  COVER INFORMATION 

 Station:    SHANGHAI  (Code Sh ) 
 Experiment: e-EVN run EM079 (Marecki)
 Exp. Code:  em079   


Schedule Version:       1.20
Processed by SCHED version:   9.30  Release near March 23, 2010

PI:       Z. Paragi

Address:  JIVE
          Postbus 2
          7990 AA Dwingeloo
          The Netherlands

Phone:    +31 (0)521 596 536
EMAIL:    zparagi@jive.nl
Fax:
Phone during observation: +31 (0)521 596 500

Observing mode:

Notes:    ###########################################################
          ########## Please, make sure PHASE CAL is OFF. ############
          ###########################################################
 

Schedule for SHANGHAI  (Code Sh )                                   Page   2
               e-EVN run EM079 (Marecki)
  UP:  D => Below limits;  H => Below horizon mask.  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Tapes: Drive, Index, Start footage / Direction, Head Group, End footage.
         For disks, the footages are really the GBytes
  TPStart:  Tape motion start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Tapes      TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell  (see above)   SYNC
----------------------------------------------------------------------------------------

 --- Tue  15 Jun 2010   Day 166 ---

 Next scan frequencies:  4956.49  4956.49  4956.49  4956.49  4988.49  4988.49
                         4988.49  4988.49  5020.49  5020.49  5020.49  5020.49
                         5052.49  5052.49  5052.49  5052.49
 Next BBC frequencies:    756.49   756.49   756.49   756.49   788.49   788.49
                          788.49   788.49   820.49   820.49   820.49   820.49
                          852.49   852.49   852.49   852.49
 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

07 30 00  DA193        09 08 43  50.3 -63.6  3.2      87.2     0   1  1      0  07 30 00
07 45 00  ---          09 23 45  47.5 -63.3  3.5      85.1   900   F  1    116  07 30 01

07 45 40  DA193        09 24 25  47.3 -63.3  3.5      85.0    37   1  1    116  07 45 40
08 00 00  ---          09 38 47  44.6 -62.9  3.7      83.0   860   F  1    227  07 45 41

08 00 40  DA193        09 39 28  44.5 -62.9  3.7      82.9    37   1  1    227  08 00 40
08 15 00  ---          09 53 50  41.7 -62.4  4.0      80.9   860   F  1    338  08 00 41

08 15 40  DA193        09 54 30  41.6 -62.3  4.0      80.8    37   1  1    338  08 15 40
08 30 00  ---          10 08 52  38.9 -61.7  4.2      79.0   860   F  1    449  08 15 41

08 30 40  DA193        10 09 32  38.8 -61.7  4.2      78.9    37   1  1    449  08 30 40
08 45 00  ---          10 23 55  36.1 -60.9  4.5      77.0   860   F  1    560  08 30 41

08 45 40  DA193        10 24 35  35.9 -60.9  4.5      76.9    37   1  1    560  08 45 40
09 00 00  ---          10 38 57  33.3 -60.1  4.7      75.1   860   F  1    671  08 45 41

09 00 40  DA193        10 39 37  33.1 -60.0  4.7      75.0    37   1  1    671  09 00 40
09 15 00  ---          10 54 00  30.5 -59.2  5.0      73.2   860   F  1    782  09 00 41

09 15 00  J0731+2451   10 54 00  45.4 275.0  3.4      70.1  -338   1  1    782  No stop 
09 30 00  =0728+249    11 09 02  42.2 276.6  3.6      69.6   562   F  1    898  09 15 01

09 30 40  J0731+2451   11 09 42  42.0 276.7  3.6      69.6    37   1  1    898  09 30 40
09 32 40  =0728+249    11 11 43  41.6 276.9  3.7      69.5   120   F  1    913  09 30 41

09 32 40  B0726+256    11 11 43  41.3 278.0  3.7      70.0    -5   1  1    913  No stop 
09 42 40  ---          11 21 44  39.2 279.0  3.9      69.5   595   F  1    991  09 32 41

09 43 25  J0731+2451   11 22 29  39.3 278.1  3.8      69.1    40   1  1    991  09 43 25
09 45 25  =0728+249    11 24 30  38.9 278.3  3.9      69.0   120   F  1   1006  09 43 26
Schedule for SHANGHAI  (Code Sh )                                   Page   3
               e-EVN run EM079 (Marecki)
  UP:  D => Below limits;  H => Below horizon mask.  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Tapes: Drive, Index, Start footage / Direction, Head Group, End footage.
         For disks, the footages are really the GBytes
  TPStart:  Tape motion start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Tapes      TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell  (see above)   SYNC
----------------------------------------------------------------------------------------

 --- Tue  15 Jun 2010   Day 166 ---

09 45 25  B0726+256    11 24 30  38.6 279.3  3.9      69.4    -5   1  1   1006  No stop 
09 55 25  ---          11 34 31  36.5 280.3  4.1      69.0   595   F  1   1084  09 45 26

09 56 10  J0731+2451   11 35 17  36.6 279.4  4.1      68.6    40   1  1   1084  09 56 10
09 58 10  =0728+249    11 37 17  36.2 279.6  4.1      68.5   120   F  1   1099  09 56 11

09 58 10  B0726+256    11 37 17  35.9 280.6  4.1      68.8    -5   1  1   1099  No stop 
10 08 10  ---          11 47 18  33.8 281.6  4.3      68.3   595   F  1   1177  09 58 11

