  COVER INFORMATION 

 Station:    VLBA_FD   (Code Fd ) 
 Experiment: The true nature of the jet base in 3C84
 Exp. Code:  GP061B  


Schedule Version:      10.00
Processed by SCHED version:  11.60  Release 11.6; April 2020

PI:       Georgios Filippos Paraschos

Address:  Max-Planck-Institute for Radiostronomy
          Auf dem Huegel, 69
          Bonn, NRW, 53121
          Germany

Phone:    +49228525292
EMAIL:    gfparaschos@mpifr-bonn.mpg.de
Fax:
Phone during observation: +492257301155

Observing mode:

Notes:    PHASECAL should be ON
          v10 with KVNPC
 
 

Schedule for VLBA_FD   (Code Fd )                                   Page   2
               The true nature of the jet base in 3C84
  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
----------------------------------------------------------------------------------------

 --- Fri   7 Jun 2024   Day 159 ---

 Next scan frequencies:  43040.00  43040.00  43104.00  43104.00  43168.00  43168.00  43232.00  43232.00
 Next BBC frequencies:     640.00    640.00    704.00    704.00    768.00    768.00    832.00    832.00
 Next scan bandwidths:      64.00     64.00     64.00     64.00     64.00     64.00     64.00     64.00

09 00 01  J0102+5824   19 09 15  26.4  35.6 -5.9     -73.8     0        0   09 00 01
09 06 01  =0059+581    19 15 16  27.1  35.9 -5.8     -75.0   360       93   09 00 02

09 07 01  J0102+5824   19 16 16  27.3  35.9 -5.8     -75.2    54       93   09 07 01
09 13 01  =0059+581    19 22 17  28.0  36.1 -5.7     -76.4   360      185   09 07 02

09 14 01  J0102+5824   19 23 18  28.2  36.2 -5.7     -76.6    54      185   09 14 01
09 20 01  =0059+581    19 29 19  28.9  36.4 -5.6     -77.7   360      278   09 14 02

09 21 01  J0102+5824   19 30 19  29.1  36.4 -5.6     -77.9    54      278   09 21 01
09 27 01  =0059+581    19 36 20  29.8  36.6 -5.5     -79.1   360      371   09 21 02

09 28 01  J0102+5824   19 37 20  30.0  36.6 -5.4     -79.3    54      371   09 28 01
09 34 01  =0059+581    19 43 21  30.7  36.8 -5.3     -80.5   360      464   09 28 02

09 35 01  J0102+5824   19 44 21  30.9  36.8 -5.3     -80.7    54      464   09 35 01
09 41 01  =0059+581    19 50 22  31.6  36.9 -5.2     -81.9   360      556   09 35 02

10 17 41  3C84         20 27 08  10.8  47.7 -6.9     -58.4  2140      556   10 17 41
10 24 21  ---          20 33 49  11.9  48.4 -6.8     -59.4   400      660   10 17 42

10 30 11  J0102+5824   20 39 40  38.0  37.3 -4.4     -92.2   292      660   10 30 11
10 36 11  =0059+581    20 45 41  38.8  37.3 -4.3     -93.6   360      752   10 30 12

 ---------- POINTING ----------

10 46 11  3C84         20 55 43  15.4  50.4 -6.4     -62.5   543      752   10 46 11
10 52 51  ---          21 02 24  16.6  51.0 -6.3     -63.5   400      855   10 46 12

10 53 36  3C84         21 03 09  16.7  51.1 -6.3     -63.6    39      855   10 53 36
11 00 16  ---          21 09 50  17.8  51.7 -6.2     -64.5   400      958   10 53 37

11 01 01  3C84         21 10 35  17.9  51.7 -6.2     -64.6    39      958   11 01 01
11 07 41  ---          21 17 16  19.1  52.3 -6.1     -65.5   400     1061   11 01 02

11 13 31  NRAO150      21 23 07  17.8  40.7 -6.6     -63.1   334     1061   11 13 31
11 19 31  ---          21 29 08  18.7  41.1 -6.5     -64.1   360     1154   11 13 32

