  COVER INFORMATION 

 Station:    SHANGHAI  (Code Sh ) 
 Experiment: LIRGI - Source group 1 - Run b
 Exp. Code:  EP088D  


Schedule Version:       1.00
Processed by SCHED version:  11.00  Release of Feb. 15, 2013

PI:       Miguel A. Perez-Torres

Address:  IAA - CSIC
          Glorieta de la Astronomia s/n
          18008 Granada, Spain
 

Phone:    +34-958230644
EMAIL:    torres@iaa.es
Fax:      +34-958814530
Phone during observation: +34-665252538

Observing mode: 1024 Mbps

Notes:    Phase-ref of EVN LIRGI sources
          First 6cm observing epoch of IRAS10565, VV340A, IRASF15250, NGC63090, NGC6670A and  CGCG448
 
 

Schedule for SHANGHAI  (Code Sh )                                   Page   2
               LIRGI - Source group 1 - Run b
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Mon   3 Mar 2014   Day  62 ---

 Next scan frequencies:  4942.49  4942.49  4942.49  4942.49  4974.49  4974.49  4974.49  4974.49
                         5006.49  5006.49  5006.49  5006.49  5038.49  5038.49  5038.49  5038.49
 Next BBC frequencies:    742.49   742.49   742.49   742.49   774.49   774.49   774.49   774.49
                          806.49   806.49   806.49   806.49   838.49   838.49   838.49   838.49
 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

21 00 00  J1102+2757   15 51 01  28.4 -72.9  4.8      67.8     0        0   21 00 00
21 04 50  ---          15 55 52  27.4 -72.4  4.9      67.4   290       37   21 00 01

21 05 50  IRAS10565    15 56 52  25.2 -75.5  4.9      65.6    53       37   21 05 50
21 09 30  ---          16 00 33  24.5 -75.1  5.0      65.4   220       65   21 05 51

21 09 30  J1102+2757   16 00 33  26.4 -72.0  5.0      67.1    -7       65   21 09 37
21 10 50  ---          16 01 53  26.2 -71.8  5.0      67.0    73       76   21 09 31

21 11 50  IRAS10565    16 02 53  24.0 -74.9  5.0      65.2    53       76   21 11 50
21 15 30  ---          16 06 34  23.2 -74.5  5.1      65.0   220      104   21 11 51

21 15 30  J1102+2757   16 06 34  25.2 -71.4  5.1      66.6    -7      104   21 15 37
21 16 50  ---          16 07 54  24.9 -71.2  5.1      66.5    73      114   21 15 31

21 16 50  IRAS10565    16 07 54  22.9 -74.3  5.1      64.9    -8      114   21 16 58
21 20 30  ---          16 11 35  22.2 -74.0  5.2      64.7   212      142   21 16 51

21 20 30  J1102+2757   16 11 35  24.2 -70.9  5.1      66.2    -7      142   21 20 37
21 21 50  ---          16 12 55  23.9 -70.8  5.2      66.1    73      153   21 20 31

21 22 50  IRAS10565    16 13 55  21.7 -73.7  5.2      64.6    52      153   21 22 50
21 26 30  ---          16 17 36  21.0 -73.3  5.3      64.3   220      181   21 22 51

21 26 30  J1102+2757   16 17 36  23.0 -70.3  5.2      65.8    -8      181   21 26 38
21 27 50  ---          16 18 56  22.7 -70.2  5.3      65.7    72      191   21 26 31

21 27 50  IRAS10565    16 18 56  20.7 -73.2  5.3      64.2    -8      191   21 27 58
21 31 30  ---          16 22 36  19.9 -72.8  5.4      64.0   212      219   21 27 51

21 31 30  J1102+2757   16 22 36  22.0 -69.8  5.3      65.4    -8      219   21 31 38
21 32 50  ---          16 23 57  21.7 -69.7  5.3      65.3    72      229   21 31 31

