  COVER INFORMATION 

 Station:    SHANGHAI  (Code Sh ) 
 Experiment: e-EVN run EM090A (Moldon) with long test
 Exp. Code:  em090b  


Schedule Version:       1.00
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 EM090A (Moldon) with long test
  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 Feb 2011   Day  46 ---

 Next scan frequencies:  1616.49  1616.49  1616.49  1616.49  1648.49  1648.49
                         1648.49  1648.49  1680.49  1680.49  1680.49  1680.49
                         1712.49  1712.49  1712.49  1712.49
 Next BBC frequencies:    683.51   683.51   683.51   683.51   651.51   651.51
                          651.51   651.51   619.51   619.51   619.51   619.51
                          587.51   587.51   587.51   587.51
 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

09 00 00  3C454.3      02 44 53  35.8 268.1  3.8      63.0     0   1  1      0  09 00 00
09 14 20  ---          02 59 16  32.7 270.0  4.1      63.1   860   F  1    111  09 00 01

09 15 00  3C454.3      02 59 56  32.6 270.1  4.1      63.1    37   1  1    111  09 15 00
09 29 20  ---          03 14 18  29.5 271.9  4.3      63.0   860   F  1    222  09 15 01

09 30 00  3C454.3      03 14 58  29.4 272.0  4.3      63.0    37   1  1    222  09 30 00
09 44 20  ---          03 29 21  26.3 273.8  4.6      62.8   860   F  1    333  09 30 01

09 45 00  3C454.3      03 30 01  26.1 273.8  4.6      62.8    37   1  1    333  09 45 00
09 59 20  ---          03 44 23  23.1 275.6  4.8      62.6   860   F  1    444  09 45 01

10 00 00  3C454.3      03 45 03  22.9 275.7  4.8      62.5    37   1  1    444  10 00 00
10 14 20  ---          03 59 26  19.9 277.4  5.1      62.2   860   F  1    555  10 00 01

10 15 00  3C454.3      04 00 06  19.7 277.5  5.1      62.1    37   1  1    555  10 15 00
10 29 20  ---          04 14 28  16.7 279.2  5.3      61.7   860   F  1    666  10 15 01

10 30 00  3C454.3      04 15 08  16.5 279.3  5.3      61.7    37   1  1    666  10 30 00
10 44 20  ---          04 29 30  13.5 281.0  5.6      61.1   860   F  1    777  10 30 01

10 45 00  3C454.3      04 30 11  13.4 281.0  5.6      61.1    37   1  1    777  10 45 00
10 59 20  ---          04 44 33  10.4 282.8  5.8      60.4   860   F  1    888  10 45 01

11 03 27  0234+285     04 48 41  61.8 273.9  2.2      77.3   157   1  1    888  11 03 27
11 14 20  ---          04 59 35  59.5 275.0  2.4      76.9   653   F  1    972  11 03 28

11 18 20  0234+285     05 03 36  58.6 275.3  2.4      76.8   235   1  1    972  11 18 20
11 29 20  ---          05 14 38  56.3 276.4  2.6      76.3   660   F  1   1057  11 18 21

11 33 20  0234+285     05 18 39  55.4 276.8  2.7      76.1   235   1  1   1057  11 33 20
11 44 20  ---          05 29 40  53.1 277.8  2.9      75.6   660   F  1   1142  11 33 21
Schedule for SHANGHAI  (Code Sh )                                   Page   3
               e-EVN run EM090A (Moldon) with long test
  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 Feb 2011   Day  46 ---

11 48 20  0234+285     05 33 41  52.3 278.1  2.9      75.4   235   1  1   1142  11 48 20
11 59 20  ---          05 44 43  49.9 279.1  3.1      74.9   660   F  1   1227  11 48 21

11 59 50  0234+285     05 45 13  49.8 279.2  3.1      74.8    27   1  1   1227  11 59 50
12 01 20  ---          05 46 43  49.5 279.3  3.1      74.8    90   F  1   1239  11 59 51

12 01 50  0234+285     05 47 13  49.4 279.3  3.1      74.7    27   1  1   1239  12 01 50
12 04 20  ---          05 49 44  48.9 279.6  3.2      74.6   150   F  1   1258  12 01 51

12 04 50  0234+285     05 50 14  48.8 279.6  3.2      74.6    27   1  1   1258  12 04 50
12 06 20  ---          05 51 44  48.4 279.7  3.2      74.5    90   F  1   1270  12 04 51

12 06 50  0234+285     05 52 14  48.3 279.8  3.2      74.5    27   1  1   1270  12 06 50
12 09 20  ---          05 54 44  47.8 280.0  3.3      74.3   150   F  1   1289  12 06 51

12 09 50  0234+285     05 55 15  47.7 280.0  3.3      74.3    27   1  1   1289  12 09 50
12 11 20  ---          05 56 45  47.4 280.2  3.3      74.2    90   F  1   1301  12 09 51

12 11 50  0234+285     05 57 15  47.3 280.2  3.3      74.2    27   1  1   1301  12 11 50
12 14 20  ---          05 59 45  46.7 280.4  3.4      74.0   150   F  1   1320  12 11 51

12 14 50  0234+285     06 00 15  46.6 280.5  3.4      74.0    27   1  1   1320  12 14 50
12 16 20  ---          06 01 46  46.3 280.6  3.4      73.9    90   F  1   1332  12 14 51

12 16 50  0234+285     06 02 16  46.2 280.7  3.4      73.9    27   1  1   1332  12 16 50
12 19 20  ---          06 04 46  45.7 280.9  3.4      73.7   150   F  1   1351  12 16 51

12 19 50  0234+285     06 05 16  45.6 280.9  3.4      73.7    27   1  1   1351  12 19 50
12 21 20  ---          06 06 46  45.3 281.1  3.5      73.6    90   F  1   1363  12 19 51

12 21 50  0234+285     06 07 16  45.2 281.1  3.5      73.6    27   1  1   1363  12 21 50
12 24 20  ---          06 09 47  44.6 281.3  3.5      73.5   150   F  1   1382  12 21 51

12 24 50  0234+285     06 10 17  44.5 281.4  3.5      73.4    27   1  1   1382  12 24 50
12 26 20  ---          06 11 47  44.2 281.5  3.6      73.3    90   F  1   1394  12 24 51

12 26 50  0234+285     06 12 17  44.1 281.5  3.6      73.3    27   1  1   1394  12 26 50
12 29 20  ---          06 14 48  43.6 281.8  3.6      73.2   150   F  1   1413  12 26 51

12 29 50  0234+285     06 15 18  43.5 281.8  3.6      73.1    27   1  1   1413  12 29 50
12 31 20  ---          06 16 48  43.2 281.9  3.6      73.0    90   F  1   1425  12 29 51

12 31 50  0234+285     06 17 18  43.1 282.0  3.6      73.0    27   1  1   1425  12 31 50
12 34 20  ---          06 19 49  42.5 282.2  3.7      72.9   150   F  1   1444  12 31 51
Schedule for SHANGHAI  (Code Sh )                                   Page   4
               e-EVN run EM090A (Moldon) with long test
  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 Feb 2011   Day  46 ---

12 34 50  0234+285     06 20 19  42.4 282.2  3.7      72.8    27   1  1   1444  12 34 50
12 36 20  ---          06 21 49  42.1 282.4  3.7      72.7    90   F  1   1456  12 34 51

12 36 50  0234+285     06 22 19  42.0 282.4  3.7      72.7    27   1  1   1456  12 36 50
12 39 20  ---          06 24 49  41.5 282.6  3.8      72.5   150   F  1   1475  12 36 51

12 39 50  0234+285     06 25 19  41.4 282.7  3.8      72.5    27   1  1   1475  12 39 50
12 41 20  ---          06 26 50  41.1 282.8  3.8      72.4    90   F  1   1487  12 39 51

12 41 50  0234+285     06 27 20  41.0 282.9  3.8      72.4    27   1  1   1487  12 41 50
12 44 20  ---          06 29 50  40.4 283.1  3.9      72.2   150   F  1   1506  12 41 51

12 44 50  0234+285     06 30 20  40.3 283.1  3.9      72.2    27   1  1   1506  12 44 50
12 46 20  ---          06 31 51  40.0 283.3  3.9      72.1    90   F  1   1518  12 44 51