 ---------- POINTING ----------

11 27 51  3C84         21 37 30  22.5  53.9 -5.7     -68.3   483     1154   11 27 51
11 34 31  ---          21 44 11  23.7  54.4 -5.6     -69.3   400     1257   11 27 52
Schedule for VLBA_FD   (Code Fd )                                   Page   3
               The true nature of the jet base in 3C84
  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
----------------------------------------------------------------------------------------

 --- Fri   7 Jun 2024   Day 159 ---

11 35 16  3C84         21 44 56  23.8  54.4 -5.6     -69.4    39     1257   11 35 16
11 41 56  ---          21 51 37  25.0  54.9 -5.5     -70.3   400     1360   11 35 17

11 42 41  3C84         21 52 22  25.2  54.9 -5.5     -70.4    39     1360   11 42 41
11 49 21  ---          21 59 03  26.3  55.4 -5.4     -71.3   400     1463   11 42 42

11 52 41  J0102+5824   22 02 24  48.6  34.2 -3.0    -112.1   149     1463   11 52 41
11 58 41  =0059+581    22 08 25  49.3  33.7 -2.9    -113.7   360     1556   11 52 42

 ---------- POINTING ----------

12 07 01  3C84         22 16 46  29.5  56.5 -5.1     -73.7   450     1556   12 07 01
12 13 41  ---          22 23 27  30.7  56.9 -5.0     -74.6   400     1659   12 07 02

12 14 26  3C84         22 24 12  30.8  57.0 -5.0     -74.7    39     1659   12 14 26
12 21 06  ---          22 30 53  32.0  57.3 -4.8     -75.6   400     1762   12 14 27

12 21 51  3C84         22 31 38  32.2  57.4 -4.8     -75.7    39     1762   12 21 51
12 28 31  ---          22 38 20  33.4  57.7 -4.7     -76.6   400     1865   12 21 52

12 31 01  NRAO150      22 40 50  29.3  45.3 -5.3     -76.4   133     1865   12 31 01
12 37 01  ---          22 46 51  30.2  45.5 -5.2     -77.4   360     1958   12 31 02

 ---------- POINTING ----------

12 44 31  3C84         22 54 22  36.3  58.5 -4.5     -78.9   433     1958   12 44 31
12 51 11  ---          23 01 03  37.5  58.8 -4.3     -79.8   400     2061   12 44 32

12 51 56  3C84         23 01 48  37.7  58.8 -4.3     -79.9    39     2061   12 51 56
12 58 36  ---          23 08 30  38.9  59.1 -4.2     -80.9   400     2164   12 51 57

12 59 21  3C84         23 09 15  39.1  59.1 -4.2     -81.0    39     2164   12 59 21
13 06 01  ---          23 15 56  40.3  59.4 -4.1     -81.9   400     2267   12 59 22

13 09 21  J0102+5824   23 19 16  56.9  25.0 -1.7    -135.9   160     2267   13 09 21
13 15 21  =0059+581    23 25 17  57.4  23.9 -1.6    -138.1   360     2360   13 09 22

 ---------- POINTING ----------

13 23 41  3C84         23 33 39  43.6  59.9 -3.8     -84.5   462     2360   13 23 41
13 30 21  ---          23 40 20  44.8  60.0 -3.7     -85.5   400     2463   13 23 42

13 31 06  3C84         23 41 05  45.0  60.1 -3.7     -85.6    39     2463   13 31 06
13 37 46  ---          23 47 46  46.2  60.2 -3.6     -86.6   400     2566   13 31 07
Schedule for VLBA_FD   (Code Fd )                                   Page   4
               The true nature of the jet base in 3C84
  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
----------------------------------------------------------------------------------------

 --- Fri   7 Jun 2024   Day 159 ---

13 38 31  3C84         23 48 31  46.4  60.2 -3.5     -86.8    39     2566   13 38 31
13 45 11  ---          23 55 12  47.6  60.3 -3.4     -87.8   400     2669   13 38 32

13 47 41  NRAO150      23 57 43  41.3  47.0 -4.1     -90.4   129     2669   13 47 41
13 53 41  ---          00 03 44  42.2  46.9 -4.0     -91.6   360     2762   13 47 42

