  COVER INFORMATION 

 Station:    SHANGHAI  (Code Sh ) 
 Experiment: Disc-dirven jets in quasars
 Exp. Code:  EM084A  


Schedule Version:       1.00
Processed by SCHED version:   9.40  Release Jan. 13, 2011.

PI:       Martinez-Sansigre

Address:  Oxford University
          Keble Road,Oxford OX1 3RH
          United Kingdom
 

Phone:    +44 1865 273435
EMAIL:    hrk@astro.ox.ac.uk
Fax:      +44 1865 273390
Phone during observation: +44 1865 273435

Observing mode: 1 Gbit at 18cm

Notes:     Schedule by H-R. Kloeckner
           >>> THANK YOU <<<
 
 

Schedule for SHANGHAI  (Code Sh )                                   Page   2
               Disc-dirven jets in quasars
  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  15 Jun 2011   Day 166 ---

 Next scan frequencies:  1610.49  1610.49  1610.49  1610.49  1642.49  1642.49
                         1642.49  1642.49  1674.49  1674.49  1674.49  1674.49
                         1706.49  1706.49  1706.49  1706.49
 Next BBC frequencies:    689.51   689.51   689.51   689.51   657.51   657.51
                          657.51   657.51   625.51   625.51   625.51   625.51
                          593.51   593.51   593.51   593.51
 Next scan bandwidths:     16.00    16.00    16.00    16.00    16.00    16.00
                           16.00    16.00    16.00    16.00    16.00    16.00
                           16.00    16.00    16.00    16.00

16 30 00  J1544+3240   18 09 14  59.4 -77.4  2.4      83.0     0        0   16 30 00
16 33 00  =1542+328    18 12 14  58.8 -77.3  2.5      82.7   180       23   16 30 01

16 33 00  7C1555       18 12 14  61.6 -77.1  2.2      84.7    -9       23   No stop 
16 43 00  ---          18 22 16  59.5 -76.7  2.4      83.7   591      101   16 33 01

16 44 00  J1544+3240   18 23 16  56.5 -76.7  2.6      81.7    51      101   16 44 00
16 47 00  =1542+328    18 26 17  55.8 -76.5  2.7      81.5   180      124   16 44 01

16 47 00  7C1555       18 26 17  58.7 -76.5  2.5      83.3    -9      124   No stop 
16 57 00  ---          18 36 18  56.6 -76.0  2.6      82.4   591      201   16 47 01

16 58 00  J1544+3240   18 37 19  53.6 -75.9  2.9      80.5    51      201   16 58 00
17 01 00  =1542+328    18 40 19  52.9 -75.7  2.9      80.2   180      225   16 58 01

17 01 00  7C1555       18 40 19  55.8 -75.8  2.7      82.0    -9      225   No stop 
17 11 00  ---          18 50 21  53.7 -75.2  2.9      81.1   591      302   17 01 01

17 12 00  J1544+3240   18 51 21  50.6 -75.1  3.1      79.3    51      302   17 12 00
17 15 00  =1542+328    18 54 21  50.0 -74.9  3.2      79.0   180      325   17 12 01

17 16 10  3C345        18 55 32  61.9 -62.8  2.2      97.6    46      325   17 16 10
17 27 10  ---          19 06 33  59.8 -63.3  2.4      95.4   660      410   17 16 11

17 28 10  J1634+3203   19 07 33  57.6 281.9  2.5  W   81.3  -289      410   17 28 10
17 31 10  =J1634+32    19 10 34  57.0 282.0  2.6  W   81.1     0      434   17 28 11

17 31 10  DSS1640      19 10 34  58.3 281.0  2.5      81.1    -6      434   No stop 
17 41 10  ---          19 20 36  56.2 281.7  2.7      80.3   594      511   17 31 11