21 33 50  IRAS10565    16 24 57  19.4 -72.5  5.4      63.8    52      229   21 33 50
21 37 30  ---          16 28 37  18.7 -72.2  5.5      63.6   220      258   21 33 51

21 37 30  J1102+2757   16 28 37  20.8 -69.2  5.4      64.9    -8      258   21 37 38
21 38 50  ---          16 29 58  20.5 -69.1  5.4      64.8    72      268   21 37 31
Schedule for SHANGHAI  (Code Sh )                                   Page   3
               LIRGI - Source group 1 - Run b
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Mon   3 Mar 2014   Day  62 ---

21 38 50  IRAS10565    16 29 58  18.4 -72.0  5.5      63.5    -8      268   21 38 58
21 42 30  ---          16 33 38  17.7 -71.6  5.6      63.2   212      296   21 38 51

21 42 30  J1102+2757   16 33 38  19.8 -68.7  5.5      64.5    -8      296   21 42 38
21 43 50  ---          16 34 58  19.5 -68.6  5.5      64.4    72      306   21 42 31

21 44 50  IRAS10565    16 35 59  17.2 -71.4  5.6      63.1    52      306   21 44 50
21 48 30  ---          16 39 39  16.5 -71.0  5.7      62.8   220      335   21 44 51

21 48 30  J1102+2757   16 39 39  18.6 -68.1  5.6      64.0    -8      335   21 48 38
21 49 50  ---          16 40 59  18.3 -67.9  5.6      63.9    72      345   21 48 31

21 49 50  IRAS10565    16 40 59  16.2 -70.8  5.7      62.7    -8      345   21 49 58
21 53 30  ---          16 44 40  15.4 -70.4  5.7      62.4   212      373   21 49 51

21 53 30  J1102+2757   16 44 40  17.6 -67.6  5.7      63.6    -8      373   21 53 38
21 54 50  ---          16 46 00  17.3 -67.4  5.7      63.4    72      383   21 53 31

21 55 50  IRAS10565    16 47 00  15.0 -70.2  5.8      62.2    52      383   21 55 50
21 59 30  ---          16 50 41  14.2 -69.8  5.8      62.0   220      412   21 55 51

21 59 30  J1102+2757   16 50 41  16.4 -66.9  5.8      63.0    -8      412   21 59 38
22 00 50  ---          16 52 01  16.1 -66.8  5.8      62.9    72      422   21 59 31

22 00 50  IRAS10565    16 52 01  14.0 -69.6  5.9      61.9    -8      422   22 00 58
22 04 30  ---          16 55 42  13.2 -69.2  5.9      61.6   212      450   22 00 51

22 04 30  J1102+2757   16 55 42  15.4 -66.4  5.9      62.6    -8      450   22 04 38
22 05 50  ---          16 57 02  15.1 -66.3  5.9      62.5    72      460   22 04 31

22 06 50  IRAS10565    16 58 02  12.8 -68.9  6.0      61.4    52      460   22 06 50
22 10 30  ---          17 01 43  12.0 -68.5  6.0      61.1   220      488   22 06 51

22 10 30  J1102+2757   17 01 43  14.2 -65.8  6.0      62.1    -8      488   22 10 38
22 11 50  ---          17 03 03  14.0 -65.6  6.0      61.9    72      499   22 10 31

22 11 50  IRAS10565    17 03 03  11.8 -68.4  6.0      61.0    -8      499   22 11 58
22 15 30  ---          17 06 44  11.0 -68.0  6.1      60.7   212      527   22 11 51

22 15 30  J1102+2757   17 06 44  13.3 -65.2  6.1      61.6    -8      527   22 15 38
22 16 50  ---          17 08 04  13.0 -65.1  6.1      61.5    72      537   22 15 31

22 17 50  IRAS10565    17 09 04  10.6 -67.7  6.1      60.5    52      537   22 17 50
22 21 30  ---          17 12 45   9.8 -67.3  6.2      60.2   220      565   22 17 51
Schedule for SHANGHAI  (Code Sh )                                   Page   4
               LIRGI - Source group 1 - Run b
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Mon   3 Mar 2014   Day  62 ---

