  G92.69       01 24 08  39.6 -45.1  4.2      89.5   -13     2377   05 51 58
05 52 30  ---          01 24 54  39.5 -45.1  4.2      89.4    32     2379   05 51 46

05 52 30  2051+528     01 24 54  37.1 -44.1  4.5      86.7   -13     2379   05 52 43
05 53 15  ---          01 25 39  37.0 -44.1  4.5      86.6    32     2381   05 52 31

05 53 15  G92.69       01 25 39  39.4 -45.1  4.3      89.2   -13     2381   05 53 28
05 54 00  ---          01 26 24  39.3 -45.1  4.3      89.1    32     2384   05 53 16

05 54 00  2051+528     01 26 24  36.9 -44.1  4.5      86.4   -13     2384   05 54 13
05 54 45  ---          01 27 09  36.7 -44.1  4.6      86.3    32     2386   05 54 01

05 54 45  G92.69       01 27 09  39.2 -45.1  4.3      88.9   -13     2386   05 54 58
05 55 30  ---          01 27 54  39.0 -45.1  4.3      88.8    32     2388   05 54 46

05 55 30  2051+528     01 27 54  36.6 -44.1  4.6      86.2   -13     2388   05 55 43
05 56 15  ---          01 28 39  36.5 -44.1  4.6      86.0    32     2390   05 55 31

05 56 15  G92.69       01 28 39  38.9 -45.1  4.3      88.6   -13     2390   05 56 28
05 57 00  ---          01 29 24  38.8 -45.1  4.3      88.5    32     2392   05 56 16

05 57 00  2116+543     01 29 24  40.1 -42.3  4.2      92.0   -10     2392   05 57 10
05 57 45  ---          01 30 09  40.0 -42.3  4.2      91.8    35     2394   05 57 01
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
----------------------------------------------------------------------------------------

 --- Wed  28 Oct 2020   Day 302 ---

05 57 45  G92.69       01 30 09  38.7 -45.1  4.3      88.3   -11     2394   05 57 56
05 58 30  ---          01 30 55  38.6 -45.0  4.3      88.2    34     2396   05 57 46

05 58 30  2116+543     01 30 55  39.9 -42.3  4.2      91.7   -11     2396   05 58 41
05 59 15  ---          01 31 40  39.8 -42.3  4.2      91.5    34     2398   05 58 31

05 59 15  G92.69       01 31 40  38.5 -45.0  4.4      88.1   -11     2398   05 59 26
06 00 00  ---          01 32 25  38.4 -45.0  4.4      87.9    34     2401   05 59 16

06 00 00  2116+543     01 32 25  39.6 -42.3  4.2      91.4   -11     2401   06 00 11
06 00 45  ---          01 33 10  39.5 -42.3  4.2      91.2    34     2403   06 00 01

06 00 45  G92.69       01 33 10  38.2 -45.0  4.4      87.8   -11     2403   06 00 56
06 01 30  ---          01 33 55  38.1 -45.0  4.4      87.6    34     2405   06 00 46

06 01 30  2116+543     01 33 55  39.4 -42.3  4.3      91.1   -11     2405   06 01 41
06 02 15  ---          01 34 40  39.3 -42.3  4.3      90.9    34     2407   06 01 31

06 02 15  G92.69       01 34 40  38.0 -45.0  4.4      87.5   -11     2407   06 02 26
06 03 00  ---          01 35 25  37.9 -45.0  4.4      87.3    34     2409   06 02 16

06 03 00  2116+543     01 35 25  39.2 -42.3  4.3      90.8   -11     2409   06 03 11
06 03 45  ---          01 36 10  39.1 -42.3  4.3      90.6    34     2412   06 03 01

06 03 45  G92.69       01 36 10  37.8 -45.0  4.4      87.2   -11     2412   06 03 56
06 04 30  ---          01 36 56  37.7 -45.0  4.4      87.0    34     2414   06 03 46

06 04 30  2116+543     01 36 56  39.0 -42.3  4.3      90.4   -11     2414   06 04 41
06 05 15  ---          01 37 41  38.9 -42.3  4.3      90.3    34     2416   06 04 31

06 05 15  G92.69       01 37 41  37.6 -45.0  4.5      86.9   -11     2416   06 05 26
06 06 00  ---          01 38 26  37.4 -45.0  4.5      86.8    34     2418   06 05 16

06 06 00  2116+543     01 38 26  38.8 -42.3  4.3      90.1   -11     2418   06 06 11
06 06 45  ---          01 39 11  38.7 -42.3  4.3      90.0    34     2420   06 06 01