 ---------- POINTING ----------

14 00 21  3C84         00 10 25  50.4  60.4 -3.2     -90.3   378     2762   14 00 21
14 07 01  ---          00 17 06  51.7  60.3 -3.1     -91.4   400     2865   14 00 22

14 07 46  3C84         00 17 51  51.8  60.3 -3.1     -91.5    39     2865   14 07 46
14 14 26  ---          00 24 32  53.1  60.2 -2.9     -92.7   400     2968   14 07 47

14 15 11  3C84         00 25 17  53.2  60.2 -2.9     -92.8    39     2968   14 15 11
14 21 51  ---          00 31 58  54.5  60.1 -2.8     -94.1   400     3071   14 15 12

14 25 11  J0102+5824   00 35 19  61.7   8.0 -0.5    -166.8   156     3071   14 25 11
14 31 11  =0059+581    00 41 20  61.8   6.3 -0.4    -169.5   360     3164   14 25 12

 ---------- POINTING ----------

14 39 31  3C84         00 49 41  57.8  59.5 -2.5     -97.5   454     3164   14 39 31
14 46 11  ---          00 56 22  59.0  59.2 -2.4     -98.9   400     3267   14 39 32

14 46 56  3C84         00 57 07  59.1  59.1 -2.4     -99.1    39     3267   14 46 56
14 53 36  ---          01 03 48  60.4  58.7 -2.3    -100.5   400     3370   14 46 57

14 54 21  3C84         01 04 34  60.5  58.7 -2.3    -100.7    39     3370   14 54 21
15 01 01  ---          01 11 15  61.7  58.1 -2.2    -102.3   400     3473   14 54 22

15 02 41  NRAO150      01 12 55  52.9  44.4 -2.8    -107.0    74     3473   15 02 41
15 08 41  ---          01 18 56  53.8  43.9 -2.7    -108.5   360     3566   15 02 42

15 15 21  3C84         01 25 37  64.3  56.7 -1.9    -105.9   373     3566   15 15 21
15 22 01  ---          01 32 18  65.5  55.8 -1.8    -107.8   400     3669   15 15 22

15 22 46  3C84         01 33 03  65.7  55.7 -1.8    -108.0    39     3669   15 22 46
15 29 26  ---          01 39 44  66.9  54.7 -1.7    -110.1   400     3772   15 22 47

15 30 11  3C84         01 40 29  67.0  54.6 -1.7    -110.3    39     3772   15 30 11
15 36 51  ---          01 47 11  68.1  53.4 -1.6    -112.5   400     3875   15 30 12

15 41 01  J0102+5824   01 51 21  61.0 -12.7  0.8     158.8   196     3875   15 41 01
15 47 01  =0059+581    01 57 22  60.7 -14.2  0.9     156.2   360     3968   15 41 02
Schedule for VLBA_FD   (Code Fd )                                   Page   5
               The true nature of the jet base in 3C84
  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
----------------------------------------------------------------------------------------

 --- Fri   7 Jun 2024   Day 159 ---

 ---------- POINTING ----------

15 55 21  3C84         02 05 44  71.3  49.0 -1.3    -119.7   446     3968   15 55 21
16 02 01  ---          02 12 25  72.3  46.9 -1.1    -122.8   400     4071   15 55 22

16 02 46  3C84         02 13 10  72.4  46.7 -1.1    -123.2    39     4071   16 02 46
16 09 26  ---          02 19 51  73.5  44.2 -1.0    -126.6   400     4174   16 02 47

16 10 11  3C84         02 20 36  73.6  43.9 -1.0    -127.0    39     4174   16 10 11
16 16 51  ---          02 27 17  74.6  41.1 -0.9    -130.9   400     4277   16 10 12

16 18 31  NRAO150      02 28 57  63.4  33.4 -1.5    -131.2    70     4277   16 18 31
16 24 31  ---          02 34 58  64.1  31.9 -1.4    -133.6   360     4370   16 18 32

 ---------- POINTING ----------

16 32 01  3C84         02 42 30  76.5  32.8 -0.6    -141.4   419     4370   16 32 01
16 38 41  ---          02 49 11  77.3  28.4 -0.5    -146.9   400     4473   16 32 02