22 21 30  J1102+2757   17 12 45  12.1 -64.6  6.2      61.0    -8      565   22 21 38
22 22 50  ---          17 14 05  11.8 -64.4  6.2      60.9    72      576   22 21 31

22 22 50  IRAS10565    17 14 05   9.6 -67.1  6.2      60.1    -8      576   22 22 58
22 26 30  ---          17 17 45   8.9 -66.7  6.3      59.8   212      604   22 22 51

22 26 30  J1102+2757   17 17 45  11.1 -64.0  6.2      60.6    -8      604   22 26 38
22 27 50  ---          17 19 06  10.9 -63.9  6.3      60.4    72      614   22 26 31

22 28 50  IRAS10565    17 20 06   8.4 -66.4  6.3      59.6    52      614   22 28 50
22 32 30  ---          17 23 46   7.7 -66.0  6.4      59.2   220      642   22 28 51

22 32 30  J1102+2757   17 23 46  10.0 -63.4  6.3      60.0    -8      642   22 32 38
22 33 50  ---          17 25 07   9.7 -63.2  6.4      59.8    72      653   22 32 31

22 33 50  IRAS10565    17 25 07   7.4 -65.8  6.4      59.1    -8      653   22 33 58
22 37 30  ---          17 28 47   6.7 -65.4  6.5      58.8   212      681   22 33 51

22 37 30  J1102+2757   17 28 47   9.0 -62.8  6.4      59.5    -8      681   22 37 38
22 38 50  ---          17 30 07   8.8 -62.6  6.5      59.4    72      691   22 37 31

22 39 50  IRAS10565    17 31 08   6.2 -65.1  6.5      58.6    52      691   22 39 50
22 43 30  ---          17 34 48   5.5 -64.7  6.6      58.3   220      719   22 39 51

22 43 30  J1102+2757   17 34 48   7.9 -62.1  6.5      58.9    -8      719   22 43 38
22 44 50  ---          17 36 08   7.6 -62.0  6.6      58.7    72      729   22 43 31

22 44 50  IRAS10565    17 36 08   5.3 -64.5  6.6      58.1    -8      729   22 44 58
22 48 30  ---          17 39 49   4.6 -64.1  6.7  D   57.8     0      758   22 44 51

22 48 30  J1102+2757   17 39 49   6.9 -61.5  6.6      58.4    -7      758   22 48 37
22 49 50  ---          17 41 09   6.7 -61.4  6.6      58.2    73      768   22 48 31

22 54 30  J1102+2757   17 45 50   5.8 -60.8  6.7      57.7   278      768   22 54 30
22 55 50  ---          17 47 10   5.5 -60.7  6.7      57.6    80      778   22 54 31

23 00 50  J1453+2648   17 52 11  51.1 275.1  3.0      72.8   -40      778   23 01 30
23 04 50  ---          17 56 12  50.3 275.5  3.0      72.6   200      809   23 00 51

23 05 30  VV340A       17 56 52  50.1 272.0  3.0      70.2    32      809   23 05 30
23 09 10  ---          18 00 32  49.3 272.5  3.0      70.1   220      837   23 05 31

23 09 10  J1453+2648   18 00 32  49.4 276.0  3.1      72.5    -8      837   23 09 18
23 10 30  ---          18 01 53  49.1 276.1  3.1      72.4    72      847   23 09 11
Schedule for SHANGHAI  (Code Sh )                                   Page   5
               LIRGI - Source group 1 - Run b
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Mon   3 Mar 2014   Day  62 ---

23 11 10  VV340A       18 02 33  48.9 272.7  3.1      70.1    32      847   23 11 10
23 14 50  ---          18 06 13  48.1 273.1  3.1      70.1   220      876   23 11 11

23 14 50  J1453+2648   18 06 13  48.1 276.6  3.2      72.3    -7      876   23 14 57
23 16 00  ---          18 07 24  47.9 276.7  3.2      72.2    63      885   23 14 51