06 06 45  G92.69       01 39 11  37.3 -45.0  4.5      86.6   -11     2420   06 06 56
06 07 30  ---          01 39 56  37.2 -45.0  4.5      86.5    34     2423   06 06 46

06 07 30  2116+543     01 39 56  38.6 -42.3  4.4      89.8   -11     2423   06 07 41
06 08 15  ---          01 40 41  38.5 -42.3  4.4      89.7    34     2425   06 07 31

06 08 15  G92.69       01 40 41  37.1 -45.0  4.5      86.3   -11     2425   06 08 26
06 09 00  ---          01 41 26  37.0 -44.9  4.5      86.2    34     2427   06 08 16
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
----------------------------------------------------------------------------------------

 --- Wed  28 Oct 2020   Day 302 ---

06 09 00  2116+543     01 41 26  38.3 -42.3  4.4      89.5   -11     2427   06 09 11
06 09 45  ---          01 42 11  38.2 -42.3  4.4      89.4    34     2429   06 09 01

06 09 45  G92.69       01 42 11  36.9 -44.9  4.5      86.0   -11     2429   06 09 56
06 10 30  ---          01 42 57  36.8 -44.9  4.5      85.9    34     2431   06 09 46

06 10 30  2116+543     01 42 57  38.1 -42.3  4.4      89.2   -11     2431   06 10 41
06 11 15  ---          01 43 42  38.0 -42.3  4.4      89.1    34     2433   06 10 31

06 11 15  G92.69       01 43 42  36.6 -44.9  4.6      85.7   -11     2433   06 11 26
06 12 00  ---          01 44 27  36.5 -44.9  4.6      85.6    34     2436   06 11 16

06 12 00  2051+528     01 44 27  34.2 -43.8  4.8      83.0   -13     2436   06 12 13
06 12 45  ---          01 45 12  34.1 -43.8  4.9      82.9    32     2438   06 12 01

06 12 45  G92.69       01 45 12  36.4 -44.9  4.6      85.5   -13     2438   06 12 58
06 13 30  ---          01 45 57  36.3 -44.9  4.6      85.3    32     2440   06 12 46

06 13 30  2051+528     01 45 57  33.9 -43.8  4.9      82.7   -13     2440   06 13 43
06 14 15  ---          01 46 42  33.8 -43.8  4.9      82.6    32     2442   06 13 31

06 14 15  G92.69       01 46 42  36.2 -44.9  4.6      85.2   -13     2442   06 14 28
06 15 00  ---          01 47 27  36.1 -44.9  4.6      85.0    32     2444   06 14 16

06 15 00  2051+528     01 47 27  33.7 -43.8  4.9      82.5   -13     2444   06 15 13
06 15 45  ---          01 48 12  33.6 -43.7  4.9      82.3    32     2446   06 15 01

06 15 45  G92.69       01 48 12  36.0 -44.8  4.6      84.9   -13     2446   06 15 58
06 16 30  ---          01 48 57  35.8 -44.8  4.6      84.8    32     2448   06 15 46

06 16 30  2051+528     01 48 57  33.5 -43.7  4.9      82.2   -13     2448   06 16 43
06 17 15  ---          01 49 43  33.4 -43.7  4.9      82.0    32     2450   06 16 31

06 17 15  G92.69       01 49 43  35.7 -44.8  4.7      84.6   -13     2450   06 17 28
06 18 00  ---          01 50 28  35.6 -44.8  4.7      84.5    32     2452   06 17 16

06 18 00  2051+528     01 50 28  33.3 -43.7  4.9      81.9   -13     2452   06 18 13
06 18 45  ---          01 51 13  33.2 -43.7  5.0      81.7    32     2454   06 18 01

06 18 45  G92.69       01 51 13  35.5 -44.8  4.7      84.3   -13     2454   06 18 58
06 19 30  ---          01 51 58  35.4 -44.8  4.7      84.2    32     2456   06 18 46

06 19 30  2051+528     01 51 58  33.0 -43.6  5.0      81.6   -13     2456   06 19 43
06 20 15  ---          01 52 43  32.9 -43.6  5.0      81.5    32     2458   06 19 31
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
----------------------------------------------------------------------------------------

 --- Wed  28 Oct 2020   Day 302 ---

06 20 15  G92.69       01 52 43  35.3 -44.8  4.7      84.0   -13     2458   06 20 28
06 21 00  ---          01 53 28  35.2 -44.8  4.7      83.9    32     2460   06 20 16