12 46 50  0234+285     06 32 21  39.9 283.3  3.9      72.1    27   1  1   1518  12 46 50
12 49 20  ---          06 34 51  39.4 283.5  3.9      71.9   150   F  1   1537  12 46 51

12 49 50  0234+285     06 35 21  39.3 283.6  3.9      71.9    27   1  1   1537  12 49 50
12 51 20  ---          06 36 51  39.0 283.7  4.0      71.8    90   F  1   1549  12 49 51

12 51 50  0234+285     06 37 21  38.9 283.7  4.0      71.7    27   1  1   1549  12 51 50
12 54 20  ---          06 39 52  38.4 284.0  4.0      71.6   150   F  1   1568  12 51 51

12 54 50  0234+285     06 40 22  38.2 284.0  4.0      71.5    27   1  1   1568  12 54 50
12 56 20  ---          06 41 52  37.9 284.1  4.1      71.4    90   F  1   1580  12 54 51

12 56 50  0234+285     06 42 22  37.8 284.2  4.1      71.4    27   1  1   1580  12 56 50
12 59 20  ---          06 44 53  37.3 284.4  4.1      71.2   150   F  1   1599  12 56 51

12 59 50  0234+285     06 45 23  37.2 284.5  4.1      71.2    27   1  1   1599  12 59 50
13 01 20  ---          06 46 53  36.9 284.6  4.1      71.1    90   F  1   1611  12 59 51

13 01 50  0234+285     06 47 23  36.8 284.6  4.1      71.1    27   1  1   1611  13 01 50
13 04 20  ---          06 49 53  36.3 284.9  4.2      70.9   150   F  1   1630  13 01 51

13 04 50  0234+285     06 50 24  36.2 284.9  4.2      70.9    27   1  1   1630  13 04 50
13 06 20  ---          06 51 54  35.9 285.0  4.2      70.8    90   F  1   1642  13 04 51

13 06 50  0234+285     06 52 24  35.8 285.1  4.2      70.7    27   1  1   1642  13 06 50
13 09 20  ---          06 54 54  35.2 285.3  4.3      70.6   150   F  1   1661  13 06 51

13 09 50  0234+285     06 55 24  35.1 285.3  4.3      70.5    27   1  1   1661  13 09 50
13 11 20  ---          06 56 55  34.8 285.5  4.3      70.4    90   F  1   1673  13 09 51
Schedule for SHANGHAI  (Code Sh )                                   Page   5
               e-EVN run EM090A (Moldon) with long test
  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 Feb 2011   Day  46 ---

13 11 50  0234+285     06 57 25  34.7 285.5  4.3      70.4    27   1  1   1673  13 11 50
13 14 20  ---          06 59 55  34.2 285.7  4.4      70.2   150   F  1   1692  13 11 51

13 14 50  0234+285     07 00 25  34.1 285.8  4.4      70.2    27   1  1   1692  13 14 50
13 16 20  ---          07 01 55  33.8 285.9  4.4      70.1    90   F  1   1704  13 14 51

13 16 50  0234+285     07 02 26  33.7 286.0  4.4      70.0    27   1  1   1704  13 16 50
13 19 20  ---          07 04 56  33.2 286.2  4.4      69.9   150   F  1   1723  13 16 51

13 19 50  0234+285     07 05 26  33.1 286.2  4.4      69.8    27   1  1   1723  13 19 50
13 21 20  ---          07 06 56  32.8 286.4  4.5      69.7    90   F  1   1734  13 19 51

13 21 50  0234+285     07 07 26  32.7 286.4  4.5      69.7    27   1  1   1734  13 21 50
13 24 20  ---          07 09 57  32.1 286.7  4.5      69.5   150   F  1   1754  13 21 51

13 24 50  0234+285     07 10 27  32.0 286.7  4.5      69.5    27   1  1   1754  13 24 50
13 26 20  ---          07 11 57  31.7 286.8  4.6      69.3    90   F  1   1765  13 24 51

13 26 50  0234+285     07 12 27  31.6 286.9  4.6      69.3    27   1  1   1765  13 26 50
13 29 20  ---          07 14 58  31.1 287.1  4.6      69.1   150   F  1   1785  13 26 51

13 29 50  0234+285     07 15 28  31.0 287.2  4.6      69.1    27   1  1   1785  13 29 50
13 31 20  ---          07 16 58  30.7 287.3  4.6      69.0    90   F  1   1796  13 29 51

13 31 50  0234+285     07 17 28  30.6 287.3  4.6      68.9    27   1  1   1796  13 31 50
13 34 20  ---          07 19 58  30.1 287.6  4.7      68.8   150   F  1   1816  13 31 51

13 34 50  0234+285     07 20 28  30.0 287.6  4.7      68.7    27   1  1   1816  13 34 50
13 36 20  ---          07 21 59  29.7 287.7  4.7      68.6    90   F  1   1827  13 34 51

13 36 50  0234+285     07 22 29  29.6 287.8  4.7      68.6    27   1  1   1827  13 36 50
13 39 20  ---          07 24 59  29.1 288.0  4.8      68.4   150   F  1   1847  13 36 51

13 39 50  0234+285     07 25 29  29.0 288.1  4.8      68.3    27   1  1   1847  13 39 50
13 41 20  ---          07 27 00  28.7 288.2  4.8      68.2    90   F  1   1858  13 39 51

13 41 50  0234+285     07 27 30  28.6 288.3  4.8      68.2    27   1  1   1858  13 41 50
13 44 20  ---          07 30 00  28.0 288.5  4.9      68.0   150   F  1   1878  13 41 51

13 44 50  0234+285     07 30 30  27.9 288.5  4.9      68.0    27   1  1   1878  13 44 50
13 46 20  ---          07 32 00  27.6 288.7  4.9      67.8    90   F  1   1889  13 44 51

13 46 50  0234+285     07 32 30  27.5 288.7  4.9      67.8    27   1  1   1889  13 46 50
13 49 20  ---          07 35 01  27.0 289.0  4.9      67.6   150   F  1   1909  13 46 51
Schedule for SHANGHAI  (Code Sh )                                   Page   6
               e-EVN run EM090A (Moldon) with long test
  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 Feb 2011   Day  46 ---

13 49 50  0234+285     07 35 31  26.9 289.0  4.9      67.6    27   1  1   1909  13 49 50
13 51 20  ---          07 37 01  26.6 289.1  5.0      67.5    90   F  1   1920  13 49 51

13 51 50  0234+285     07 37 31  26.5 289.2  5.0      67.4    27   1  1   1920  13 51 50
13 54 20  ---          07 40 02  26.0 289.4  5.0      67.2   150   F  1   1940  13 51 51

13 54 50  0234+285     07 40 32  25.9 289.5  5.0      67.2    27   1  1   1940  13 54 50
13 56 20  ---          07 42 02  25.6 289.6  5.1      67.1    90   F  1   1951  13 54 51

13 56 50  0234+285     07 42 32  25.5 289.7  5.1      67.0    27   1  1   1951  13 56 50
13 59 20  ---          07 45 03  25.0 289.9  5.1      66.8   150   F  1   1971  13 56 51

14 00 00  0234+285     07 45 43  24.9 290.0  5.1      66.8    37   1  1   1971  14 00 00
14 14 20  ---          08 00 05  22.0 291.4  5.4      65.6   860   F  1   2082  14 00 01

14 15 00  0234+285     08 00 45  21.9 291.4  5.4      65.5    37   1  1   2082  14 15 00
14 29 20  ---          08 15 07  19.0 292.8  5.6      64.3   860   F  1   2193  14 15 01

14 30 00  0234+285     08 15 48  18.9 292.9  5.6      64.2    37   1  1   2193  14 30 00
14 44 20  ---          08 30 10  16.1 294.4  5.9      62.9   860   F  1   2303  14 30 01

14 45 00  0234+285     08 30 50  15.9 294.4  5.9      62.9    37   1  1   2303  14 45 00
14 59 20  ---          08 45 12  13.1 296.0  6.1      61.5   860   F  1   2414  14 45 01

15 00 00  DA193        08 45 52  54.7 296.2  2.8      90.8   -33   1  1   2414  15 00 00
15 04 20  ---          08 50 13  53.9 296.2  2.9      90.1   227   F  1   2448  15 00 01