17 42 10  J1634+3203   19 21 36  54.7 282.7  2.8      80.2    54      511   17 42 10
17 45 10  =J1634+32    19 24 36  54.0 282.9  2.8      79.9   180      534   17 42 11
Schedule for SHANGHAI  (Code Sh )                                   Page   3
               Disc-dirven jets in quasars
  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  15 Jun 2011   Day 166 ---

17 45 10  DSS1640      19 24 36  55.4 281.9  2.7      80.0    -6      534   No stop 
17 55 10  ---          19 34 38  53.3 282.6  2.9      79.2   594      612   17 45 11

17 56 10  J1634+3203   19 35 38  51.7 283.6  3.0      79.0    54      612   17 56 10
17 59 10  =J1634+32    19 38 39  51.1 283.8  3.1      78.8   180      635   17 56 11

17 59 10  DSS1640      19 38 39  52.4 282.8  3.0      78.9    -6      635   No stop 
18 09 10  ---          19 48 40  50.3 283.5  3.1      78.1   594      712   17 59 11

18 10 10  J1634+3203   19 49 40  48.8 284.6  3.2      77.9    54      712   18 10 10
18 13 10  =J1634+32    19 52 41  48.2 284.8  3.3      77.6   180      735   18 10 11

18 15 40  J1740+5211   19 55 11  57.7 320.6  2.2     117.6   110      735   18 15 40
18 18 40  =1739+522    19 58 12  57.3 320.2  2.3     116.6   180      759   18 15 41

18 18 40  6CB1728      19 58 12  55.4 320.5  2.5     114.8    -7      759   No stop 
18 28 40  ---          20 08 13  54.1 319.5  2.6     111.9   593      836   18 18 41

18 29 40  J1740+5211   20 09 14  55.8 318.9  2.5     113.4    53      836   18 29 40
18 32 40  =1739+522    20 12 14  55.4 318.6  2.5     112.5   180      859   18 29 41

18 32 40  6CB1728      20 12 14  53.5 319.1  2.7     110.8    -7      859   No stop 
18 42 40  ---          20 22 16  52.1 318.3  2.9     108.1   593      937   18 32 41

18 43 40  J1740+5211   20 23 16  53.8 317.6  2.7     109.5    53      937   18 43 40
18 46 40  =1739+522    20 26 16  53.3 317.3  2.8     108.7   180      960   18 43 41

18 46 40  6CB1728      20 26 16  51.5 318.0  2.9     107.1    -7      960   No stop 
18 56 40  ---          20 36 18  50.1 317.3  3.1     104.6   593     1037   18 46 41

18 57 40  J1740+5211   20 37 18  51.7 316.5  2.9     105.9    53     1037   18 57 40
19 00 40  =1739+522    20 40 19  51.3 316.3  3.0     105.1   180     1061   18 57 41

19 01 40  J1544+3240   20 41 19  28.4 293.0  4.9      69.4    18     1061   19 01 40
19 04 40  =1542+328    20 44 19  27.8 293.2  5.0      69.2   180     1084   19 01 41

19 04 40  7C1555       20 44 19  30.6 292.5  4.8      70.6    -9     1084   No stop 
19 14 40  ---          20 54 21  28.6 293.4  4.9      69.7   591     1161   19 04 41

19 15 40  J1544+3240   20 55 21  25.6 294.2  5.2      68.1    51     1161   19 15 40
19 18 40  =1542+328    20 58 22  25.0 294.4  5.2      67.8   180     1184   19 15 41

19 18 40  7C1555       20 58 22  27.8 293.7  5.0      69.3    -9     1184   No stop 
19 28 40  ---          21 08 23  25.8 294.6  5.2      68.3   591     1262   19 18 41
Schedule for SHANGHAI  (Code Sh )                                   Page   4
               Disc-dirven jets in quasars
  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  15 Jun 2011   Day 166 ---

19 29 40  J1544+3240   21 09 23  22.9 295.4  5.4      66.7    51     1262   19 29 40
19 32 40  =1542+328    21 12 24  22.3 295.7  5.5      66.4   180     1285   19 29 41