16 39 26  3C84         02 49 56  77.3  27.8 -0.5    -147.5    39     4473   16 39 26
16 46 06  ---          02 56 37  78.0  22.7 -0.4    -153.6   400     4576   16 39 27

16 46 51  3C84         02 57 22  78.0  22.1 -0.4    -154.3    39     4576   16 46 51
16 53 31  ---          03 04 03  78.5  16.5 -0.3    -161.0   400     4679   16 46 52

16 56 51  J0102+5824   03 07 24  55.1 -27.9  2.1     129.6   147     4679   16 56 51
17 02 51  =0059+581    03 13 25  54.5 -28.7  2.2     127.6   360     4771   16 56 52

 ---------- POINTING ----------

17 10 01  3C84         03 20 36  79.0   0.8 -0.0    -179.1   374     4771   17 10 01
17 16 41  ---          03 27 17  79.0  -5.8  0.1     173.4   400     4875   17 10 02

17 17 26  3C84         03 28 02  79.0  -6.5  0.1     172.5    39     4875   17 17 26
17 24 06  ---          03 34 43  78.7 -12.8  0.2     165.2   400     4978   17 17 27

17 24 51  3C84         03 35 28  78.7 -13.5  0.2     164.4    39     4978   17 24 51
17 31 31  ---          03 42 09  78.3 -19.4  0.3     157.5   400     5081   17 24 52

17 33 11  NRAO150      03 43 50  69.3   7.8 -0.3    -169.3    72     5081   17 33 11
17 39 11  ---          03 49 51  69.5   5.1 -0.2    -173.0   360     5173   17 33 12
Schedule for VLBA_FD   (Code Fd )                                   Page   6
               The true nature of the jet base in 3C84
  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
----------------------------------------------------------------------------------------

 --- Fri   7 Jun 2024   Day 159 ---

 ---------- POINTING ----------

17 45 51  3C84         03 56 32  77.0 -30.4  0.6     144.4   370     5173   17 45 51
17 52 31  ---          04 03 13  76.2 -34.6  0.7     139.2   400     5276   17 45 52

17 53 16  3C84         04 03 58  76.1 -35.1  0.7     138.6    39     5276   17 53 16
17 59 56  ---          04 10 39  75.2 -38.7  0.8     134.0   400     5379   17 53 17

 ---------- Segment (C). VLBA (1800-1900; EVN out, KVN not yet back) ----------

18 00 41  3C84         04 11 24  75.1 -39.1  0.8     133.5    39     5379   18 00 41
18 07 21  ---          04 18 05  74.2 -42.2  0.9     129.4   400     5483   18 00 42

18 09 01  NRAO150      04 19 46  69.3  -8.2  0.3     168.7    68     5483   18 09 01
18 15 01  ---          04 25 47  69.1 -10.8  0.4     165.1   360     5575   18 09 02

 ---------- POINTING ----------

18 16 41  3C84         04 27 27  72.8 -45.9  1.1     124.3    67     5575   18 16 41
18 23 21  ---          04 34 08  71.7 -48.1  1.2     121.0   400     5678   18 16 42

18 24 06  3C84         04 34 53  71.6 -48.4  1.2     120.7    39     5678   18 24 06
18 30 46  ---          04 41 34  70.5 -50.2  1.3     117.8   400     5781   18 24 07

18 31 31  3C84         04 42 19  70.4 -50.4  1.3     117.5    39     5781   18 31 31
18 38 11  ---          04 49 00  69.3 -52.0  1.5     114.9   400     5884   18 31 32

 ---------- POINTING ----------

18 39 51  3C84         04 50 41  69.0 -52.4  1.5     114.3    94     5884   18 39 51
18 46 31  ---          04 57 22  67.8 -53.7  1.6     111.9   400     5988   18 39 52

18 47 16  3C84         04 58 07  67.7 -53.9  1.6     111.7    39     5988   18 47 16
18 53 56  ---          05 04 48  66.5 -55.0  1.7     109.5   400     6091   18 47 17

18 54 41  3C84         05 05 33  66.4 -55.1  1.7     109.3    39     6091   18 54 41
19 01 21  ---          05 12 14  65.2 -56.1  1.8     107.3   400     6194   18 54 42