10 08 55  J0731+2451   11 48 04  33.9 280.7  4.3      68.0    40   1  1   1177  10 08 55
10 10 55  =0728+249    11 50 04  33.5 280.9  4.3      67.9   120   F  1   1192  10 08 56

10 10 55  B0726+256    11 50 04  33.2 281.9  4.3      68.2    -5   1  1   1192  No stop 
10 20 55  ---          12 00 06  31.1 282.9  4.5      67.6   595   F  1   1270  10 10 56

10 21 40  J0731+2451   12 00 51  31.2 282.0  4.5      67.4    40   1  1   1270  10 21 40
10 23 40  =0728+249    12 02 51  30.8 282.2  4.5      67.3   120   F  1   1285  10 21 41

10 23 40  B0726+256    12 02 51  30.6 283.2  4.6      67.5    -5   1  1   1285  No stop 
10 33 40  ---          12 12 53  28.5 284.2  4.7      66.9   595   F  1   1362  10 23 41

10 34 25  J0731+2451   12 13 38  28.6 283.3  4.7      66.7    40   1  1   1362  10 34 25
10 36 25  =0728+249    12 15 38  28.2 283.5  4.7      66.6   120   F  1   1378  10 34 26

10 36 25  B0726+256    12 15 38  27.9 284.4  4.8      66.7    -5   1  1   1378  No stop 
10 46 25  ---          12 25 40  25.8 285.5  4.9      66.1   595   F  1   1455  10 36 26

10 47 10  J0731+2451   12 26 25  25.9 284.6  4.9      65.9    40   1  1   1455  10 47 10
10 49 10  =0728+249    12 28 25  25.5 284.8  4.9      65.8   120   F  1   1471  10 47 11

10 49 10  B0726+256    12 28 25  25.3 285.7  5.0      65.9    -5   1  1   1471  No stop 
10 59 10  ---          12 38 27  23.2 286.8  5.1      65.3   595   F  1   1548  10 49 11

10 59 55  J0731+2451   12 39 12  23.3 285.9  5.1      65.1    40   1  1   1548  10 59 55
11 01 55  =0728+249    12 41 12  22.9 286.2  5.2      65.0   120   F  1   1564  10 59 56

11 01 55  B0726+256    12 41 12  22.6 287.0  5.2      65.1    -5   1  1   1564  No stop 
11 11 55  ---          12 51 14  20.6 288.1  5.4      64.4   595   F  1   1641  11 01 56

11 12 40  J0731+2451   12 51 59  20.6 287.3  5.3      64.3    40   1  1   1641  11 12 40
11 14 40  =0728+249    12 53 59  20.2 287.5  5.4      64.2   120   F  1   1657  11 12 41

11 14 40  B0726+256    12 53 59  20.0 288.4  5.4      64.2    -5   1  1   1657  No stop 
11 24 40  ---          13 04 01  18.0 289.4  5.6      63.5   595   F  1   1734  11 14 41
Schedule for SHANGHAI  (Code Sh )                                   Page   4
               e-EVN run EM079 (Marecki)
  UP:  D => Below limits;  H => Below horizon mask.  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Tapes: Drive, Index, Start footage / Direction, Head Group, End footage.
         For disks, the footages are really the GBytes
  TPStart:  Tape motion start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Tapes      TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell  (see above)   SYNC
----------------------------------------------------------------------------------------

 --- Tue  15 Jun 2010   Day 166 ---

11 25 25  J0731+2451   13 04 46  18.0 288.6  5.5      63.4    40   1  1   1734  11 25 25
11 27 25  =0728+249    13 06 47  17.6 288.8  5.6      63.3   120   F  1   1750  11 25 26

11 27 25  B0726+256    13 06 47  17.4 289.7  5.6      63.3    -5   1  1   1750  No stop 
11 37 25  ---          13 16 48  15.4 290.8  5.8      62.5   595   F  1   1827  11 27 26

11 38 10  J0731+2451   13 17 33  15.5 290.0  5.8      62.5    41   1  1   1827  11 38 10
11 40 10  =0728+249    13 19 34  15.1 290.2  5.8      62.3   120   F  1   1842  11 38 11

11 40 10  B0726+256    13 19 34  14.9 291.1  5.8      62.3    -5   1  1   1842  No stop 
11 50 10  ---          13 29 35  12.9 292.2  6.0      61.4   595   F  1   1920  11 40 11

11 50 55  J0731+2451   13 30 20  12.9 291.4  6.0      61.5    41   1  1   1920  11 50 55
11 52 55  =0728+249    13 32 21  12.5 291.6  6.0      61.3   120   F  1   1935  11 50 56

11 52 55  B0726+256    13 32 21  12.3 292.5  6.0      61.2    -5   1  1   1935  No stop 
12 02 55  ---          13 42 22  10.4 293.6  6.2      60.4   595   F  1   2013  11 52 56

12 03 40  J0731+2451   13 43 07  10.4 292.9  6.2      60.4    41   1  1   2013  12 03 40
12 05 40  =0728+249    13 45 08  10.0 293.1  6.2      60.2   120   F  1   2028  12 03 41