15 05 00  DA193        08 50 53  53.8 296.2  2.9      90.0    37   1  1   2448  15 05 00
15 19 20  ---          09 05 16  51.0 296.3  3.1      87.8   860   F  1   2559  15 05 01

15 20 00  DA193        09 05 56  50.9 296.3  3.2      87.7    37   1  1   2559  15 20 00
15 34 20  ---          09 20 18  48.1 296.6  3.4      85.6   860   F  1   2670  15 20 01

15 35 00  DA193        09 20 58  48.0 296.6  3.4      85.5    37   1  1   2670  15 35 00
15 49 20  ---          09 35 21  45.3 297.0  3.7      83.4   860   F  1   2781  15 35 01

15 50 00  J0619+0736   09 36 01  38.7 253.5  3.3      55.9    -8   1  1   2781  15 50 00
16 00 20  =0616+076    09 46 22  36.5 255.3  3.4      56.7   612   F  1   2861  15 50 01

16 00 20  J0619+0736   09 46 22  36.5 255.3  3.4      56.7    -2   1  1   2861  No stop 
16 01 50  =0616+076    09 47 53  36.2 255.5  3.5      56.8    88   F  1   2872  16 00 21

16 01 50  J0632+057    09 47 53  38.0 251.2  3.2      54.6    -8   1  1   2872  No stop 
16 05 20  ---          09 51 23  37.3 251.9  3.3      54.9   202   F  1   2900  16 01 51
Schedule for SHANGHAI  (Code Sh )                                   Page   7
               e-EVN run EM090A (Moldon) with long test
  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 Feb 2011   Day  46 ---

16 05 20  J0619+0736   09 51 23  35.5 256.1  3.5      57.0    -8   1  1   2900  No stop 
16 06 50  =0616+076    09 52 53  35.2 256.4  3.6      57.1    82   F  1   2911  16 05 21

16 07 35  J0632+057    09 53 39  36.8 252.3  3.3      55.1    37   1  1   2911  16 07 35
16 11 05  ---          09 57 09  36.1 252.9  3.4      55.3   210   F  1   2938  16 07 36

16 11 05  J0619+0736   09 57 09  34.3 257.1  3.6      57.3    -8   1  1   2938  No stop 
16 12 35  =0616+076    09 58 39  34.0 257.3  3.6      57.4    82   F  1   2950  16 11 06

16 12 35  J0632+057    09 58 39  35.8 253.1  3.4      55.5    -8   1  1   2950  No stop 
16 16 05  ---          10 02 10  35.1 253.7  3.5      55.7   202   F  1   2977  16 12 36

16 16 05  J0619+0736   10 02 10  33.2 257.9  3.7      57.6    -8   1  1   2977  No stop 
16 17 35  =0616+076    10 03 40  32.9 258.1  3.7      57.7    82   F  1   2989  16 16 06

16 18 20  J0632+057    10 04 25  34.6 254.1  3.5      55.9    37   1  1   2989  16 18 20
16 21 50  ---          10 07 56  33.9 254.7  3.6      56.1   210   F  1   3016  16 18 21

16 21 50  J0619+0736   10 07 56  32.0 258.8  3.8      57.9    -8   1  1   3016  No stop 
16 23 20  =0616+076    10 09 26  31.7 259.0  3.8      58.0    82   F  1   3027  16 21 51

16 23 20  J0632+057    10 09 26  33.6 255.0  3.6      56.2    -8   1  1   3027  No stop 
16 26 50  ---          10 12 57  32.9 255.5  3.7      56.5   202   F  1   3054  16 23 21

16 26 50  J0619+0736   10 12 57  31.0 259.5  3.9      58.2    -8   1  1   3054  No stop 
16 28 20  =0616+076    10 14 27  30.6 259.8  3.9      58.2    82   F  1   3066  16 26 51

16 29 05  J0632+057    10 15 12  32.4 255.9  3.7      56.6    37   1  1   3066  16 29 05
16 32 35  ---          10 18 43  31.7 256.5  3.8      56.8   210   F  1   3093  16 29 06

16 32 35  J0619+0736   10 18 43  29.8 260.4  4.0      58.4    -8   1  1   3093  No stop 
16 34 05  =0616+076    10 20 13  29.4 260.6  4.0      58.5    82   F  1   3105  16 32 36

16 34 05  J0632+057    10 20 13  31.4 256.7  3.8      56.9    -8   1  1   3105  No stop 
16 37 35  ---          10 23 44  30.6 257.3  3.8      57.1   202   F  1   3132  16 34 06

16 37 35  J0619+0736   10 23 44  28.7 261.1  4.1      58.6    -8   1  1   3132  No stop 
16 39 05  =0616+076    10 25 14  28.4 261.4  4.1      58.7    82   F  1   3143  16 37 36

16 39 50  J0632+057    10 25 59  30.2 257.6  3.9      57.2    37   1  1   3143  16 39 50
16 43 20  ---          10 29 29  29.4 258.2  3.9      57.4   210   F  1   3171  16 39 51

16 43 20  J0619+0736   10 29 29  27.5 262.0  4.2      58.8    -8   1  1   3171  No stop 
16 44 50  =0616+076    10 31 00  27.2 262.2  4.2      58.9    82   F  1   3182  16 43 21
Schedule for SHANGHAI  (Code Sh )                                   Page   8
               e-EVN run EM090A (Moldon) with long test
  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 Feb 2011   Day  46 ---

16 44 50  J0632+057    10 31 00  29.1 258.4  4.0      57.5    -8   1  1   3182  No stop 
16 48 20  ---          10 34 30  28.4 258.9  4.0      57.6   202   F  1   3209  16 44 51

16 48 20  J0619+0736   10 34 30  26.4 262.7  4.2      59.0    -8   1  1   3209  No stop 
16 49 50  =0616+076    10 36 01  26.1 262.9  4.3      59.0    82   F  1   3221  16 48 21

16 50 35  J0632+057    10 36 46  27.9 259.3  4.1      57.7    37   1  1   3221  16 50 35
16 54 05  ---          10 40 16  27.2 259.8  4.1      57.9   210   F  1   3248  16 50 36

16 54 05  J0619+0736   10 40 16  25.2 263.5  4.3      59.1    -8   1  1   3248  No stop 
16 55 35  =0616+076    10 41 46  24.9 263.7  4.4      59.2    82   F  1   3260  16 54 06

16 55 35  J0632+057    10 41 46  26.8 260.0  4.1      58.0    -8   1  1   3260  No stop 
16 59 05  ---          10 45 17  26.1 260.5  4.2      58.1   202   F  1   3287  16 55 36

16 59 05  J0619+0736   10 45 17  24.1 264.2  4.4      59.3    -8   1  1   3287  No stop 
17 00 35  =0616+076    10 46 47  23.8 264.4  4.4      59.3    82   F  1   3298  16 59 06

17 01 20  J0632+057    10 47 32  25.6 260.9  4.2      58.2    37   1  1   3298  17 01 20
17 04 50  ---          10 51 03  24.9 261.4  4.3      58.3   210   F  1   3325  17 01 21

17 04 50  J0619+0736   10 51 03  22.9 265.0  4.5      59.4    -8   1  1   3325  No stop 
17 06 20  =0616+076    10 52 33  22.6 265.2  4.5      59.4    82   F  1   3337  17 04 51

17 06 20  J0632+057    10 52 33  24.6 261.6  4.3      58.4    -8   1  1   3337  No stop 
17 09 50  ---          10 56 04  23.8 262.1  4.4      58.5   202   F  1   3364  17 06 21

17 09 50  J0619+0736   10 56 04  21.8 265.7  4.6      59.5    -8   1  1   3364  No stop 
17 11 20  =0616+076    10 57 34  21.5 265.9  4.6      59.5    82   F  1   3376  17 09 51

17 12 05  J0632+057    10 58 19  23.3 262.4  4.4      58.6    38   1  1   3376  17 12 05
17 15 35  ---          11 01 50  22.6 262.9  4.5      58.7   210   F  1   3403  17 12 06

17 15 35  J0619+0736   11 01 50  20.6 266.5  4.7      59.6    -8   1  1   3403  No stop 
17 17 05  =0616+076    11 03 20  20.3 266.7  4.7      59.6    82   F  1   3414  17 15 36