06 24 00  J2202+4216   01 56 29  42.7 -58.7  3.9      84.5   156     2460   06 24 00
06 32 00  =VR422201    02 04 30  41.2 -58.5  4.0      83.2   480     2491   06 24 01

06 35 00  G92.69       02 07 31  33.0 -44.4  5.0      81.3   157     2491   06 35 00
06 42 00  ---          02 14 32  32.0 -44.2  5.1      80.0   420     2518   06 35 01

06 42 20  G92.69       02 14 52  31.9 -44.2  5.1      80.0    14     2518   06 42 20
06 54 00  ---          02 26 34  30.2 -43.8  5.3      77.9   700     2563   06 42 21

06 54 20  G92.69       02 26 54  30.1 -43.8  5.3      77.8    14     2563   06 54 20
07 06 00  ---          02 38 36  28.4 -43.3  5.5      75.7   700     2609   06 54 21

07 06 20  G92.69       02 38 56  28.4 -43.3  5.5      75.6    14     2609   07 06 20
07 18 00  ---          02 50 38  26.6 -42.8  5.7      73.6   700     2654   07 06 21

07 18 20  G92.69       02 50 58  26.6 -42.8  5.7      73.5    14     2654   07 18 20
07 30 00  ---          03 02 40  24.9 -42.2  5.9      71.5   700     2699   07 18 21

07 33 00  J2202+4216   03 05 40  30.2 -55.8  5.0      74.5   161     2699   07 33 00
07 41 00  =VR422201    03 13 41  28.7 -55.3  5.2      73.4   480     2730   07 33 01

07 44 00  G92.69       03 16 42  22.9 -41.4  6.1      69.0   161     2730   07 44 00
07 49 00  ---          03 21 43  22.2 -41.1  6.2      68.1   300     2749   07 44 01

07 49 00  G92.69       03 21 43  22.2 -41.1  6.2      68.1    -6     2749   07 49 06
07 53 00  ---          03 25 43  21.6 -40.8  6.3      67.4   234     2764   07 49 01

07 53 20  G92.69       03 26 03  21.6 -40.8  6.3      67.3    14     2764   07 53 20
08 05 00  ---          03 37 45  19.9 -40.0  6.5      65.3   700     2809   07 53 21

08 05 20  G92.69       03 38 05  19.9 -40.0  6.5      65.2    14     2809   08 05 20
08 17 00  ---          03 49 47  18.3 -39.2  6.7      63.2   700     2854   08 05 21

08 17 20  G92.69       03 50 07  18.2 -39.2  6.7      63.1    14     2854   08 17 20
08 29 00  ---          04 01 49  16.7 -38.3  6.9      61.1   700     2899   08 17 21

08 29 20  G92.69       04 02 09  16.6 -38.3  6.9      61.0    14     2899   08 29 20
08 41 00  ---          04 13 51  15.1 -37.3  7.1      58.9   700     2944   08 29 21

08 44 00  J2202+4216   04 16 52  17.9 -50.8  6.2      64.5   162     2944   08 44 00
08 52 00  =VR422201    04 24 53  16.5 -50.1  6.4      63.3   480     2975   08 44 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
----------------------------------------------------------------------------------------

 --- Wed  28 Oct 2020   Day 302 ---

08 55 00  G92.69       04 27 54  13.3 -36.2  7.3      56.5   162     2975   08 55 00
09 04 00  ---          04 36 55  12.1 -35.4  7.4      54.8   540     3010   08 55 01

09 04 20  G92.69       04 37 15  12.1 -35.3  7.5      54.8    14     3010   09 04 20
09 16 00  ---          04 48 57  10.6 -34.3  7.6      52.7   700     3055   09 04 21

09 16 20  G92.69       04 49 17  10.6 -34.2  7.7      52.6    14     3055   09 16 20
09 28 00  ---          05 00 59   9.2 -33.1  7.8      50.5   700     3100   09 16 21

09 28 20  G92.69       05 01 19   9.2 -33.1  7.9      50.4    14     3100   09 28 20
09 40 00  ---          05 13 01   7.8 -31.9  8.1      48.3   700     3145   09 28 21

09 40 20  G92.69       05 13 21   7.8 -31.9  8.1      48.2    14     3145   09 40 20
09 52 00  ---          05 25 03   6.5 -30.6  8.3      46.0   700     3190   09 40 21