 ---------- Segment (D). KVN+VLBA (1900-0200) ----------

19 04 41  J0102+5824   05 15 35  39.8 -37.2  4.2      95.1   143     6194   19 04 41
19 10 41  =0059+581    05 21 36  39.0 -37.3  4.3      93.8   360     6286   19 04 42
Schedule for VLBA_FD   (Code Fd )                                   Page   7
               The true nature of the jet base in 3C84
  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
----------------------------------------------------------------------------------------

 --- Fri   7 Jun 2024   Day 159 ---

 ---------- POINTING ----------

19 12 21  3C84         05 23 16  63.2 -57.4  2.0     104.3    44     6286   19 12 21
19 19 01  ---          05 29 57  62.0 -58.0  2.1     102.6   400     6389   19 12 22

19 19 46  3C84         05 30 42  61.9 -58.1  2.2     102.5    39     6389   19 19 46
19 26 26  ---          05 37 23  60.7 -58.6  2.3     100.9   400     6492   19 19 47

19 27 11  3C84         05 38 08  60.5 -58.6  2.3     100.7    39     6492   19 27 11
19 33 51  ---          05 44 49  59.3 -59.1  2.4      99.2   400     6596   19 27 12

19 36 21  NRAO150      05 47 20  61.7 -36.3  1.8     125.9   126     6596   19 36 21
19 42 21  ---          05 53 21  60.9 -37.4  1.9     123.8   360     6688   19 36 22

 ---------- POINTING ----------

19 44 51  3C84         05 55 51  57.3 -59.6  2.6      96.9   126     6688   19 44 51
19 51 31  ---          06 02 32  56.0 -59.9  2.7      95.6   400     6791   19 44 52

19 52 16  3C84         06 03 17  55.9 -59.9  2.7      95.5    39     6791   19 52 16
19 58 56  ---          06 09 59  54.6 -60.1  2.8      94.2   400     6894   19 52 17

19 59 41  3C84         06 10 44  54.5 -60.1  2.8      94.1    39     6894   19 59 41
20 06 21  ---          06 17 25  53.2 -60.2  2.9      92.9   400     6997   19 59 42

20 09 41  J0102+5824   06 20 45  31.3 -36.9  5.3      81.4   149     6997   20 09 41
20 15 41  =0059+581    06 26 46  30.5 -36.7  5.4      80.2   360     7090   20 09 42

 ---------- POINTING ----------

20 17 21  3C84         06 28 27  51.2 -60.3  3.1      90.9    51     7090   20 17 21
20 24 01  ---          06 35 08  49.9 -60.4  3.2      89.8   400     7193   20 17 22

20 24 46  3C84         06 35 53  49.8 -60.4  3.2      89.7    39     7193   20 24 46
20 31 26  ---          06 42 34  48.5 -60.3  3.4      88.6   400     7296   20 24 47

20 32 11  3C84         06 43 19  48.4 -60.3  3.4      88.5    39     7296   20 32 11
20 38 51  ---          06 50 00  47.1 -60.3  3.5      87.4   400     7399   20 32 12

20 41 21  NRAO150      06 52 31  52.5 -44.6  2.9     106.2   131     7399   20 41 21
20 47 21  ---          06 58 32  51.6 -45.0  3.0     104.7   360     7492   20 41 22
Schedule for VLBA_FD   (Code Fd )                                   Page   8
               The true nature of the jet base in 3C84
  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
----------------------------------------------------------------------------------------

 --- Fri   7 Jun 2024   Day 159 ---

 ---------- POINTING ----------

20 49 01  3C84         07 00 12  45.2 -60.1  3.6      85.8    80     7492   20 49 01
20 55 41  ---          07 06 53  44.0 -60.0  3.8      84.8   400     7595   20 49 02

20 56 26  3C84         07 07 38  43.9 -59.9  3.8      84.7    39     7595   20 56 26
21 03 06  ---          07 14 19  42.6 -59.8  3.9      83.7   400     7698   20 56 27

21 03 51  3C84         07 15 04  42.5 -59.7  3.9      83.6    39     7698   21 03 51
21 10 31  ---          07 21 45  41.2 -59.5  4.0      82.6   400     7801   21 03 52