19 32 40  7C1555       21 12 24  25.1 294.9  5.2      67.9    -9     1285   No stop 
19 42 40  ---          21 22 26  23.1 295.8  5.4      66.9   591     1362   19 32 41

19 43 40  J1544+3240   21 23 26  20.2 296.7  5.6      65.3    51     1362   19 43 40
19 46 40  =1542+328    21 26 26  19.6 297.0  5.7      65.0   180     1386   19 43 41

19 47 40  J1634+3203   21 27 26  28.9 292.0  4.9      69.5    40     1386   19 47 40
19 50 40  =J1634+32    21 30 27  28.3 292.2  4.9      69.2   180     1409   19 47 41

19 50 40  DSS1640      21 30 27  29.6 291.3  4.8      69.7    -6     1409   No stop 
20 00 40  ---          21 40 29  27.6 292.2  5.0      68.8   594     1486   19 50 41

20 01 40  J1634+3203   21 41 29  26.2 293.2  5.1      68.2    54     1486   20 01 40
20 04 40  =J1634+32    21 44 29  25.6 293.5  5.2      67.9   180     1510   20 01 41

20 04 40  DSS1640      21 44 29  26.8 292.5  5.1      68.4    -6     1510   No stop 
20 14 40  ---          21 54 31  24.8 293.4  5.2      67.5   594     1587   20 04 41

20 15 40  J1634+3203   21 55 31  23.4 294.4  5.3      66.9    54     1587   20 15 40
20 18 40  =J1634+32    21 58 31  22.8 294.7  5.4      66.6   180     1610   20 15 41

20 18 40  DSS1640      21 58 31  24.0 293.8  5.3      67.1    -6     1610   No stop 
20 28 40  ---          22 08 33  22.1 294.7  5.5      66.1   594     1688   20 18 41

20 29 40  J1634+3203   22 09 33  20.7 295.7  5.6      65.5    54     1688   20 29 40
20 32 40  =J1634+32    22 12 34  20.1 296.0  5.6      65.2   180     1711   20 29 41

20 35 10  J1740+5211   22 15 04  36.9 314.5  4.6      85.0   117     1711   20 35 10
20 38 10  =1739+522    22 18 05  36.4 314.6  4.6      84.5   180     1734   20 35 11

20 38 10  6CB1728      22 18 05  34.9 315.9  4.8      83.2    -7     1734   No stop 
20 48 10  ---          22 28 06  33.4 316.2  5.0      81.3   593     1811   20 38 11

20 49 10  J1740+5211   22 29 07  34.7 314.8  4.8      82.4    53     1811   20 49 10
20 52 10  =1739+522    22 32 07  34.3 314.9  4.9      81.9   180     1835   20 49 11

20 52 10  6CB1728      22 32 07  32.8 316.3  5.0      80.6    -7     1835   No stop 
21 02 10  ---          22 42 09  31.4 316.6  5.2      78.7   593     1912   20 52 11

21 03 10  J1740+5211   22 43 09  32.6 315.2  5.0      79.9    54     1912   21 03 10
21 06 10  =1739+522    22 46 09  32.2 315.3  5.1      79.3   180     1935   21 03 11
Schedule for SHANGHAI  (Code Sh )                                   Page   5
               Disc-dirven jets in quasars
  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  15 Jun 2011   Day 166 ---

21 06 10  6CB1728      22 46 09  30.8 316.8  5.3      78.0    -6     1935   No stop 
21 16 10  ---          22 56 11  29.3 317.2  5.4      76.2   594     2013   21 06 11

21 17 10  J1740+5211   22 57 11  30.5 315.7  5.3      77.4    54     2013   21 17 10
21 20 10  =1739+522    23 00 12  30.1 315.8  5.3      76.8   180     2036   21 17 11

21 21 20  3C345        23 01 22  16.2 307.1  6.3      62.7    43     2036   21 21 20
21 32 20  ---          23 12 24  14.3 308.1  6.5      61.2   660     2121   21 21 21