17 17 05  J0632+057    11 03 20  22.3 263.1  4.5      58.7    -8   1  1   3414  No stop 
17 20 35  ---          11 06 51  21.5 263.6  4.6      58.8   202   F  1   3441  17 17 06

17 20 35  J0619+0736   11 06 51  19.5 267.1  4.8      59.6    -8   1  1   3441  No stop 
17 22 05  =0616+076    11 08 21  19.2 267.3  4.8      59.6    82   F  1   3453  17 20 36

17 22 50  J0632+057    11 09 06  21.1 263.9  4.6      58.9    38   1  1   3453  17 22 50
17 26 20  ---          11 12 37  20.3 264.4  4.6      58.9   210   F  1   3480  17 22 51
Schedule for SHANGHAI  (Code Sh )                                   Page   9
               e-EVN run EM090A (Moldon) with long test
  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 Feb 2011   Day  46 ---

17 26 20  J0619+0736   11 12 37  18.3 267.9  4.9      59.7    -8   1  1   3480  No stop 
17 27 50  =0616+076    11 14 07  18.0 268.1  4.9      59.7    82   F  1   3492  17 26 21

17 27 50  J0632+057    11 14 07  20.0 264.6  4.7      59.0    -8   1  1   3492  No stop 
17 31 20  ---          11 17 37  19.2 265.1  4.7      59.0   202   F  1   3519  17 27 51

17 31 20  J0619+0736   11 17 37  17.2 268.6  5.0      59.7    -8   1  1   3519  No stop 
17 32 50  =0616+076    11 19 08  16.9 268.8  5.0      59.7    82   F  1   3530  17 31 21

17 33 35  J0632+057    11 19 53  18.8 265.4  4.8      59.1    38   1  1   3530  17 33 35
17 37 05  ---          11 23 23  18.0 265.9  4.8      59.1   210   F  1   3558  17 33 36

17 37 05  J0619+0736   11 23 23  16.0 269.3  5.1      59.7    -8   1  1   3558  No stop 
17 38 35  =0616+076    11 24 54  15.7 269.5  5.1      59.8    82   F  1   3569  17 37 06

17 38 35  J0632+057    11 24 54  17.7 266.1  4.9      59.2    -8   1  1   3569  No stop 
17 42 05  ---          11 28 24  16.9 266.5  4.9      59.2   202   F  1   3596  17 38 36

17 42 05  J0619+0736   11 28 24  14.9 270.0  5.1      59.8    -8   1  1   3596  No stop 
17 43 35  =0616+076    11 29 54  14.6 270.2  5.2      59.8    82   F  1   3608  17 42 06

17 44 20  J0632+057    11 30 39  16.5 266.8  5.0      59.2    38   1  1   3608  17 44 20
17 47 50  ---          11 34 10  15.7 267.3  5.0      59.3   210   F  1   3635  17 44 21

17 47 50  J0619+0736   11 34 10  13.7 270.7  5.2      59.7    -8   1  1   3635  No stop 
17 49 20  =0616+076    11 35 40  13.3 270.9  5.3      59.7    82   F  1   3647  17 47 51

17 49 20  J0632+057    11 35 40  15.4 267.5  5.0      59.3    -8   1  1   3647  No stop 
17 52 50  ---          11 39 11  14.6 268.0  5.1      59.3   202   F  1   3674  17 49 21

17 52 50  J0619+0736   11 39 11  12.6 271.4  5.3      59.7    -8   1  1   3674  No stop 
17 54 20  =0616+076    11 40 41  12.3 271.5  5.3      59.7    82   F  1   3685  17 52 51

17 55 05  J0632+057    11 41 26  14.1 268.2  5.1      59.3    38   1  1   3685  17 55 05
17 58 35  ---          11 44 57  13.4 268.7  5.2      59.4   210   F  1   3712  17 55 06

17 58 35  J0619+0736   11 44 57  11.4 272.1  5.4      59.7    -8   1  1   3712  No stop 
18 00 05  =0616+076    11 46 27  11.0 272.3  5.4      59.7    82   F  1   3724  17 58 36

18 00 05  J0632+057    11 46 27  13.1 268.9  5.2      59.4    -8   1  1   3724  No stop 
18 03 35  ---          11 49 58  12.3 269.4  5.3      59.4   202   F  1   3751  18 00 06

18 03 35  J0619+0736   11 49 58  10.3 272.7  5.5      59.6    -8   1  1   3751  No stop 
18 05 05  =0616+076    11 51 28  10.0 272.9  5.5      59.6    82   F  1   3763  18 03 36
Schedule for SHANGHAI  (Code Sh )                                   Page  10
               e-EVN run EM090A (Moldon) with long test
  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 Feb 2011   Day  46 ---

18 05 50  J0632+057    11 52 13  11.8 269.7  5.3      59.4    38   1  1   3763  18 05 50
18 09 20  ---          11 55 44  11.1 270.1  5.4      59.4   210   F  1   3790  18 05 51

 --- Wed  16 Feb 2011   Day  47 ---

00 15 40  OQ208        18 03 04  39.4 282.9  3.9      71.6 21929   1  1   3790  00 15 40
00 30 00  ---          18 17 26  36.4 284.2  4.2      70.7   860   F  1   3901  00 15 41

00 30 40  OQ208        18 18 06  36.3 284.2  4.2      70.6    37   1  1   3901  00 30 40
00 45 00  ---          18 32 29  33.3 285.6  4.4      69.7   860   F  1   4012  00 30 41

00 45 40  OQ208        18 33 09  33.2 285.6  4.4      69.6    37   1  1   4012  00 45 40
01 00 00  ---          18 47 31  30.2 286.9  4.7      68.6   860   F  1   4123  00 45 41

01 00 40  OQ208        18 48 11  30.1 287.0  4.7      68.6    37   1  1   4123  01 00 40
01 15 00  ---          19 02 34  27.2 288.3  4.9      67.5   860   F  1   4234  01 00 41

01 15 40  OQ208        19 03 14  27.0 288.4  4.9      67.5    37   1  1   4234  01 15 40
01 30 00  ---          19 17 36  24.1 289.8  5.2      66.3   860   F  1   4345  01 15 41

01 30 40  OQ208        19 18 16  24.0 289.9  5.2      66.3    37   1  1   4345  01 30 40
01 45 00  ---          19 32 38  21.1 291.3  5.4      65.1   860   F  1   4456  01 30 41

01 45 40  OQ208        19 33 19  21.0 291.3  5.4      65.1    37   1  1   4456  01 45 40
02 00 00  ---          19 47 41  18.1 292.8  5.7      63.8   860   F  1   4567  01 45 41

02 01 30  3C286        19 49 11  11.9 298.6  6.3      60.7    75   1  1   4567  02 01 30
02 15 00  ---          20 02 43   9.3 300.0  6.5      59.3   810   F  1   4671  02 01 31

02 17 00  3C345        20 04 44  48.6 296.5  3.4      85.9    50   1  1   4671  02 17 00
02 30 00  ---          20 17 46  46.1 296.8  3.6      84.1   780   F  1   4772  02 17 01

02 30 40  3C345        20 18 26  46.0 296.8  3.6      84.0    37   1  1   4772  02 30 40
02 45 00  ---          20 32 48  43.3 297.3  3.8      82.0   860   F  1   4883  02 30 41

02 45 40  3C345        20 33 28  43.1 297.3  3.8      81.9    37   1  1   4883  02 45 40
03 00 00  ---          20 47 51  40.4 297.9  4.1      80.0   860   F  1   4994  02 45 41

03 00 40  3C345        20 48 31  40.3 297.9  4.1      79.9    37   1  1   4994  03 00 40
03 15 00  ---          21 02 53  37.6 298.6  4.3      78.0   860   F  1   5105  03 00 41

03 15 40  3C345        21 03 33  37.5 298.6  4.3      77.9    37   1  1   5105  03 15 40
03 30 00  ---          21 17 56  34.8 299.4  4.6      76.1   860   F  1   5216  03 15 41
Schedule for SHANGHAI  (Code Sh )                                   Page  11
               e-EVN run EM090A (Moldon) with long test
  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
----------------------------------------------------------------------------------------