21 13 51  J0102+5824   07 25 06  23.2 -34.4  6.3      68.8   157     7801   21 13 51
21 19 51  =0059+581    07 31 07  22.5 -34.1  6.4      67.6   360     7894   21 13 52

 ---------- POINTING ----------

21 21 31  3C84         07 32 47  39.2 -59.2  4.2      81.1    59     7894   21 21 31
21 28 11  ---          07 39 28  38.0 -58.9  4.3      80.1   400     7997   21 21 32

21 28 56  3C84         07 40 13  37.8 -58.9  4.3      80.0    39     7997   21 28 56
21 35 36  ---          07 46 54  36.6 -58.6  4.4      79.1   400     8100   21 28 57

21 36 21  3C84         07 47 40  36.5 -58.5  4.4      79.0    39     8100   21 36 21
21 43 01  ---          07 54 21  35.2 -58.2  4.5      78.0   400     8203   21 36 22

21 44 41  NRAO150      07 56 01  42.6 -46.9  3.9      92.1    77     8203   21 44 41
21 50 41  ---          08 02 02  41.7 -47.0  4.0      90.9   360     8296   21 44 42

21 52 21  3C84         08 03 42  33.5 -57.8  4.7      76.7    76     8296   21 52 21
21 59 01  ---          08 10 23  32.3 -57.4  4.8      75.8   400     8399   21 52 22

21 59 46  3C84         08 11 08  32.2 -57.4  4.8      75.7    39     8399   21 59 46
22 06 26  ---          08 17 50  31.0 -57.0  4.9      74.8   400     8502   21 59 47

22 07 11  3C84         08 18 35  30.8 -57.0  5.0      74.7    39     8502   22 07 11
22 13 51  ---          08 25 16  29.6 -56.6  5.1      73.8   400     8605   22 07 12

22 18 01  J0102+5824   08 29 26  15.7 -30.4  7.4      56.4   215     8605   22 18 01
22 24 01  =0059+581    08 35 27  15.1 -29.9  7.5      55.2   360     8698   22 18 02

 ---------- POINTING ----------

22 25 41  3C84         08 37 08  27.5 -55.8  5.3      72.2    67     8698   22 25 41
22 32 21  ---          08 43 49  26.3 -55.4  5.4      71.3   400     8801   22 25 42
Schedule for VLBA_FD   (Code Fd )                                   Page   9
               The true nature of the jet base in 3C84
  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
----------------------------------------------------------------------------------------

 --- Fri   7 Jun 2024   Day 159 ---

22 33 06  3C84         08 44 34  26.2 -55.3  5.4      71.2    39     8801   22 33 06
22 39 46  ---          08 51 15  25.0 -54.9  5.5      70.3   400     8904   22 33 07

22 40 31  3C84         08 52 00  24.9 -54.8  5.5      70.2    39     8904   22 40 31
22 47 11  ---          08 58 41  23.7 -54.4  5.6      69.2   400     9007   22 40 32

22 48 51  NRAO150      09 00 21  32.6 -46.1  5.0      80.1    74     9007   22 48 51
22 54 51  ---          09 06 22  31.6 -45.9  5.1      79.1   360     9100   22 48 52

 ---------- POINTING ----------

22 57 21  3C84         09 08 53  21.9 -53.6  5.8      67.8   124     9100   22 57 21
23 04 01  ---          09 15 34  20.8 -53.1  5.9      66.9   400     9203   22 57 22

23 04 46  3C84         09 16 19  20.6 -53.0  5.9      66.8    39     9203   23 04 46
23 11 26  ---          09 23 00  19.5 -52.5  6.0      65.9   400     9306   23 04 47

23 12 11  3C84         09 23 45  19.4 -52.4  6.0      65.8    39     9306   23 12 11
23 18 51  ---          09 30 26  18.2 -51.9  6.2      64.9   400     9409   23 12 12

 ---------- POINTING ----------

23 30 41  3C84         09 42 18  16.2 -50.9  6.3      63.2   703     9409   23 30 41
23 37 21  ---          09 48 59  15.1 -50.3  6.5      62.2   400     9512   23 30 42