09 55 00  J2202+4216   05 28 03   6.6 -43.9  7.4      53.9   162     3190   09 55 00
10 03 00  =VR422201    05 36 05   5.4 -43.0  7.5      52.6   480     3221   09 55 01

10 06 00  G92.69       05 39 05   5.0 -29.1  8.5  H   43.4   162     3221   10 06 00
10 11 00  ---          05 44 06   4.5 -28.6  8.6  H   42.5     0     3241   10 06 01

10 11 00  G92.69       05 44 06   4.5 -28.6  8.6  H   42.5    -6     3241   10 11 06
10 15 00  ---          05 48 07   4.0 -28.1  8.6  H   41.7     0     3256   10 11 01

10 15 20  G92.69       05 48 27   4.0 -28.1  8.6  H   41.6    14     3256   10 15 20
10 27 00  ---          06 00 09   2.8 -26.7  8.8  H   39.4     0     3301   10 15 21

10 27 20  G92.69       06 00 29   2.8 -26.7  8.8  H   39.3    14     3301   10 27 20
10 39 00  ---          06 12 11   1.7 -25.3  9.0  D   37.1     0     3346   10 27 21


SETUP FILE INFORMATION:
   NOTE: If DOPPLER, FREQ, or BW were used, see the individual scans for the final BBC settings.


 ======== Setup file: sess320.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:  17  Based on FREQ, BW, and/or DOPPLER in schedule.  Used with PCAL = off
   LO sum=   22196.00  22196.00  22212.00  22212.00  22228.00  22228.00  22244.00  22244.00
   BBC fr=     696.00    696.00    712.00    712.00    728.00    728.00    744.00    744.00
   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=     712.00    712.00    728.00    728.00
   CRD bw=      16.00     16.00     16.00     16.00
    Matching frequency sets:  17  18  19  20  21  22  23  24  25  26

   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)

 * G92.69            21 07 46.666431   * 21 09 21.720000     21 10 00.851030       0.00
                     52 10 22.60812    * 52 22 37.08000      52 27 57.24210        0.00
                     From catalog imbedded in main SCHED input file.
                     Doppler based on LSR frame and radio definition.  Velocities:
                         -6.40    -6.40    -6.40    -6.40    -6.40    -6.40    -6.40    -6.40

 * 2051+528          20 51 45.443472   * 20 53 14.692900     20 53 51.289886       0.00
                     52 50 11.50341    * 53 01 36.43300      53 06 36.46621        0.00
                     From catalog imbedded in main SCHED input file.
                     Doppler based on other sources.

 * 3C48              01 34 49.826446   * 01 37 41.299512     01 38 53.099606       0.55
   J0137+3309        32 54 20.25968    * 33 09 35.13386      33 15 56.71532        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 11.296335       1.50
   J0319+4130        41 19 51.91692    * 41 30 42.10404      41 35 08.43256        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 43.879528       0.04
   J2005+7752        77 43 58.12301    * 77 52 43.24754      77 56 35.13924        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.

 * 2116+543          21 16 23.596185   * 21 17 56.484554     21 18 34.818152       0.18
   J2117+5431        54 18 52.99626    * 54 31 32.50199      54 37 02.98865        0.11
                     /home/guest/rmc/SCHED/sched11.6/catalogs/sources.gsfc
                     GSFC 2016a X/S astro solution,     95 observations.
                     Doppler based on other sources.

   VR422201          22 00 39.362504   * 22 02 43.291371     22 03 34.651931       0.01
 * J2202+4216        42 02 08.59075    * 42 16 39.97988      42 22 54.10651        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
  G92.69     sess320.K512lineglob  1 2 3 4 5 6 7 9 10 13 17         21.872  2986.516
  2051+528   sess320.K512lineglob  17                                1.500    46.475
  3C48       sess320.K512lineglob  1 2 3 4 7 9 10 17                 0.300    53.526
  3C84       sess320.K512lineglob  1 2 3 4 5 6 7 9 10 13 17          0.379    51.968
  2007+777   sess320.K512lineglob  2 3 4 5 6 7 9 10 13 17            0.358    97.225
  2116+543   sess320.K512lineglob  17                                1.800    57.709
  J2202+4216 sess320.K512lineglob  1 2 3 4 5 6 7 9 10 13 17          3.933   374.789


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) 
   G92.69             109.4
   2051+528           106.9
   3C48               158.6
   3C84               147.8
   2007+777           102.6
   2116+543           110.5
   J2202+4216         119.5

  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 