12 07 40  OJ287        13 47 08  24.4 279.6  4.9      64.0    92   1  1   2028  12 07 40
12 14 40  ---          13 54 09  22.9 280.4  5.0      63.7   420   F  1   2082  12 07 41

12 16 40  J0948+0022   13 56 10  24.2 254.7  4.1      55.7    90   1  1   2082  12 16 40
12 18 40  =0946+006    13 58 10  23.7 255.0  4.1      55.8   120   F  1   2098  12 16 41

12 18 40  B0940+001    13 58 10  22.3 255.5  4.2      56.0    -7   1  1   2098  No stop 
12 28 40  ---          14 08 12  20.2 257.0  4.4      56.5   593   F  1   2175  12 18 41

12 29 25  J0948+0022   14 08 57  21.5 256.7  4.3      56.4    39   1  1   2175  12 29 25
12 31 25  =0946+006    14 10 57  21.1 257.0  4.4      56.5   120   F  1   2191  12 29 26

12 31 25  B0940+001    14 10 57  19.7 257.4  4.5      56.7    -7   1  1   2191  No stop 
12 41 25  ---          14 20 59  17.6 258.8  4.6      57.1   593   F  1   2268  12 31 26

12 42 10  J0948+0022   14 21 44  18.8 258.5  4.5      57.1    39   1  1   2268  12 42 10
12 44 10  =0946+006    14 23 44  18.4 258.8  4.6      57.1   120   F  1   2284  12 42 11

12 44 10  B0940+001    14 23 44  17.0 259.2  4.7      57.3    -7   1  1   2284  No stop 
12 54 10  ---          14 33 46  14.9 260.6  4.8      57.7   593   F  1   2361  12 44 11

12 54 55  J0948+0022   14 34 31  16.1 260.3  4.8      57.6    39   1  1   2361  12 54 55
12 56 55  =0946+006    14 36 31  15.7 260.6  4.8      57.7   120   F  1   2377  12 54 56
Schedule for SHANGHAI  (Code Sh )                                   Page   5
               e-EVN run EM079 (Marecki)
  UP:  D => Below limits;  H => Below horizon mask.  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Tapes: Drive, Index, Start footage / Direction, Head Group, End footage.
         For disks, the footages are really the GBytes
  TPStart:  Tape motion start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Tapes      TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell  (see above)   SYNC
----------------------------------------------------------------------------------------

 --- Tue  15 Jun 2010   Day 166 ---

12 56 55  B0940+001    14 36 31  14.3 261.0  4.9      57.8    -7   1  1   2377  No stop 
13 06 55  ---          14 46 33  12.2 262.4  5.0      58.1   593   F  1   2454  12 56 56

13 07 40  J0948+0022   14 47 18  13.4 262.1  5.0      58.0    39   1  1   2454  13 07 40
13 09 40  =0946+006    14 49 18  13.0 262.4  5.0      58.1   120   F  1   2470  13 07 41

13 09 40  B0940+001    14 49 18  11.6 262.7  5.1      58.1    -7   1  1   2470  No stop 
13 19 40  ---          14 59 20   9.5 264.1  5.3      58.4   593   F  1   2547  13 09 41

13 20 25  J0948+0022   15 00 05  10.7 263.8  5.2      58.4    39   1  1   2547  13 20 25
13 22 25  =0946+006    15 02 05  10.3 264.1  5.2      58.4   120   F  1   2562  13 20 26

13 22 25  B0940+001    15 02 05   8.9 264.5  5.3      58.5    -7   1  1   2562  No stop 
13 32 25  ---          15 12 07   6.7 265.8  5.5      58.6   593   F  1   2640  13 22 26

13 33 10  J0948+0022   15 12 52   8.0 265.5  5.4      58.6    39   1  1   2640  13 33 10
13 35 10  =0946+006    15 14 52   7.6 265.8  5.4      58.6   120   F  1   2655  13 33 11

13 35 10  4C39.25      15 14 52  21.2 303.6  5.8      66.5   -42   1  1   2655  No stop 
13 45 10  ---          15 24 54  19.5 304.5  6.0      65.2   558   F  1   2733  13 35 11

13 45 10  J0957+5522   15 24 54  29.7 319.6  5.4      77.3   -21   1  1   2733  No stop 
13 48 10  =0954+556    15 27 55  29.3 319.7  5.5      76.7   159   F  1   2756  13 45 11

13 48 50  J0957+5522   15 28 35  29.2 319.8  5.5      76.6    37   1  1   2756  13 48 50
13 50 50  =0954+556    15 30 35  28.9 319.8  5.5      76.2   120   F  1   2771  13 48 51

13 50 50  B1002+554    15 30 35  30.1 319.3  5.4      77.7    -6   1  1   2771  No stop 
14 00 50  ---          15 40 37  28.7 319.7  5.6      75.9   594   F  1   2849  13 50 51

14 01 35  J0957+5522   15 41 22  27.4 320.3  5.7      74.2    39   1  1   2849  14 01 35
14 03 35  =0954+556    15 43 22  27.2 320.4  5.8      73.8   120   F  1   2864  14 01 36

14 03 35  B1002+554    15 43 22  28.3 319.8  5.6      75.3    -6   1  1   2864  No stop 
14 13 35  ---          15 53 24  26.9 320.2  5.8      73.5   594   F  1   2942  14 03 36