23 16 00  VV340A       18 07 24  47.9 273.3  3.2      70.0    -7      885   23 16 07
23 19 40  ---          18 11 04  47.1 273.7  3.2      70.0   213      913   23 16 01

23 19 40  J1453+2648   18 11 04  47.1 277.1  3.3      72.1    -7      913   23 19 47
23 21 00  ---          18 12 24  46.8 277.2  3.3      72.1    73      923   23 19 41

23 21 40  VV340A       18 13 04  46.6 273.9  3.3      69.9    33      923   23 21 40
23 25 20  ---          18 16 45  45.9 274.3  3.3      69.8   220      951   23 21 41

23 25 20  J1453+2648   18 16 45  45.9 277.6  3.4      71.9    -7      951   23 25 27
23 26 30  ---          18 17 55  45.7 277.7  3.4      71.8    63      960   23 25 21

23 26 30  VV340A       18 17 55  45.6 274.5  3.3      69.8    -7      960   23 26 37
23 30 10  ---          18 21 36  44.8 274.9  3.4      69.7   213      988   23 26 31

23 30 10  J1453+2648   18 21 36  44.9 278.1  3.5      71.7    -7      988   23 30 17
23 31 30  ---          18 22 56  44.6 278.2  3.5      71.6    73      999   23 30 11

23 32 10  VV340A       18 23 36  44.4 275.1  3.4      69.7    33      999   23 32 10
23 35 50  ---          18 27 17  43.6 275.5  3.5      69.6   220     1027   23 32 11

23 35 50  J1453+2648   18 27 17  43.7 278.7  3.5      71.4    -7     1027   23 35 57
23 37 00  ---          18 28 27  43.4 278.8  3.6      71.4    63     1036   23 35 51

23 37 00  VV340A       18 28 27  43.4 275.6  3.5      69.5    -7     1036   23 37 07
23 40 40  ---          18 32 08  42.6 276.0  3.6      69.4   213     1064   23 37 01

23 40 40  J1453+2648   18 32 08  42.7 279.1  3.6      71.2    -7     1064   23 40 47
23 42 00  ---          18 33 28  42.4 279.3  3.6      71.1    73     1074   23 40 41

23 42 40  VV340A       18 34 08  42.2 276.2  3.6      69.4    33     1074   23 42 40
23 46 20  ---          18 37 49  41.4 276.6  3.7      69.3   220     1103   23 42 41

23 46 20  J1453+2648   18 37 49  41.5 279.7  3.7      70.9    -7     1103   23 46 27
23 47 30  ---          18 38 59  41.2 279.8  3.7      70.9    63     1112   23 46 21

23 47 30  VV340A       18 38 59  41.1 276.8  3.7      69.2    -7     1112   23 47 37
23 51 10  ---          18 42 39  40.3 277.2  3.8      69.1   213     1140   23 47 31
Schedule for SHANGHAI  (Code Sh )                                   Page   6
               LIRGI - Source group 1 - Run b
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Mon   3 Mar 2014   Day  62 ---

23 51 10  J1453+2648   18 42 39  40.4 280.2  3.8      70.7    -7     1140   23 51 17
23 52 30  ---          18 44 00  40.2 280.3  3.8      70.6    73     1150   23 51 11

23 53 10  VV340A       18 44 40  39.9 277.4  3.8      69.0    33     1150   23 53 10
23 56 50  ---          18 48 20  39.1 277.8  3.8      68.9   220     1178   23 53 11

23 56 50  J1453+2648   18 48 20  39.2 280.7  3.9      70.4    -7     1178   23 56 57
23 58 00  ---          18 49 30  39.0 280.8  3.9      70.4    63     1187   23 56 51

 --- Start: Mon   3 Mar 2014   Day  62 -- Stop: Tue   4 Mar 2014   Day  63 ---

23 58 00  VV340A       18 49 30  38.9 277.9  3.9      68.8    -7     1187   23 58 07
00 01 40  ---          18 53 11  38.1 278.3  3.9      68.7   213     1215   23 58 01