 --- Wed  16 Feb 2011   Day  47 ---

03 30 40  3C345        21 18 36  34.6 299.4  4.6      76.0    37   1  1   5216  03 30 40
03 45 00  ---          21 32 58  32.0 300.3  4.8      74.2   860   F  1   5326  03 30 41

03 45 40  3C345        21 33 38  31.8 300.3  4.8      74.1    37   1  1   5326  03 45 40
04 00 00  ---          21 48 01  29.2 301.3  5.1      72.3   860   F  1   5437  03 45 41

04 00 40  3C345        21 48 41  29.1 301.3  5.1      72.2    37   1  1   5437  04 00 40
04 15 00  ---          22 03 03  26.5 302.3  5.3      70.3   860   F  1   5548  04 00 41

04 15 40  3C345        22 03 43  26.3 302.4  5.3      70.3    37   1  1   5548  04 15 40
04 30 00  ---          22 18 06  23.8 303.4  5.6      68.4   860   F  1   5659  04 15 41

04 30 40  3C345        22 18 46  23.6 303.5  5.6      68.3    37   1  1   5659  04 30 40
04 45 00  ---          22 33 08  21.1 304.6  5.8      66.5   860   F  1   5770  04 30 41

04 45 40  3C345        22 33 48  21.0 304.7  5.8      66.4    37   1  1   5770  04 45 40
05 00 00  ---          22 48 10  18.5 305.9  6.1      64.5   860   F  1   5881  04 45 41

05 00 40  3C345        22 48 51  18.3 306.0  6.1      64.4    37   1  1   5881  05 00 40
05 15 00  ---          23 03 13  15.9 307.3  6.3      62.5   860   F  1   5992  05 00 41

05 17 00  J1800+3848   23 05 13  28.9 300.2  5.1      71.8    94   1  1   5992  05 17 00
05 30 00  =1758+388    23 18 15  26.5 301.1  5.3      70.2   780   F  1   6093  05 17 01

05 30 40  J1800+3848   23 18 56  26.4 301.2  5.3      70.1    37   1  1   6093  05 30 40
05 45 00  =1758+388    23 33 18  23.8 302.3  5.5      68.3   860   F  1   6204  05 30 41

05 45 40  J1800+3848   23 33 58  23.7 302.3  5.6      68.2    37   1  1   6204  05 45 40
06 00 00  =1758+388    23 48 20  21.1 303.5  5.8      66.4   860   F  1   6315  05 45 41

06 02 00  BLLAC        23 50 21  65.9 305.3  1.8     109.0    41   1  1   6315  06 02 00
06 15 00  ---          00 03 23  63.6 303.6  2.0     105.3   780   F  1   6415  06 02 01

06 15 40  BLLAC        00 04 03  63.5 303.5  2.0     105.1    37   1  1   6415  06 15 40
06 30 00  ---          00 18 25  60.9 302.2  2.3     101.5   860   F  1   6526  06 15 41

06 30 40  BLLAC        00 19 05  60.8 302.2  2.3     101.4    37   1  1   6526  06 30 40
06 45 00  ---          00 33 28  58.2 301.3  2.5      98.2   860   F  1   6637  06 30 41

06 45 40  BLLAC        00 34 08  58.0 301.3  2.5      98.1    37   1  1   6637  06 45 40
07 00 00  ---          00 48 30  55.4 300.7  2.8      95.2   860   F  1   6748  06 45 41

07 01 00  J2233+4245   00 49 30  60.8 303.2  2.3     102.3    47   1  1   6748  07 01 00
07 10 00  =2231+425    00 58 32  59.1 302.5  2.4     100.2   540   F  1   6818  07 01 01
Schedule for SHANGHAI  (Code Sh )                                   Page  12
               e-EVN run EM090A (Moldon) with long test
  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
----------------------------------------------------------------------------------------

 --- Wed  16 Feb 2011   Day  47 ---

07 10 40  J2233+4245   00 59 12  59.0 302.5  2.4     100.1    37   1  1   6818  07 10 40
07 20 00  =2231+425    01 08 33  57.3 302.0  2.6      98.1   560   F  1   6890  07 10 41

07 20 00  HD215227     01 08 33  58.6 306.2  2.4     103.3    -8   1  1   6890  No stop 
07 23 30  ---          01 12 04  58.0 306.0  2.5     102.4   202   F  1   6917  07 20 01

07 24 20  J2233+4245   01 12 54  56.5 301.8  2.6      97.2    42   1  1   6917  07 24 20
07 25 50  =2231+425    01 14 24  56.3 301.7  2.7      96.9    90   F  1   6929  07 24 21

07 25 50  HD215227     01 14 24  57.6 305.8  2.5     101.9    -8   1  1   6929  No stop 
07 28 50  ---          01 17 25  57.1 305.6  2.6     101.2   172   F  1   6952  07 25 51

07 29 40  J2233+4245   01 18 15  55.6 301.6  2.7      96.1    42   1  1   6952  07 29 40
07 31 10  =2231+425    01 19 45  55.3 301.5  2.8      95.8    90   F  1   6964  07 29 41

07 31 10  HD215227     01 19 45  56.7 305.4  2.6     100.7    -8   1  1   6964  No stop 
07 34 40  ---          01 23 16  56.1 305.2  2.7      99.9   202   F  1   6991  07 31 11

07 34 40  J2233+4245   01 23 16  54.6 301.4  2.8      95.1    -8   1  1   6991  No stop 
07 36 10  =2231+425    01 24 46  54.4 301.4  2.8      94.8    82   F  1   7003  07 34 41

07 37 00  J2237+4216   01 25 36  54.9 300.6  2.8      94.7    45   1  1   7003  07 37 00
07 40 00  =2234+420    01 28 37  54.3 300.6  2.9      94.1   180   F  1   7026  07 37 01

07 40 00  J2233+4245   01 28 37  53.7 301.3  2.9      94.1    -5   1  1   7026  No stop 
07 41 30  =2231+425    01 30 07  53.4 301.3  2.9      93.8    85   F  1   7037  07 40 01

07 41 30  HD215227     01 30 07  54.9 304.9  2.8      98.4    -8   1  1   7037  No stop 
07 45 00  ---          01 33 38  54.3 304.8  2.8      97.6   202   F  1   7064  07 41 31

07 45 50  J2233+4245   01 34 28  52.6 301.2  3.0      93.0    42   1  1   7064  07 45 50
07 47 20  =2231+425    01 35 58  52.3 301.2  3.0      92.7    90   F  1   7076  07 45 51

07 47 20  HD215227     01 35 58  53.8 304.7  2.9      97.2    -7   1  1   7076  No stop 
07 50 20  ---          01 38 58  53.3 304.6  2.9      96.5   173   F  1   7099  07 47 21

07 51 10  J2233+4245   01 39 49  51.6 301.1  3.1      92.0    43   1  1   7099  07 51 10
07 52 40  =2231+425    01 41 19  51.3 301.1  3.1      91.8    90   F  1   7111  07 51 11

07 52 40  HD215227     01 41 19  52.9 304.5  3.0      96.1    -7   1  1   7111  No stop 
07 56 10  ---          01 44 49  52.3 304.4  3.0      95.4   203   F  1   7138  07 52 41

07 56 10  J2233+4245   01 44 49  50.7 301.1  3.2      91.2    -7   1  1   7138  No stop 
07 57 40  =2231+425    01 46 20  50.4 301.1  3.2      90.9    83   F  1   7150  07 56 11
Schedule for SHANGHAI  (Code Sh )                                   Page  13
               e-EVN run EM090A (Moldon) with long test
  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
----------------------------------------------------------------------------------------

 --- Wed  16 Feb 2011   Day  47 ---

07 58 30  J2237+4216   01 47 10  50.9 300.3  3.2      90.8    45   1  1   7150  07 58 30
08 01 30  =2234+420    01 50 10  50.4 300.3  3.2      90.3   180   F  1   7173  07 58 31

08 01 30  J2233+4245   01 50 10  49.7 301.1  3.3      90.2    -5   1  1   7173  No stop 
08 03 00  =2231+425    01 51 41  49.4 301.1  3.3      90.0    85   F  1   7184  08 01 31

08 03 00  HD215227     01 51 41  51.1 304.2  3.1      94.0    -7   1  1   7184  No stop 
08 06 30  ---          01 55 11  50.4 304.2  3.2      93.4   203   F  1   7212  08 03 01