14 14 20  J0957+5522   15 54 09  25.7 320.9  5.9      71.8    39   1  1   2942  14 14 20
14 16 20  =0954+556    15 56 09  25.4 321.0  6.0      71.5   120   F  1   2957  14 14 21

14 16 20  B1002+554    15 56 09  26.6 320.4  5.8      73.0    -6   1  1   2957  No stop 
14 26 20  ---          16 06 11  25.2 320.9  6.0      71.1   594   F  1   3035  14 16 21

14 27 05  J0957+5522   16 06 56  24.0 321.5  6.1      69.5    39   1  1   3035  14 27 05
14 29 05  =0954+556    16 08 56  23.7 321.6  6.2      69.1   120   F  1   3050  14 27 06
Schedule for SHANGHAI  (Code Sh )                                   Page   6
               e-EVN run EM079 (Marecki)
  UP:  D => Below limits;  H => Below horizon mask.  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Tapes: Drive, Index, Start footage / Direction, Head Group, End footage.
         For disks, the footages are really the GBytes
  TPStart:  Tape motion start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Tapes      TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell  (see above)   SYNC
----------------------------------------------------------------------------------------

 --- Tue  15 Jun 2010   Day 166 ---

14 29 05  B1002+554    16 08 56  24.8 321.0  6.0      70.6    -6   1  1   3050  No stop 
14 39 05  ---          16 18 58  23.5 321.5  6.2      68.8   594   F  1   3128  14 29 06

14 39 50  J0957+5522   16 19 43  22.3 322.3  6.4      67.1    39   1  1   3128  14 39 50
14 41 50  =0954+556    16 21 43  22.0 322.4  6.4      66.8   120   F  1   3143  14 39 51

14 41 50  B1002+554    16 21 43  23.1 321.7  6.2      68.3    -6   1  1   3143  No stop 
14 51 50  ---          16 31 45  21.8 322.3  6.4      66.5   594   F  1   3220  14 41 51

14 52 35  J0957+5522   16 32 30  20.6 323.1  6.6      64.8    39   1  1   3220  14 52 35
14 54 35  =0954+556    16 34 31  20.4 323.2  6.6      64.4   120   F  1   3236  14 52 36

14 54 35  B1002+554    16 34 31  21.4 322.5  6.5      66.0    -6   1  1   3236  No stop 
15 04 35  ---          16 44 32  20.1 323.1  6.6      64.1   594   F  1   3313  14 54 36

15 05 35  J0957+5522   16 45 32  19.0 323.9  6.8      62.4    54   1  1   3313  15 05 35
15 07 35  =0954+556    16 47 33  18.7 324.1  6.8      62.1   120   F  1   3329  15 05 36

15 07 35  B1002+554    16 47 33  19.7 323.3  6.7      63.6    -6   1  1   3329  No stop 
15 17 35  ---          16 57 34  18.5 324.0  6.8      61.8   594   F  1   3406  15 07 36

15 18 35  J0957+5522   16 58 34  17.4 324.9  7.0      60.0    54   1  1   3406  15 18 35
15 20 35  =0954+556    17 00 35  17.1 325.0  7.0      59.7   120   F  1   3422  15 18 36

15 20 35  B1002+554    17 00 35  18.1 324.2  6.9      61.2    -6   1  1   3422  No stop 
15 30 35  ---          17 10 36  16.9 325.0  7.1      59.4   594   F  1   3499  15 20 36

15 31 35  J0957+5522   17 11 37  15.8 325.9  7.2      57.6    54   1  1   3499  15 31 35
15 33 35  =0954+556    17 13 37  15.5 326.0  7.3      57.3   120   F  1   3515  15 31 36

15 33 35  B1002+554    17 13 37  16.5 325.2  7.1      58.8    -6   1  1   3515  No stop 
15 43 35  ---          17 23 39  15.3 326.0  7.3      57.0   594   F  1   3592  15 33 36

15 44 35  J0957+5522   17 24 39  14.2 326.9  7.4      55.2    54   1  1   3592  15 44 35
15 46 35  =0954+556    17 26 39  14.0 327.1  7.5      54.9   120   F  1   3608  15 44 36

15 46 35  B1002+554    17 26 39  14.9 326.2  7.3      56.4    -6   1  1   3608  No stop 
15 56 35  ---          17 36 41  13.7 327.1  7.5      54.6   594   F  1   3685  15 46 36

15 57 35  J0957+5522   17 37 41  12.7 328.0  7.7      52.8    54   1  1   3685  15 57 35
15 59 35  =0954+556    17 39 41  12.5 328.2  7.7      52.4   120   F  1   3700  15 57 36

15 59 35  B1002+554    17 39 41  13.4 327.3  7.5      54.0    -6   1  1   3700  No stop 
16 09 35  ---          17 49 43  12.2 328.2  7.7      52.2   594   F  1   3778  15 59 36
Schedule for SHANGHAI  (Code Sh )                                   Page   7
               e-EVN run EM079 (Marecki)
  UP:  D => Below limits;  H => Below horizon mask.  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Tapes: Drive, Index, Start footage / Direction, Head Group, End footage.
         For disks, the footages are really the GBytes
  TPStart:  Tape motion start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Tapes      TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell  (see above)   SYNC
----------------------------------------------------------------------------------------