00 01 40  J1453+2648   18 53 11  38.2 281.2  4.0      70.2    -7     1215   00 01 47
00 03 00  ---          18 54 31  37.9 281.3  4.0      70.1    73     1226   00 01 41

00 03 40  VV340A       18 55 11  37.7 278.5  4.0      68.6    33     1226   00 03 40
00 07 20  ---          18 58 52  36.9 278.9  4.0      68.5   220     1254   00 03 41

00 07 20  J1453+2648   18 58 52  37.0 281.7  4.1      69.9    -7     1254   00 07 27
00 08 30  ---          19 00 02  36.8 281.8  4.1      69.8    63     1263   00 07 21

00 08 30  VV340A       19 00 02  36.7 279.0  4.0      68.4    -7     1263   00 08 37
00 12 10  ---          19 03 43  35.9 279.4  4.1      68.3   213     1291   00 08 31

00 12 10  J1453+2648   19 03 43  36.0 282.2  4.2      69.6    -7     1291   00 12 17
00 13 30  ---          19 05 03  35.7 282.3  4.2      69.5    73     1301   00 12 11

00 14 10  VV340A       19 05 43  35.5 279.6  4.1      68.2    33     1301   00 14 10
00 17 50  ---          19 09 24  34.7 280.0  4.2      68.0   220     1329   00 14 11

00 17 50  J1453+2648   19 09 24  34.8 282.7  4.2      69.3    -7     1329   00 17 57
00 19 00  ---          19 10 34  34.6 282.9  4.3      69.2    63     1338   00 17 51

00 19 00  VV340A       19 10 34  34.4 280.1  4.2      68.0    -7     1338   00 19 07
00 22 40  ---          19 14 14  33.7 280.5  4.3      67.8   213     1367   00 19 01

00 22 40  J1453+2648   19 14 14  33.8 283.2  4.3      69.0    -7     1367   00 22 47
00 24 00  ---          19 15 35  33.5 283.3  4.4      68.9    73     1377   00 22 41

00 24 40  VV340A       19 16 15  33.2 280.7  4.3      67.7    33     1377   00 24 40
00 28 20  ---          19 19 55  32.5 281.0  4.4      67.5   220     1405   00 24 41
Schedule for SHANGHAI  (Code Sh )                                   Page   7
               LIRGI - Source group 1 - Run b
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   4 Mar 2014   Day  63 ---

00 28 20  J1453+2648   19 19 55  32.6 283.8  4.4      68.6    -7     1405   00 28 27
00 29 30  ---          19 21 06  32.4 283.9  4.4      68.6    63     1414   00 28 21

00 29 30  VV340A       19 21 06  32.2 281.2  4.4      67.5    -7     1414   00 29 37
00 33 10  ---          19 24 46  31.4 281.5  4.5      67.3   213     1442   00 29 31

00 33 10  J1453+2648   19 24 46  31.6 284.2  4.5      68.4    -7     1442   00 33 17
00 34 30  ---          19 26 06  31.3 284.4  4.5      68.3    73     1453   00 33 11

00 35 10  VV340A       19 26 47  31.0 281.7  4.5      67.2    33     1453   00 35 10
00 38 50  ---          19 30 27  30.3 282.1  4.5      67.0   220     1481   00 35 11

00 38 50  J1453+2648   19 30 27  30.4 284.8  4.6      68.0    -7     1481   00 38 57
00 40 00  ---          19 31 37  30.2 284.9  4.6      67.9    63     1490   00 38 51

00 40 00  VV340A       19 31 37  30.0 282.2  4.6      66.9    -7     1490   00 40 07
00 43 40  ---          19 35 18  29.2 282.6  4.6      66.7   213     1518   00 40 01

00 43 40  J1453+2648   19 35 18  29.4 285.3  4.7      67.7    -7     1518   00 43 47
00 45 00  ---          19 36 38  29.2 285.4  4.7      67.6    73     1528   00 43 41