23 38 06  3C84         09 49 45  15.0 -50.2  6.5      62.1    39     9512   23 38 06
23 44 46  ---          09 56 26  13.9 -49.6  6.6      61.2   400     9615   23 38 07

23 47 26  0716+714     09 59 06  44.3 -16.2  2.6     131.4    92     9615   23 47 26
23 53 26  ---          10 05 07  43.9 -16.7  2.7     129.7   360     9708   23 47 27

 --- Start: Fri   7 Jun 2024   Day 159 -- Stop: Sat   8 Jun 2024   Day 160 ---

23 54 26  0716+714     10 06 07  43.9 -16.7  2.7     129.4    54     9708   23 54 26
00 00 26  ---          10 12 08  43.5 -17.2  2.8     127.7   360     9801   23 54 27

00 01 26  0716+714     10 13 08  43.4 -17.2  2.8     127.4    54     9801   00 01 26
00 07 26  ---          10 19 09  43.0 -17.6  2.9     125.7   360     9893   00 01 27

00 08 26  0716+714     10 20 10  43.0 -17.7  2.9     125.4    54     9893   00 08 26
00 14 26  ---          10 26 11  42.6 -18.1  3.0     123.7   360     9986   00 08 27
Schedule for VLBA_FD   (Code Fd )                                   Page  10
               The true nature of the jet base in 3C84
  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
----------------------------------------------------------------------------------------

 --- Sat   8 Jun 2024   Day 160 ---

 ---------- Pointing ----------

00 17 06  0716+714     10 28 51  42.4 -18.2  3.1     123.0   154     9986   00 17 06
00 23 06  ---          10 34 52  42.0 -18.6  3.2     121.3   360    10079   00 17 07

00 24 06  0716+714     10 35 52  41.9 -18.6  3.2     121.1    54    10079   00 24 06
00 30 06  ---          10 41 53  41.5 -18.9  3.3     119.4   360    10172   00 24 07

00 31 06  0716+714     10 42 53  41.4 -19.0  3.3     119.1    54    10172   00 31 06
00 37 06  ---          10 48 54  41.0 -19.3  3.4     117.5   360    10264   00 31 07

00 38 06  0716+714     10 49 54  40.9 -19.3  3.4     117.2    54    10264   00 38 06
00 44 06  ---          10 55 55  40.5 -19.6  3.5     115.6   360    10357   00 38 07

 ---------- Pointing ----------

00 46 46  0716+714     10 58 36  40.3 -19.8  3.6     114.9   154    10357   00 46 46
00 52 46  ---          11 04 37  39.9 -20.0  3.7     113.3   360    10450   00 46 47

00 53 46  0716+714     11 05 37  39.8 -20.0  3.7     113.1    54    10450   00 53 46
00 59 46  ---          11 11 38  39.3 -20.3  3.8     111.5   360    10543   00 53 47

01 00 46  0716+714     11 12 38  39.3 -20.3  3.8     111.2    54    10543   01 00 46
01 06 46  ---          11 18 39  38.8 -20.5  3.9     109.7   360    10635   01 00 47

01 07 46  0716+714     11 19 39  38.7 -20.6  3.9     109.4    54    10635   01 07 46
01 13 46  ---          11 25 40  38.3 -20.8  4.0     107.9   360    10728   01 07 47

 ---------- Pointing ----------

01 16 26  0716+714     11 28 21  38.1 -20.9  4.1     107.2   154    10728   01 16 26
01 22 26  ---          11 34 22  37.6 -21.0  4.2     105.6   360    10821   01 16 27

01 23 26  0716+714     11 35 22  37.5 -21.1  4.2     105.4    54    10821   01 23 26
01 29 26  ---          11 41 23  37.1 -21.2  4.3     103.9   360    10914   01 23 27

01 30 26  0716+714     11 42 23  37.0 -21.2  4.3     103.6    54    10914   01 30 26
01 36 26  ---          11 48 24  36.5 -21.4  4.4     102.1   360    11006   01 30 27

01 37 26  0716+714     11 49 24  36.4 -21.4  4.4     101.9    54    11006   01 37 26
01 43 26  ---          11 55 25  36.0 -21.5  4.5     100.4   360    11099   01 37 27