 --- Tue  15 Jun 2010   Day 166 ---

16 10 35  J0957+5522   17 50 43  11.3 329.2  7.9      50.4    54   1  1   3778  16 10 35
16 12 35  =0954+556    17 52 43  11.1 329.4  7.9      50.0   120   F  1   3793  16 10 36

16 12 35  B1002+554    17 52 43  11.9 328.5  7.8      51.6    -5   1  1   3793  No stop 
16 22 35  ---          18 02 45  10.8 329.4  7.9      49.7   595   F  1   3871  16 12 36

16 23 35  J0957+5522   18 03 45   9.9 330.5  8.1      47.9    54   1  1   3871  16 23 35
16 25 35  =0954+556    18 05 45   9.7 330.7  8.1      47.5   120   F  1   3886  16 23 36

16 25 35  B1002+554    18 05 45  10.5 329.7  8.0      49.2    -5   1  1   3886  No stop 
16 35 35  ---          18 15 47   9.4 330.7  8.1      47.3   595   F  1   3964  16 25 36

16 36 35  J0957+5522   18 16 47   8.5 331.7  8.3      45.4    54   1  1   3964  16 36 35
16 38 35  =0954+556    18 18 48   8.3 332.0  8.3      45.1   120   F  1   3979  16 36 36

16 38 35  B1002+554    18 18 48   9.1 331.0  8.2      46.7    -5   1  1   3979  No stop 
16 48 35  ---          18 28 49   8.1 332.0  8.4      44.8   595   F  1   4057  16 38 36

16 49 35  J0957+5522   18 29 49   7.2 333.1  8.5      43.0    55   1  1   4057  16 49 35
16 51 35  =0954+556    18 31 50   7.0 333.3  8.6      42.6   120   F  1   4072  16 49 36

16 51 35  B1002+554    18 31 50   7.8 332.3  8.4      44.2    -5   1  1   4072  No stop 
17 01 35  ---          18 41 51   6.8 333.3  8.6      42.3   595   F  1   4149  16 51 36

17 02 35  J0957+5522   18 42 52   6.0 334.5  8.7      40.4    55   1  1   4149  17 02 35
17 04 35  =0954+556    18 44 52   5.8 334.7  8.8      40.0   120   F  1   4165  17 02 36

17 04 35  OQ208        18 44 52  30.8 286.7  4.6      68.8   -52   1  1   4165  No stop 
17 14 35  ---          18 54 54  28.7 287.6  4.8      68.1   548   F  1   4242  17 04 36

17 16 35  J1521+0420   18 56 54  32.9 253.4  3.6      55.4    82   1  1   4242  17 16 35
17 18 35  =1518+045    18 58 54  32.5 253.7  3.6      55.5   120   F  1   4258  17 16 36

17 18 35  J1525+0537   18 58 54  34.1 254.3  3.5      55.9    -7   1  1   4258  No stop 
17 28 35  ---          19 08 56  32.0 255.9  3.7      56.6   593   F  1   4335  17 18 36

17 29 20  J1521+0420   19 09 41  30.3 255.5  3.8      56.2    38   1  1   4335  17 29 20
17 31 20  =1518+045    19 11 41  29.9 255.8  3.8      56.3   120   F  1   4351  17 29 21

17 31 20  J1525+0537   19 11 41  31.4 256.4  3.8      56.7    -7   1  1   4351  No stop 
17 41 20  ---          19 21 43  29.3 258.0  3.9      57.3   593   F  1   4428  17 31 21

17 42 05  J1521+0420   19 22 28  27.6 257.5  4.0      57.0    38   1  1   4428  17 42 05
17 44 05  =1518+045    19 24 28  27.2 257.8  4.0      57.1   120   F  1   4444  17 42 06
Schedule for SHANGHAI  (Code Sh )                                   Page   8
               e-EVN run EM079 (Marecki)
  UP:  D => Below limits;  H => Below horizon mask.  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Tapes: Drive, Index, Start footage / Direction, Head Group, End footage.
         For disks, the footages are really the GBytes
  TPStart:  Tape motion start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Tapes      TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell  (see above)   SYNC
----------------------------------------------------------------------------------------

 --- Tue  15 Jun 2010   Day 166 ---

17 44 05  J1525+0537   19 24 28  28.8 258.4  4.0      57.4    -7   1  1   4444  No stop 
17 54 05  ---          19 34 30  26.7 259.9  4.1      57.9   593   F  1   4521  17 44 06

17 54 50  J1521+0420   19 35 15  25.0 259.4  4.2      57.6    38   1  1   4521  17 54 50
17 56 50  =1518+045    19 37 15  24.5 259.7  4.3      57.7   120   F  1   4536  17 54 51

17 56 50  J1525+0537   19 37 15  26.1 260.3  4.2      58.0    -7   1  1   4536  No stop 
18 06 50  ---          19 47 17  24.0 261.8  4.4      58.4   593   F  1   4614  17 56 51

18 07 35  J1521+0420   19 48 02  22.3 261.2  4.4      58.1    38   1  1   4614  18 07 35
18 09 35  =1518+045    19 50 03  21.8 261.5  4.5      58.1   120   F  1   4629  18 07 36

18 09 35  J1525+0537   19 50 03  23.4 262.1  4.4      58.5    -7   1  1   4629  No stop 
18 19 35  ---          20 00 04  21.2 263.5  4.6      58.8   593   F  1   4707  18 09 36