08 07 20  J2233+4245   01 56 01  48.6 301.1  3.4      89.2    43   1  1   7212  08 07 20
08 08 50  =2231+425    01 57 31  48.4 301.1  3.4      89.0    90   F  1   7223  08 07 21

08 08 50  HD215227     01 57 31  50.0 304.1  3.2      92.9    -7   1  1   7223  No stop 
08 11 50  ---          02 00 32  49.5 304.1  3.3      92.4   173   F  1   7246  08 08 51

08 12 40  J2233+4245   02 01 22  47.7 301.1  3.5      88.4    43   1  1   7246  08 12 40
08 14 10  =2231+425    02 02 52  47.4 301.1  3.5      88.1    90   F  1   7258  08 12 41

08 14 10  HD215227     02 02 52  49.1 304.1  3.3      91.9    -7   1  1   7258  No stop 
08 17 40  ---          02 06 23  48.5 304.0  3.4      91.3   203   F  1   7285  08 14 11

08 17 40  J2233+4245   02 06 23  46.7 301.1  3.5      87.5    -7   1  1   7285  No stop 
08 19 10  =2231+425    02 07 53  46.5 301.2  3.6      87.3    83   F  1   7297  08 17 41

08 20 00  J2237+4216   02 08 43  46.9 300.4  3.5      87.2    45   1  1   7297  08 20 00
08 23 00  =2234+420    02 11 44  46.4 300.5  3.6      86.7   180   F  1   7320  08 20 01

08 23 00  J2233+4245   02 11 44  45.8 301.2  3.6      86.7    -5   1  1   7320  No stop 
08 24 30  =2231+425    02 13 14  45.5 301.2  3.7      86.4    85   F  1   7332  08 23 01

08 24 30  HD215227     02 13 14  47.2 304.0  3.5      90.1    -7   1  1   7332  No stop 
08 28 00  ---          02 16 45  46.6 304.0  3.6      89.5   203   F  1   7359  08 24 31

08 28 50  J2233+4245   02 17 35  44.7 301.3  3.7      85.8    43   1  1   7359  08 28 50
08 30 20  =2231+425    02 19 05  44.4 301.4  3.8      85.5    90   F  1   7370  08 28 51

08 30 20  HD215227     02 19 05  46.2 304.0  3.6      89.1    -7   1  1   7370  No stop 
08 33 20  ---          02 22 06  45.7 304.0  3.6      88.5   173   F  1   7393  08 30 21

08 34 10  J2233+4245   02 22 56  43.7 301.4  3.8      84.9    43   1  1   7393  08 34 10
08 35 40  =2231+425    02 24 26  43.4 301.5  3.8      84.7    90   F  1   7405  08 34 11

08 35 40  HD215227     02 24 26  45.3 304.1  3.7      88.1    -7   1  1   7405  No stop 
08 39 10  ---          02 27 56  44.6 304.1  3.7      87.5   203   F  1   7432  08 35 41
Schedule for SHANGHAI  (Code Sh )                                   Page  14
               e-EVN run EM090A (Moldon) with long test
  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
----------------------------------------------------------------------------------------

 --- Wed  16 Feb 2011   Day  47 ---

08 39 10  J2233+4245   02 27 56  42.8 301.6  3.9      84.2    -7   1  1   7432  No stop 
08 40 40  =2231+425    02 29 27  42.5 301.6  3.9      83.9    83   F  1   7444  08 39 11

08 41 30  J2237+4216   02 30 17  43.0 300.9  3.9      83.9    45   1  1   7444  08 41 30
08 44 30  =2234+420    02 33 17  42.4 301.0  3.9      83.5   180   F  1   7467  08 41 31

08 44 30  J2233+4245   02 33 17  41.8 301.7  4.0      83.4    -5   1  1   7467  No stop 
08 46 00  =2231+425    02 34 48  41.5 301.7  4.0      83.1    85   F  1   7479  08 44 31

08 46 00  HD215227     02 34 48  43.4 304.2  3.9      86.4    -7   1  1   7479  No stop 
08 49 30  ---          02 38 18  42.8 304.2  3.9      85.8   203   F  1   7506  08 46 01

08 50 20  J2233+4245   02 39 08  40.8 301.9  4.1      82.5    42   1  1   7506  08 50 20
08 51 50  =2231+425    02 40 39  40.5 301.9  4.1      82.3    90   F  1   7517  08 50 21

08 51 50  HD215227     02 40 39  42.4 304.3  4.0      85.4    -7   1  1   7517  No stop 
08 54 50  ---          02 43 39  41.9 304.3  4.0      85.0   173   F  1   7541  08 51 51

08 55 40  J2233+4245   02 44 29  39.8 302.0  4.2      81.7    42   1  1   7541  08 55 40
08 57 10  =2231+425    02 45 59  39.5 302.1  4.2      81.5    90   F  1   7552  08 55 41

08 57 10  HD215227     02 45 59  41.4 304.4  4.0      84.6    -7   1  1   7552  No stop 
09 00 40  ---          02 49 30  40.8 304.5  4.1      84.0   203   F  1   7579  08 57 11

09 00 40  J2233+4245   02 49 30  38.9 302.2  4.3      80.9    -7   1  1   7579  No stop 
09 02 10  =2231+425    02 51 00  38.6 302.3  4.3      80.7    83   F  1   7591  09 00 41

09 03 00  J2237+4216   02 51 50  39.0 301.6  4.2      80.7    46   1  1   7591  09 03 00
09 06 00  =2234+420    02 54 51  38.5 301.7  4.3      80.3   180   F  1   7614  09 03 01

09 06 00  J2233+4245   02 54 51  37.9 302.4  4.3      80.2    -5   1  1   7614  No stop 
09 07 30  =2231+425    02 56 21  37.6 302.5  4.4      79.9    85   F  1   7626  09 06 01

09 07 30  HD215227     02 56 21  39.6 304.7  4.2      82.9    -7   1  1   7626  No stop 
09 11 00  ---          02 59 52  39.0 304.8  4.3      82.4   203   F  1   7653  09 07 31

09 11 55  J2233+4245   03 00 47  36.8 302.7  4.4      79.3    47   1  1   7653  09 11 55
09 13 25  =2231+425    03 02 17  36.6 302.7  4.5      79.1    90   F  1   7664  09 11 56

09 13 25  HD215227     03 02 17  38.6 304.8  4.3      82.0    -7   1  1   7664  No stop 
09 16 25  ---          03 05 18  38.0 304.9  4.4      81.5   173   F  1   7688  09 13 26

09 17 20  J2233+4245   03 06 13  35.9 302.9  4.5      78.5    47   1  1   7688  09 17 20
09 18 50  =2231+425    03 07 43  35.6 303.0  4.6      78.3    90   F  1   7699  09 17 21
Schedule for SHANGHAI  (Code Sh )                                   Page  15
               e-EVN run EM090A (Moldon) with long test
  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
----------------------------------------------------------------------------------------

 --- Wed  16 Feb 2011   Day  47 ---

09 18 50  HD215227     03 07 43  37.6 305.0  4.4      81.1    -8   1  1   7699  No stop 
09 22 20  ---          03 11 14  37.0 305.1  4.5      80.6   202   F  1   7726  09 18 51

09 22 20  J2233+4245   03 11 14  35.0 303.1  4.6      77.8    -8   1  1   7726  No stop 
09 23 50  =2231+425    03 12 44  34.7 303.2  4.6      77.6    82   F  1   7738  09 22 21

09 24 45  J2237+4216   03 13 39  35.1 302.5  4.6      77.6    51   1  1   7738  09 24 45
09 27 45  =2234+420    03 16 39  34.5 302.7  4.7      77.2   180   F  1   7761  09 24 46

09 27 45  J2233+4245   03 16 39  34.0 303.4  4.7      77.0    -5   1  1   7761  No stop 
09 29 15  =2231+425    03 18 10  33.7 303.5  4.7      76.8    85   F  1   7773  09 27 46

09 29 15  HD215227     03 18 10  35.8 305.4  4.6      79.5    -8   1  1   7773  No stop 
09 32 45  ---          03 21 40  35.2 305.5  4.6      79.0   202   F  1   7800  09 29 16