00 45 40  VV340A       19 37 18  28.8 282.8  4.7      66.6    33     1528   00 45 40
00 49 20  ---          19 40 59  28.1 283.2  4.7      66.4   220     1556   00 45 41

00 49 20  J1453+2648   19 40 59  28.3 285.8  4.8      67.3    -7     1556   00 49 27
00 50 30  ---          19 42 09  28.0 285.9  4.8      67.2    63     1565   00 49 21

00 50 30  VV340A       19 42 09  27.8 283.3  4.7      66.4    -7     1565   00 50 37
00 54 10  ---          19 45 50  27.1 283.7  4.8      66.2   213     1594   00 50 31

00 54 10  J1453+2648   19 45 50  27.3 286.3  4.9      67.0    -7     1594   00 54 17
00 55 30  ---          19 47 10  27.0 286.4  4.9      66.9    73     1604   00 54 11

00 55 30  J1522+3144   19 47 10  34.5 289.2  4.4      71.8   -17     1604   00 55 47
00 57 00  ---          19 48 40  34.2 289.4  4.4      71.7    73     1615   00 55 31

00 58 00  IRASF15250   19 49 40  36.2 294.1  4.4      74.9    51     1615   00 58 00
01 01 40  ---          19 53 21  35.5 294.3  4.4      74.5   220     1644   00 58 01

01 01 40  J1522+3144   19 53 21  33.3 289.8  4.5      71.3    -9     1644   01 01 49
01 03 05  ---          19 54 46  33.0 289.9  4.5      71.1    76     1654   01 01 41

01 04 05  IRASF15250   19 55 46  35.0 294.5  4.5      74.2    51     1654   01 04 05
01 07 45  ---          19 59 27  34.3 294.7  4.5      73.8   220     1683   01 04 06
Schedule for SHANGHAI  (Code Sh )                                   Page   8
               LIRGI - Source group 1 - Run b
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   4 Mar 2014   Day  63 ---

01 07 45  J1522+3144   19 59 27  32.0 290.3  4.6      70.7    -8     1683   01 07 53
01 09 15  ---          20 00 57  31.7 290.4  4.6      70.6    82     1694   01 07 46

01 09 15  IRASF15250   20 00 57  34.0 294.8  4.6      73.7    -8     1694   01 09 23
01 12 55  ---          20 04 38  33.3 295.1  4.6      73.3   212     1722   01 09 16

01 12 55  J1522+3144   20 04 38  31.0 290.7  4.7      70.3    -8     1722   01 13 03
01 14 20  ---          20 06 03  30.7 290.8  4.7      70.2    77     1733   01 12 56

01 15 20  IRASF15250   20 07 03  32.8 295.2  4.7      73.0    52     1733   01 15 20
01 19 00  ---          20 10 44  32.1 295.5  4.7      72.6   220     1762   01 15 21

01 19 00  J1522+3144   20 10 44  29.8 291.2  4.8      69.7    -8     1762   01 19 08
01 20 30  ---          20 12 14  29.5 291.3  4.8      69.6    82     1773   01 19 01

01 20 30  IRASF15250   20 12 14  31.8 295.6  4.7      72.5    -8     1773   01 20 38
01 24 10  ---          20 15 55  31.1 295.9  4.8      72.1   212     1801   01 20 31

01 24 10  J1522+3144   20 15 55  28.7 291.6  4.9      69.3    -8     1801   01 24 18
01 25 35  ---          20 17 20  28.5 291.8  4.9      69.2    77     1812   01 24 11

01 26 35  IRASF15250   20 18 20  30.6 296.1  4.8      71.8    52     1812   01 26 35
01 30 15  ---          20 22 01  29.9 296.3  4.9      71.4   220     1840   01 26 36

01 30 15  J1522+3144   20 22 01  27.5 292.2  5.0      68.7    -8     1840   01 30 23
01 31 45  ---          20 23 31  27.2 292.3  5.0      68.6    82     1852   01 30 16