18 20 20  J1521+0420   20 00 49  19.6 263.0  4.6      58.5    38   1  1   4707  18 20 20
18 22 20  =1518+045    20 02 50  19.1 263.3  4.7      58.5   120   F  1   4722  18 20 21

18 22 20  J1525+0537   20 02 50  20.6 263.9  4.6      58.8    -7   1  1   4722  No stop 
18 32 20  ---          20 12 51  18.5 265.3  4.8      59.0   593   F  1   4800  18 22 21

18 33 05  J1521+0420   20 13 36  16.8 264.8  4.9      58.8    38   1  1   4800  18 33 05
18 35 05  =1518+045    20 15 37  16.4 265.1  4.9      58.8   120   F  1   4815  18 33 06

18 35 05  J1312+4828   20 15 37  13.5 318.9  7.0      58.0   -58   1  1   4815  No stop 
18 39 05  =1310+487    20 19 37  12.9 319.3  7.1      57.3   182   F  1   4846  18 35 06

18 39 45  J1312+4828   20 20 18  12.9 319.3  7.1      57.2    37   1  1   4846  18 39 45
18 41 45  =1310+487    20 22 18  12.6 319.5  7.2      56.9   120   F  1   4862  18 39 46

18 41 45  B1309+484    20 22 18  12.3 319.3  7.2      56.8    -4   1  1   4862  No stop 
18 51 45  ---          20 32 20  10.9 320.2  7.3      55.1   596   F  1   4939  18 41 46

18 52 35  J1312+4828   20 33 10  11.1 320.5  7.3      55.1    46   1  1   4939  18 52 35
18 54 35  =1310+487    20 35 10  10.8 320.7  7.4      54.7   120   F  1   4955  18 52 36

18 54 35  B1309+484    20 35 10  10.5 320.5  7.4      54.6    -4   1  1   4955  No stop 
19 04 35  ---          20 45 12   9.2 321.5  7.5      52.9   596   F  1   5032  18 54 36

19 05 25  J1312+4828   20 46 02   9.4 321.8  7.5      52.9    46   1  1   5032  19 05 25
19 07 25  =1310+487    20 48 02   9.1 322.0  7.6      52.6   120   F  1   5047  19 05 26

19 07 25  B1309+484    20 48 02   8.8 321.8  7.6      52.4    -4   1  1   5047  No stop 
19 17 25  ---          20 58 04   7.5 322.9  7.8      50.7   596   F  1   5125  19 07 26
Schedule for SHANGHAI  (Code Sh )                                   Page   9
               e-EVN run EM079 (Marecki)
  UP:  D => Below limits;  H => Below horizon mask.  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Tapes: Drive, Index, Start footage / Direction, Head Group, End footage.
         For disks, the footages are really the GBytes
  TPStart:  Tape motion start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Tapes      TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell  (see above)   SYNC
----------------------------------------------------------------------------------------

 --- Tue  15 Jun 2010   Day 166 ---

19 18 15  J1312+4828   20 58 54   7.7 323.2  7.8      50.7    46   1  1   5125  19 18 15
19 20 15  =1310+487    21 00 54   7.4 323.4  7.8      50.3   120   F  1   5140  19 18 16

19 20 15  B1309+484    21 00 54   7.1 323.2  7.8      50.2    -4   1  1   5140  No stop 
19 30 15  ---          21 10 56   5.9 324.3  8.0      48.5   596   F  1   5218  19 20 16

19 31 05  J1312+4828   21 11 46   6.0 324.5  8.0      48.5    46   1  1   5218  19 31 05
19 33 05  =1310+487    21 13 46   5.8 324.8  8.0      48.1   120   F  1   5233  19 31 06

19 33 05  B1309+484    21 13 46   5.5 324.6  8.0      48.0    -4   1  1   5233  No stop 
19 43 05  ---          21 23 48   4.3 325.7  8.2  D   46.2     0   F  1   5311  19 33 06

19 43 55  J1312+4828   21 24 38   4.5 326.0  8.2  D   46.2    47   1  1   5311  19 43 55
19 45 55  =1310+487    21 26 38   4.2 326.2  8.2  D   45.8     0   F  1   5326  19 43 56

19 45 55  J1609+2641   21 26 38  22.0 288.8  5.3      65.1   -41   1  1   5326  No stop 
19 51 55  =CTD93       21 32 39  20.8 289.4  5.4      64.7   319   F  1   5373  19 45 56

19 52 35  J1609+2641   21 33 19  20.7 289.4  5.4      64.6    37   1  1   5373  19 52 35
19 54 35  =CTD93       21 35 20  20.2 289.6  5.4      64.5   120   F  1   5388  19 52 36

19 54 35  J1625+2719   21 35 20  23.8 288.5  5.2      65.9   -10   1  1   5388  No stop 
20 04 35  ---          21 45 21  21.8 289.5  5.3      65.2   590   F  1   5465  19 54 36

20 05 35  J1609+2641   21 46 22  18.0 290.8  5.6      63.6    50   1  1   5465  20 05 35
20 07 35  =CTD93       21 48 22  17.6 291.0  5.6      63.5   120   F  1   5481  20 05 36