01 44 26  0716+714     11 56 25  35.9 -21.5  4.5     100.1    54    11099   01 44 26
01 50 26  ---          12 02 26  35.4 -21.6  4.6      98.6   360    11192   01 44 27
Schedule for VLBA_FD   (Code Fd )                                   Page  11
               The true nature of the jet base in 3C84
  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
----------------------------------------------------------------------------------------

 --- Sat   8 Jun 2024   Day 160 ---

01 51 26  0716+714     12 03 26  35.3 -21.6  4.6      98.4    54    11192   01 51 26
01 57 26  ---          12 09 27  34.9 -21.7  4.7      96.9   360    11285   01 51 27


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


 ======== Setup file: sess224.Q2048glob
   Matching groups in /home/guest/rmc/SCHED/sched11.6/catalogs/freq_RDBE.dat:
     v7mm_c8

   Setup group:    4         Station: VLBA_FD           Total bit rate:  2048
   Format: VDIF              Bits per sample: 2         Sample rate:128.000
   Number of channels:  8    DBE type: RDBE_DDC         Speedup factor:   1.00

   Disk used to record data.

   1st LO=  42400.00  42400.00  42400.00  42400.00  42400.00  42400.00  42400.00  42400.00
   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    =        A         C         A         C         A         C         A         C 

   VLBA FE=     7mm      omit     7mm      omit
   VLBA Synth=   3.9      7.6     11.6

  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:   9  Setup file default.  Used with PCAL = 1MHz
   LO sum=   43040.00  43040.00  43104.00  43104.00  43168.00  43168.00  43232.00  43232.00
   BBC fr=     640.00    640.00    704.00    704.00    768.00    768.00    832.00    832.00
   Bandwd=      64.00     64.00     64.00     64.00     64.00     64.00     64.00     64.00
   VLBA legacy crd files using  4 channels based on RDBE channels:   3  4  5  6
   CRD fr=     727.99    727.99    791.99    791.99
   CRD bw=      16.00     16.00     16.00     16.00
    Matching frequency sets:   9  10  11  12  13  14  15  16  17  18

   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)

   0059+581          00 59 43.470969   * 01 02 45.762377     01 04 13.036538       0.00
 * J0102+5824        58 08 04.84743    * 58 24 11.13658      58 31 46.71313        0.00
   J0102+58          /home/guest/rmc/SCHED/sched11.6/catalogs/sources.gsfc
                     GSFC 2016a X/S astro solution, 399648 observations.

 * 3C84              03 16 29.567265   * 03 19 48.160096     03 21 23.257178       1.50
   J0319+4130        41 19 51.91692    * 41 30 42.10404      41 35 53.63768        2.86
   0316+413          /home/guest/rmc/SCHED/sched11.6/catalogs/sources.gsfc
   J0319+41          GSFC 2016a X/S astro solution,  10291 observations.

 * NRAO150           03 55 45.261365   * 03 59 29.747266     04 01 17.061693       0.03
   J0359+5057        50 49 20.28574    * 50 57 50.16169      51 01 54.79350        0.02
   0355+508          /home/guest/rmc/SCHED/sched11.6/catalogs/sources.gsfc
   J0359+50          GSFC 2016a X/S astro solution,  22807 observations.

 * 0716+714          07 16 13.029730   * 07 21 53.448465     07 24 35.361764       0.01
   J0721+7120        71 26 15.17409    * 71 20 36.36343      71 18 00.65952        0.00
   J0721+71          /home/guest/rmc/SCHED/sched11.6/catalogs/sources.gsfc
                     GSFC 2016a X/S astro solution,  79366 observations.



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
  J0102+5824 sess224.Q2048glob     1 2 3 4 5 8 9                     2.400   111.100
  3C84       sess224.Q2048glob     1 2 3 4 5 8 9                    14.111   744.556
  NRAO150    sess224.Q2048glob     1 2 3 4 5 8 9                     2.300   121.599
  0716+714   sess224.Q2048glob     1 2 3 9                           3.800    33.000


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) 
   J0102+5824          55.2
   3C84                28.6
   NRAO150             30.8
   0716+714            52.4

  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 