09 33 40  J2233+4245   03 22 35  32.9 303.7  4.8      76.2    47   1  1   7800  09 33 40
09 35 10  =2231+425    03 24 06  32.7 303.8  4.8      76.0    90   F  1   7811  09 33 41

09 35 10  HD215227     03 24 06  34.8 305.6  4.7      78.6    -8   1  1   7811  No stop 
09 38 10  ---          03 27 06  34.2 305.8  4.7      78.2   172   F  1   7835  09 35 11

09 39 05  J2233+4245   03 28 01  32.0 304.0  4.9      75.4    47   1  1   7835  09 39 05
09 40 35  =2231+425    03 29 32  31.7 304.1  4.9      75.2    90   F  1   7846  09 39 06

09 40 35  HD215227     03 29 32  33.8 305.9  4.8      77.8    -8   1  1   7846  No stop 
09 44 05  ---          03 33 02  33.2 306.0  4.8      77.3   202   F  1   7873  09 40 36

09 44 05  J2233+4245   03 33 02  31.1 304.3  5.0      74.7    -8   1  1   7873  No stop 
09 45 35  =2231+425    03 34 32  30.8 304.4  5.0      74.5    82   F  1   7885  09 44 06

09 46 30  J2237+4216   03 35 28  31.1 303.7  5.0      74.6    51   1  1   7885  09 46 30
09 49 30  =2234+420    03 38 28  30.6 303.9  5.0      74.2   180   F  1   7908  09 46 31

09 49 30  J2233+4245   03 38 28  30.1 304.6  5.1      73.9    -5   1  1   7908  No stop 
09 51 00  =2231+425    03 39 58  29.9 304.7  5.1      73.7    85   F  1   7920  09 49 31

09 51 00  HD215227     03 39 58  32.0 306.4  4.9      76.2    -8   1  1   7920  No stop 
09 54 30  ---          03 43 29  31.4 306.6  5.0      75.7   202   F  1   7947  09 51 01

09 55 25  J2233+4245   03 44 24  29.1 304.9  5.2      73.1    47   1  1   7947  09 55 25
09 56 55  =2231+425    03 45 54  28.8 305.0  5.2      72.9    90   F  1   7959  09 55 26

09 56 55  HD215227     03 45 54  31.0 306.7  5.0      75.4    -8   1  1   7959  No stop 
09 59 55  ---          03 48 55  30.5 306.8  5.1      74.9   172   F  1   7982  09 56 56
Schedule for SHANGHAI  (Code Sh )                                   Page  16
               e-EVN run EM090A (Moldon) with long test
  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
----------------------------------------------------------------------------------------

 --- Wed  16 Feb 2011   Day  47 ---

10 00 50  J2233+4245   03 49 50  28.1 305.3  5.3      72.4    47   1  1   7982  10 00 50
10 02 20  =2231+425    03 51 20  27.9 305.4  5.3      72.1    90   F  1   7993  10 00 51

10 02 20  HD215227     03 51 20  30.1 307.0  5.1      74.5    -8   1  1   7993  No stop 
10 05 50  ---          03 54 51  29.5 307.2  5.2      74.0   202   F  1   8021  10 02 21

10 05 50  J2233+4245   03 54 51  27.3 305.6  5.3      71.6    -8   1  1   8021  No stop 
10 07 20  =2231+425    03 56 21  27.0 305.7  5.4      71.4    82   F  1   8032  10 05 51

10 08 15  J2237+4216   03 57 16  27.3 305.0  5.3      71.6    51   1  1   8032  10 08 15
10 11 15  =2234+420    04 00 17  26.8 305.2  5.4      71.2   180   F  1   8055  10 08 16

10 11 15  J2233+4245   04 00 17  26.3 306.0  5.4      70.9    -5   1  1   8055  No stop 
10 12 45  =2231+425    04 01 47  26.0 306.1  5.5      70.7    85   F  1   8067  10 11 16

10 12 45  HD215227     04 01 47  28.3 307.6  5.3      73.0    -8   1  1   8067  No stop 
10 16 15  ---          04 05 17  27.7 307.8  5.4      72.5   202   F  1   8094  10 12 46

10 17 20  J2233+4245   04 06 23  25.3 306.4  5.5      70.0    57   1  1   8094  10 17 20
10 18 50  =2231+425    04 07 53  25.0 306.5  5.6      69.8    90   F  1   8106  10 17 21

10 18 50  HD215227     04 07 53  27.2 307.9  5.4      72.1    -8   1  1   8106  No stop 
10 21 50  ---          04 10 53  26.7 308.1  5.5      71.6   172   F  1   8129  10 18 51

10 22 55  J2233+4245   04 11 59  24.3 306.8  5.6      69.2    57   1  1   8129  10 22 55
10 24 25  =2231+425    04 13 29  24.0 306.9  5.7      69.0    90   F  1   8141  10 22 56

10 24 25  HD215227     04 13 29  26.3 308.3  5.5      71.3    -8   1  1   8141  No stop 
10 27 55  ---          04 16 59  25.7 308.5  5.6      70.7   202   F  1   8168  10 24 26

10 27 55  J2233+4245   04 16 59  23.4 307.1  5.7      68.5    -8   1  1   8168  No stop 
10 29 25  =2231+425    04 18 30  23.2 307.2  5.7      68.3    82   F  1   8179  10 27 56

10 30 30  J2237+4216   04 19 35  23.4 306.6  5.7      68.5    61   1  1   8179  10 30 30
10 33 30  =2234+420    04 22 35  22.9 306.8  5.8      68.1   180   F  1   8202  10 30 31

10 33 30  J2233+4245   04 22 35  22.5 307.5  5.8      67.8    -4   1  1   8202  No stop 
10 35 00  =2231+425    04 24 05  22.2 307.7  5.8      67.5    86   F  1   8214  10 33 31

10 35 00  HD215227     04 24 05  24.5 309.0  5.7      69.7    -8   1  1   8214  No stop 
10 38 30  ---          04 27 36  23.9 309.2  5.7      69.2   202   F  1   8241  10 35 01

10 39 35  J2233+4245   04 28 41  21.4 308.0  5.9      66.9    57   1  1   8241  10 39 35
10 41 05  =2231+425    04 30 11  21.2 308.1  5.9      66.7    90   F  1   8253  10 39 36
Schedule for SHANGHAI  (Code Sh )                                   Page  17
               e-EVN run EM090A (Moldon) with long test
  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
----------------------------------------------------------------------------------------

 --- Wed  16 Feb 2011   Day  47 ---

10 41 05  HD215227     04 30 11  23.5 309.4  5.8      68.8    -8   1  1   8253  No stop 
10 44 05  ---          04 33 12  23.0 309.6  5.8      68.3   172   F  1   8276  10 41 06

10 45 10  J2233+4245   04 34 17  20.5 308.5  6.0      66.1    57   1  1   8276  10 45 10
10 46 40  =2231+425    04 35 47  20.3 308.6  6.0      65.9    90   F  1   8288  10 45 11

10 46 40  HD215227     04 35 47  22.6 309.8  5.9      68.0    -8   1  1   8288  No stop 
10 50 10  ---          04 39 18  22.0 310.1  5.9      67.4   202   F  1   8315  10 46 41

10 50 10  J2233+4245   04 39 18  19.7 308.9  6.1      65.4    -8   1  1   8315  No stop 
10 51 40  =2231+425    04 40 48  19.4 309.0  6.1      65.2    82   F  1   8326  10 50 11

10 52 45  J2237+4216   04 41 53  19.6 308.3  6.1      65.4    61   1  1   8326  10 52 45
10 55 45  =2234+420    04 44 54  19.1 308.6  6.1      64.9   180   F  1   8350  10 52 46

10 55 45  J2233+4245   04 44 54  18.7 309.3  6.2      64.6    -4   1  1   8350  No stop 
10 57 15  =2231+425    04 46 24  18.5 309.4  6.2      64.4    86   F  1   8361  10 55 46

10 57 15  HD215227     04 46 24  20.9 310.6  6.0      66.4    -8   1  1   8361  No stop 
11 00 45  ---          04 49 55  20.3 310.9  6.1      65.9   202   F  1   8388  10 57 16

11 01 50  J2233+4245   04 51 00  17.7 309.8  6.3      63.7    57   1  1   8388  11 01 50
11 03 20  =2231+425    04 52 30  17.5 310.0  6.3      63.5    90   F  1   8400  11 01 51