20 07 35  J1625+2719   21 48 22  21.2 289.8  5.4      64.9   -10   1  1   5481  No stop 
20 17 35  ---          21 58 24  19.2 290.8  5.5      64.1   590   F  1   5558  20 07 36

20 18 35  J1609+2641   21 59 24  15.4 292.2  5.8      62.6    50   1  1   5558  20 18 35
20 20 35  =CTD93       22 01 24  15.0 292.4  5.9      62.4   120   F  1   5574  20 18 36

20 20 35  J1625+2719   22 01 24  18.6 291.1  5.6      63.9   -10   1  1   5574  No stop 
20 30 35  ---          22 11 26  16.6 292.2  5.8      63.1   590   F  1   5651  20 20 36

20 31 35  J1609+2641   22 12 26  12.9 293.6  6.0      61.4    50   1  1   5651  20 31 35
20 33 35  =CTD93       22 14 26  12.5 293.8  6.1      61.3   120   F  1   5667  20 31 36

20 33 35  J1625+2719   22 14 26  16.0 292.5  5.8      62.8   -10   1  1   5667  No stop 
20 43 35  ---          22 24 28  14.0 293.5  6.0      61.9   590   F  1   5744  20 33 36

20 44 35  J1609+2641   22 25 28  10.3 295.0  6.3      60.3    50   1  1   5744  20 44 35
20 46 35  =CTD93       22 27 28   9.9 295.2  6.3      60.1   120   F  1   5760  20 44 36
Schedule for SHANGHAI  (Code Sh )                                   Page  10
               e-EVN run EM079 (Marecki)
  UP:  D => Below limits;  H => Below horizon mask.  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Tapes: Drive, Index, Start footage / Direction, Head Group, End footage.
         For disks, the footages are really the GBytes
  TPStart:  Tape motion start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Tapes      TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell  (see above)   SYNC
----------------------------------------------------------------------------------------

 --- Tue  15 Jun 2010   Day 166 ---

20 46 35  J1625+2719   22 27 28  13.4 293.9  6.0      61.7   -10   1  1   5760  No stop 
20 56 35  ---          22 37 30  11.4 295.0  6.2      60.8   590   F  1   5837  20 46 36

20 57 35  J1609+2641   22 38 30   7.8 296.5  6.5      59.0    50   1  1   5837  20 57 35
20 59 35  =CTD93       22 40 31   7.4 296.7  6.5      58.8   120   F  1   5853  20 57 36


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


 Setup file: 1024Mbps
   Matching groups in /aps3/sched/catalogs/freq.dat:
     sh6cm           Update freq. range AnTao 22Mar08

   Setup group:   11         Station: SHANGHAI          Total bit rate: 1024
   Format: MKIV1:2           Bits per sample: 2         Sample rate: 32.000
   Number of channels: 16                               Speedup factor:   0.50

   Disk used to record data.

   1st LO=   4200.00   4200.00   4200.00   4200.00   4200.00   4200.00   4200.00   4200.00
             4200.00   4200.00   4200.00   4200.00   4200.00   4200.00   4200.00   4200.00
   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=         L         L         U         U         L         L         U         U
                   L         L         U         U         L         L         U         U
   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:  11  Setup file default.  Used pcal sets:   1
   LO sum=    4956.49   4956.49   4956.49   4956.49   4988.49   4988.49   4988.49   4988.49
              5020.49   5020.49   5020.49   5020.49   5052.49   5052.49   5052.49   5052.49
   BBC fr=     756.49    756.49    756.49    756.49    788.49    788.49    788.49    788.49
               820.49    820.49    820.49    820.49    852.49    852.49    852.49    852.49
   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 = OFF 
    PCALXB1=   S1    S2    S3    S4    S5    S6    S7    S8 
    PCALXB2=   M1    M2    M3    M4    M5    M6    M7    M8 
    PCALFR1=     0     0     0     0     0     0     0     0
    PCALFR2=     0     0     0     0     0     0     0     0

   Track assignments are: 
    track1=   2, 10, 18, 26,  3, 11, 19, 27, 66, 74, 82, 90, 67, 75, 83, 91
    barrel=roll_off 
 SOURCE LIST -- e-EVN run EM079 (Marecki)
     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)

 * B0726+256         07 26 02.358083   * 07 29 05.748400     07 29 43.973515       0.00
                     25 36 47.69776    * 25 30 34.10000      25 29 16.63127        0.00
                     From catalog imbedded in main SCHED input file.
                        2.000 scan hours,    106.314 baseline hours above horizon.

 * B0940+001         09 40 45.470948   * 09 43 19.247000     09 43 51.757808       0.00
                     00 09 20.90992    *-00 04 25.04000     -00 07 24.04805        0.00
                     From catalog imbedded in main SCHED input file.
                        1.000 scan hours,     52.841 baseline hours above horizon.

 * B1002+554         10 02 57.021082   * 10 06 17.368000     10 06 59.595117       0.00
                     55 27 21.82481    * 55 12 44.26000      55 09 49.54814        0.00
                     From catalog imbedded in main SCHED input file.
                        2.500 scan hours,    129.009 baseline hours above horizon.

 * B1309+484         13 10 00.247178   * 13 12 11.135000     13 12 40.225803       0.00
                     48 25 19.28148    * 48 09 25.25500      48 06 12.48373        0.00
                     From catalog imbedded in main SCHED input file.
                        2.500 scan hours,    114.000 baseline hours above horizon.