21 36 20  J1740+5211   23 16 24  27.7 316.5  5.6      74.0   213     2121   21 36 20
21 39 20  =1739+522    23 19 25  27.2 316.7  5.6      73.5   180     2144   21 36 21

21 39 20  6CB1728      23 19 25  25.9 318.2  5.8      72.0    -6     2144   No stop 
21 49 20  ---          23 29 26  24.5 318.8  6.0      70.3   594     2222   21 39 21

21 50 40  J1740+5211   23 30 47  25.6 317.2  5.8      71.5    74     2222   21 50 40
21 53 40  =1739+522    23 33 47  25.1 317.4  5.9      70.9   180     2245   21 50 41

21 53 40  6CB1728      23 33 47  23.9 319.0  6.1      69.5    -6     2245   No stop 
22 03 40  ---          23 43 49  22.5 319.6  6.2      67.7   594     2322   21 53 41

22 05 00  J1740+5211   23 45 09  23.5 318.1  6.1      69.0    74     2322   22 05 00
22 08 00  =1739+522    23 48 09  23.0 318.2  6.1      68.4   180     2346   22 05 01

22 08 00  6CB1728      23 48 09  21.9 319.9  6.3      66.9    -6     2346   No stop 
22 18 00  ---          23 58 11  20.5 320.5  6.5      65.2   594     2423   22 08 01

22 19 00  J1740+5211   23 59 11  21.5 318.9  6.3      66.5    54     2423   22 19 00
22 22 00  =1739+522    00 02 12  21.1 319.1  6.4      66.0   180     2446   22 19 01


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


 Setup file: sess211.L1024
   Matching groups in /SOFTWARE/sched/catalogs/freq.dat:
     sh18cm          Huang Xinyong 27Sept05
    ****** Only  244.98 of  256.00 MHz total bandwidth is within the IFs
           in the setup file before any FREQ or DOPPLER shifts.

   Setup group:    8         Station: SHANGHAI          Total bit rate: 1024
   Format: MKIV1:2           Bits per sample: 2         Sample rate: 32.000
   Number of channels: 16    DBE type:                  Speedup factor:   0.50

   Disk used to record data.

   1st LO=   2300.00   2300.00   2300.00   2300.00   2300.00   2300.00   2300.00   2300.00
             2300.00   2300.00   2300.00   2300.00   2300.00   2300.00   2300.00   2300.00
   Net SB=         L         L         U         U         L         L         U         U
                   L         L         U         U         L         L         U         U
   Pol.  =      RCP       LCP       RCP       LCP       RCP       LCP       RCP       LCP 
                RCP       LCP       RCP       LCP       RCP       LCP       RCP       LCP 
   BBC   =         1         2         1         2         3         4         3         4
                   5         6         5         6         7         8         7         8
   BBC SB=         U         U         L         L         U         U         L         L
                   U         U         L         L         U         U         L         L
   IF    =        C         A         C         A         C         A         C         A 
                  C         A         C         A         C         A         C         A 

  The following frequency sets based on this setup were used.

   Frequency Set:  12  Setup file default.  Used pcal sets:   1
   LO sum=    1610.49   1610.49   1610.49   1610.49   1642.49   1642.49   1642.49   1642.49
              1674.49   1674.49   1674.49   1674.49   1706.49   1706.49   1706.49   1706.49
   BBC fr=     689.51    689.51    689.51    689.51    657.51    657.51    657.51    657.51
               625.51    625.51    625.51    625.51    593.51    593.51    593.51    593.51
   Bandwd=     16.000    16.000    16.000    16.000    16.000    16.000    16.000    16.000
               16.000    16.000    16.000    16.000    16.000    16.000    16.000    16.000

  The following pulse cal sets were used with this setup:

   Pulse cal detection set:   1  PCAL = 1MHZ
    PCALXB1=   S1    S3    S5    S7    S9    S11   S13   S15
    PCALXB2=   S2    S4    S6    S8    S10   S12   S14   S16
    PCALFR1=   490   510   490   510   490   510   490   510
    PCALFR2=   490   510   490   510   490   510   490   510

   Track assignments are: 
    track1=   2, 10, 18, 26,  3, 11, 19, 27, 66, 74, 82, 90, 67, 75, 83, 91
    barrel=roll_off 
 SOURCES USED IN RECORDING SCANS --                         Disc-dirven jets in quasars
     Catalog positions marked with *. 
     Precession of date coordinates is based on stop time of first scan.
     Names used in schedule marked with *. 
     Short names used in VLA and SNAP files marked with +. 
     Observation date used in B1950/J2000 coordinate conversion (PRECDATE):  1979.900
     No adjustments are made for rates (DRA, DDEC).
     Scan hours are for recording scans only. 
     Baseline hours are only counted for scans above horizon at both ends.

   Source                         Source position (RA/Dec)                        Error
                        (B1950)             (J2000)             (Date)            (mas)

 * 7C1555            15 55 33.609771   * 15 57 29.939000     15 57 58.782121       0.00
                     33 13 21.01069    * 33 04 47.01000      33 02 52.14803        0.00
                     From catalog imbedded in main SCHED input file.
                        1.767 scan and     96.359 baseline hours in setup: sess211.L1024

 * DSS1640           16 38 59.272074   * 16 40 54.180000     16 41 22.780313       0.00
                     31 49 12.75577    * 31 43 29.90000      31 42 13.54677        0.00
                     From catalog imbedded in main SCHED input file.
                        1.667 scan and     99.174 baseline hours in setup: sess211.L1024

 * 6CB1728           17 28 50.531599   * 17 29 55.875000     17 30 13.502394       0.00
                     53 12 08.42691    * 53 09 55.07000      53 09 25.89832        0.00
                     From catalog imbedded in main SCHED input file.
                        1.500 scan and     83.183 baseline hours in setup: sess211.L1024

 * J1544+3240        15 42 07.416275   * 15 44 05.656635     15 44 34.898175       0.28
   1542+328          32 50 11.77615    * 32 40 48.32097      32 38 42.23961        0.39
   J1544+32          /SOFTWARE/sched/catalogs/sources.vlba
                     GSFC 2010a astro solution        77 Observations
                        0.667 scan and     35.993 baseline hours in setup: sess211.L1024

 * J1634+3203        16 32 17.961956   * 16 34 12.789806     16 34 41.362828       0.18
   J1634+32          32 09 45.60821    * 32 03 35.42476      32 02 12.92538        0.34
   1632+321          /SOFTWARE/sched/catalogs/sources.vlba
                     GSFC 2010a astro solution        72 Observations
                        0.650 scan and     37.932 baseline hours in setup: sess211.L1024

   J1642+3948        16 41 17.606228   * 16 42 58.809965     16 43 24.340809       0.81
 * 3C345             39 54 10.81494    * 39 48 36.99400      39 47 23.15833        0.54
   1641+399          /SOFTWARE/sched/catalogs/sources.vlba
   J1642+39          GSFC 2010a astro solution     52595 Observations
                        0.367 scan and     23.438 baseline hours in setup: sess211.L1024

 * J1740+5211        17 39 29.003552   * 17 40 36.977849     17 40 55.180959       0.19
   1739+522          52 13 10.43849    * 52 11 43.40743      52 11 24.43993        0.14
   J1740+52          /SOFTWARE/sched/catalogs/sources.vlba
                     GSFC 2010a astro solution    195916 Observations
                        0.600 scan and     34.055 baseline hours in setup: sess211.L1024



  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) 
   7C1555             119.0
   DSS1640            123.5
   6CB1728            103.5
   J1544+3240         118.1
   J1634+3203         122.8
   3C345              115.7
   J1740+5211         104.5

  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 