11 03 20  HD215227     04 52 30  19.9 311.1  6.2      65.5    -8   1  1   8400  No stop 
11 06 20  ---          04 55 31  19.4 311.3  6.2      65.0   172   F  1   8423  11 03 21

11 07 25  J2233+4245   04 56 36  16.8 310.3  6.4      62.9    57   1  1   8423  11 07 25
11 08 55  =2231+425    04 58 06  16.6 310.4  6.4      62.7    90   F  1   8435  11 07 26

11 08 55  HD215227     04 58 06  19.0 311.5  6.2      64.6    -8   1  1   8435  No stop 
11 12 25  ---          05 01 37  18.4 311.8  6.3      64.1   202   F  1   8462  11 08 56

11 12 25  J2233+4245   05 01 37  16.0 310.8  6.5      62.2    -8   1  1   8462  No stop 
11 13 55  =2231+425    05 03 07  15.8 310.9  6.5      62.0    82   F  1   8473  11 12 26

11 15 00  J2237+4216   05 04 12  15.9 310.2  6.4      62.2    61   1  1   8473  11 15 00
11 18 00  =2234+420    05 07 13  15.4 310.5  6.5      61.8   180   F  1   8497  11 15 01

11 18 00  J2233+4245   05 07 13  15.1 311.3  6.6      61.4    -4   1  1   8497  No stop 
11 19 30  =2231+425    05 08 43  14.9 311.4  6.6      61.1    86   F  1   8508  11 18 01

11 20 00  J2233+4245   05 09 13  14.8 311.4  6.6      61.1    27   1  1   8508  11 20 00
11 21 40  =2231+425    05 10 53  14.5 311.6  6.6      60.8   100   F  1   8521  11 20 01


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:
     sh18cm          Huang Xinyong 27Sept05

   Setup group:    7         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=   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:   7  Setup file default.  Used pcal sets:   1
   LO sum=    1616.49   1616.49   1616.49   1616.49   1648.49   1648.49   1648.49   1648.49
              1680.49   1680.49   1680.49   1680.49   1712.49   1712.49   1712.49   1712.49
   BBC fr=     683.51    683.51    683.51    683.51    651.51    651.51    651.51    651.51
               619.51    619.51    619.51    619.51    587.51    587.51    587.51    587.51
   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 = 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 EM090A (Moldon) with long test
     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)

 * HD215227          22 40 45.544797   * 22 42 57.303000     22 43 25.873263       0.00
                     44 27 34.00273    * 44 43 18.26000      44 46 55.04723        0.00
                     From catalog imbedded in main SCHED input file.
                     This is our VLBI target. Position of optical star
                        1.833 scan hours,     40.354 baseline hours above horizon.

 * J2233+4245        22 31 21.551633   * 22 33 32.406507     22 34 00.798116       0.72
   2231+425          42 30 10.20109    * 42 45 39.92438      42 49 12.57608        0.92
                     From catalog imbedded in main SCHED input file.
                     Petrov Dec. 2009 Solution 2009c_astro        36 Observations
                        1.433 scan hours,     36.127 baseline hours above horizon.

 * J2237+4216        22 34 52.107077   * 22 37 04.209761     22 37 32.910274       0.54
   2234+420          42 01 12.91198    * 42 16 48.26260      42 20 22.32218        0.68
                     From catalog imbedded in main SCHED input file.
                     Petrov Dec. 2009 Solution 2009c_astro        57 Observations
                        0.550 scan hours,     11.550 baseline hours above horizon.

 * J0632+057         06 30 18.803210   * 06 32 59.290000     06 33 37.107119       0.00
                     05 50 19.12949    * 05 48 01.20000      05 47 22.68748        0.00
                     From catalog imbedded in main SCHED input file.
                        5.133 scan hours,    143.177 baseline hours above horizon.

   J0237+2848        02 34 55.589591   * 02 37 52.405678     02 38 32.773377       0.01
 * 0234+285          28 35 11.40782    * 28 48 08.99007      28 51 09.96223        0.01
   J0237+28          /aps3/sched/catalogs/sources.vlba
                     GSFC Nov. 2009 Solution 2009a     53148 Observations
                        3.287 scan hours,    118.330 baseline hours above horizon.

   J0542+4951        05 38 43.517522   * 05 42 36.137899     05 43 30.729115       0.04
   0538+498          49 49 42.83711    * 49 51 07.23374      49 51 32.71884        0.03
 * 3C147             /aps3/sched/catalogs/sources.vlba
   J0542+49          GSFC Nov. 2009 Solution 2009a      1444 Observations
                        0.200 scan hours,      2.856 baseline hours above horizon.

   J0555+3948        05 52 01.407172   * 05 55 30.805615     05 56 19.943260       0.01
   0552+398          39 48 21.94585    * 39 48 49.16500      39 48 58.44729        0.01
 * DA193             /aps3/sched/catalogs/sources.vlba
   J0555+39          GSFC Nov. 2009 Solution 2009a    348030 Observations
                        0.789 scan hours,     27.028 baseline hours above horizon.

 * J0619+0736        06 16 27.314910   * 06 19 09.971047     06 19 48.235504       3.03
   0616+076          07 37 58.99714    * 07 36 41.22047      07 36 17.07235        1.65
                     /aps3/sched/catalogs/sources.vlba
                     Petrov Dec. 2009 Solution 2009c_astro        21 Observations
                        2.422 scan hours,     44.664 baseline hours above horizon.

   J1331+3030        13 28 49.657776   * 13 31 08.288068     13 31 40.900204       0.21
 * 3C286             30 45 58.64077    * 30 30 32.95941      30 26 46.15600        0.19
   1328+307          /aps3/sched/catalogs/sources.vlba
   J1331+30          GSFC Nov. 2009 Solution 2009a       243 Observations
                        0.225 scan hours,      6.300 baseline hours above horizon.

   J1407+2827        14 04 45.615155   * 14 07 00.394413     14 07 31.908873       0.01
   1404+286          28 41 29.23516    * 28 27 14.69019      28 23 44.15831        0.01
   J1407+28          /aps3/sched/catalogs/sources.vlba
 * OQ208             GSFC Nov. 2009 Solution 2009a     64716 Observations
                        1.672 scan hours,     42.446 baseline hours above horizon.

   J1642+3948        16 41 17.606229   * 16 42 58.809967     16 43 21.566973       0.01
 * 3C345             39 54 10.81492    * 39 48 36.99398      39 47 03.80145        0.01
   1641+399          /aps3/sched/catalogs/sources.vlba
   J1642+39          GSFC Nov. 2009 Solution 2009a     52093 Observations
                        2.844 scan hours,     79.131 baseline hours above horizon.

 * J1800+3848        17 58 44.703952   * 18 00 24.765361     18 00 46.755291       0.02
   1758+388          38 48 32.47354    * 38 48 30.69752      38 48 15.94000        0.02
   J1800+38          /aps3/sched/catalogs/sources.vlba
                     GSFC Nov. 2009 Solution 2009a      1361 Observations
                        0.694 scan hours,     19.444 baseline hours above horizon.

   J2202+4216        22 00 39.362506   * 22 02 43.291373     22 03 10.041695       0.01
 * BLLAC             42 02 08.59082    * 42 16 39.97996      42 19 57.50737        0.01
   2200+420          /aps3/sched/catalogs/sources.vlba
   J2202+42          GSFC Nov. 2009 Solution 2009a     50280 Observations
   VR422201             0.933 scan hours,     25.522 baseline hours above horizon.

   J2253+1608        22 51 29.519743   * 22 53 57.747942     22 54 30.553033       0.01
 * 3C454.3           15 52 54.34806    * 16 08 53.56089      16 12 29.79992        0.01
   2251+158          /aps3/sched/catalogs/sources.vlba
   J2253+16          GSFC Nov. 2009 Solution 2009a     39040 Observations
                        1.911 scan hours,     68.800 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) 
   HD215227            58.3
   J2233+4245          56.0
   J2237+4216          55.7
   J0632+057          129.6
   0234+285            79.6
   3C147              116.7
   DA193              120.9
   J0619+0736         126.5
   3C286              127.4
   OQ208              119.7
   3C345               89.2
   J1800+3848          75.1
   BLLAC               54.9
   3C454.3             32.1

  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 