 * J1525+0537        15 22 55.062864   * 15 25 23.644600     15 25 56.842401       0.00
                     05 48 05.87729    * 05 37 35.80000      05 35 19.99327        0.00
                     From catalog imbedded in main SCHED input file.
                        2.667 scan hours,    123.069 baseline hours above horizon.

 * J1625+2719        16 23 42.603446   * 16 25 44.891900     16 26 12.725109       0.00
                     27 19 13.86374    * 27 12 29.29000      27 11 03.69526        0.00
                     From catalog imbedded in main SCHED input file.
                        2.333 scan hours,    106.807 baseline hours above horizon.

   J0555+3948        05 52 01.407172   * 05 55 30.805615     05 56 14.232898       0.01
   0552+398          39 48 21.94585    * 39 48 49.16500      39 48 55.02076        0.01
 * DA193             /aps3/sched/catalogs/sources.vlba
   J0555+39          GSFC Nov. 2009 Solution 2009a    348030 Observations
                        1.683 scan hours,     92.583 baseline hours above horizon.

 * J0731+2451        07 28 31.330345   * 07 31 33.745457     07 32 11.774566       0.20
   0728+249          24 58 22.21438    * 24 51 58.59884      24 50 38.95752        0.37
                     /aps3/sched/catalogs/sources.vlba
                     GSFC Nov. 2009 Solution 2009a        10 Observations
                        0.683 scan hours,     35.340 baseline hours above horizon.

   J0854+2006        08 51 57.250617   * 08 54 48.874929     08 55 24.940363       0.00
   0851+202          20 17 58.41743    * 20 06 30.64088      20 04 06.66513        0.01
   J0854+20          /aps3/sched/catalogs/sources.vlba
 * OJ287             GSFC Nov. 2009 Solution 2009a    155558 Observations
                        0.117 scan hours,      6.417 baseline hours above horizon.

   J0927+3902        09 23 55.319215   * 09 27 03.013936     09 27 42.529131       0.01
   0923+392          39 15 23.56644    * 39 02 20.85184      38 59 41.88945        0.01
 * 4C39.25           /aps3/sched/catalogs/sources.vlba
   J0927+39          GSFC Nov. 2009 Solution 2009a    226075 Observations
                        0.167 scan hours,      6.966 baseline hours above horizon.

 * J0948+0022        09 46 23.258678   * 09 48 57.320112     09 49 29.922081       0.75
   0946+006          00 36 25.20221    * 00 22 25.55941      00 19 23.73421        1.53
                     /aps3/sched/catalogs/sources.vlba
                     Petrov Dec. 2009 Solution 2009c_astro        40 Observations
                        0.233 scan hours,     12.833 baseline hours above horizon.

 * J0957+5522        09 54 14.354478   * 09 57 38.184554     09 58 21.072422       1.66
   0954+556          55 37 16.39968    * 55 22 57.76857      55 20 06.89628        0.99
   4C55.17           /aps3/sched/catalogs/sources.vlba
   J0957+55          GSFC Nov. 2009 Solution 2009a        29 Observations
                        0.583 scan hours,     28.675 baseline hours above horizon.

 * J1312+4828        13 10 32.893321   * 13 12 43.353671     13 13 12.362716       0.87
   1310+487          48 44 24.24217    * 48 28 30.94088      48 25 18.38136        0.83
                     /aps3/sched/catalogs/sources.vlba
                     Petrov Dec. 2009 Solution 2009c_astro        44 Observations
                        0.733 scan hours,     28.615 baseline hours above horizon.

   J1407+2827        14 04 45.615155   * 14 07 00.394413     14 07 30.424389       0.01
   1404+286          28 41 29.23516    * 28 27 14.69019      28 24 17.04462        0.01
   J1407+28          /aps3/sched/catalogs/sources.vlba
 * OQ208             GSFC Nov. 2009 Solution 2009a     64716 Observations
                        0.167 scan hours,      2.926 baseline hours above horizon.

 * J1521+0420        15 18 52.731838   * 15 21 22.543573     15 21 55.991473       0.70
   1518+045          04 31 13.81821    * 04 20 30.13609      04 18 11.18288        1.18
                     /aps3/sched/catalogs/sources.vlba
                     Petrov Dec. 2009 Solution 2009c_astro        83 Observations
                        0.667 scan hours,     29.646 baseline hours above horizon.

 * J1609+2641        16 07 09.290076   * 16 09 13.320744     16 09 41.489248       0.16
   CTD93             26 49 18.65800    * 26 41 29.03600      26 39 49.99676        0.21
   1607+268          /aps3/sched/catalogs/sources.vlba
   J1609+26          GSFC Nov. 2009 Solution 2009a       257 Observations
                        0.633 scan hours,     27.788 baseline hours above horizon.



  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) 
   B0726+256           25.9
   B0940+001           64.5
   B1002+554           58.4
   B1309+484           87.5
   J1525+0537         137.0
   J1625+2719         126.7
   DA193               17.0
   J0731+2451          26.5
   OJ287               46.2
   4C39.25             51.1
   J0948+0022          65.5
   J0957+5522          57.2
   J1312+4828          87.4
   OQ208              107.9
   J1521+0420         137.2
   J1609+2641         125.8

  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 