01 31 45  IRASF15250   20 23 31  29.6 296.4  4.9      71.2    -8     1852   01 31 53
01 35 25  ---          20 27 11  28.9 296.7  5.0      70.8   212     1880   01 31 46

01 35 25  J1522+3144   20 27 11  26.5 292.6  5.1      68.3    -8     1880   01 35 33
01 36 50  ---          20 28 37  26.2 292.7  5.1      68.1    77     1891   01 35 26

01 37 50  IRASF15250   20 29 37  28.5 296.9  5.0      70.6    52     1891   01 37 50
01 41 30  ---          20 33 17  27.8 297.2  5.1      70.2   220     1919   01 37 51

01 41 30  J1522+3144   20 33 17  25.3 293.2  5.2      67.7    -8     1919   01 41 38
01 43 00  ---          20 34 48  25.0 293.3  5.2      67.5    82     1931   01 41 31

01 43 00  IRASF15250   20 34 48  27.5 297.3  5.1      70.0    -8     1931   01 43 08
01 46 40  ---          20 38 28  26.8 297.6  5.2      69.6   212     1959   01 43 01

01 46 40  J1522+3144   20 38 28  24.3 293.6  5.3      67.2    -8     1959   01 46 48
01 48 05  ---          20 39 54  24.0 293.8  5.3      67.1    77     1970   01 46 41
Schedule for SHANGHAI  (Code Sh )                                   Page   9
               LIRGI - Source group 1 - Run b
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   4 Mar 2014   Day  63 ---

01 49 05  IRASF15250   20 40 54  26.3 297.8  5.2      69.3    52     1970   01 49 05
01 52 45  ---          20 44 34  25.6 298.1  5.3      68.9   220     1998   01 49 06

01 52 45  J1522+3144   20 44 34  23.1 294.2  5.4      66.6    -8     1998   01 52 53
01 54 15  ---          20 46 05  22.8 294.3  5.4      66.5    82     2010   01 52 46

01 54 15  IRASF15250   20 46 05  25.3 298.2  5.3      68.7    -8     2010   01 54 23
01 57 55  ---          20 49 45  24.6 298.5  5.4      68.3   212     2038   01 54 16

01 57 55  J1522+3144   20 49 45  22.1 294.7  5.4      66.1    -8     2038   01 58 03
01 59 20  ---          20 51 10  21.8 294.8  5.5      66.0    77     2049   01 57 56

02 00 20  IRASF15250   20 52 11  24.2 298.7  5.4      68.0    52     2049   02 00 20
02 04 00  ---          20 55 51  23.5 299.0  5.5      67.6   220     2077   02 00 21

02 04 00  J1522+3144   20 55 51  20.9 295.2  5.6      65.5    -9     2077   02 04 09
02 05 30  ---          20 57 21  20.6 295.4  5.6      65.4    81     2088   02 04 01

02 05 30  IRASF15250   20 57 21  23.2 299.1  5.5      67.5    -8     2088   02 05 38
02 09 10  ---          21 01 02  22.5 299.4  5.6      67.0   212     2117   02 05 31

02 09 10  J1522+3144   21 01 02  19.9 295.7  5.6      65.0    -9     2117   02 09 19
02 10 35  ---          21 02 27  19.6 295.9  5.7      64.9    76     2128   02 09 11

02 11 35  IRASF15250   21 03 27  22.1 299.7  5.6      66.8    51     2128   02 11 35
02 15 15  ---          21 07 08  21.4 300.0  5.7      66.3   220     2156   02 11 36

02 15 15  J1522+3144   21 07 08  18.7 296.3  5.7      64.4    -9     2156   02 15 24
02 16 45  ---          21 08 38  18.4 296.5  5.8      64.3    81     2167   02 15 16

02 16 45  IRASF15250   21 08 38  21.1 300.1  5.7      66.2    -9     2167   02 16 54
02 20 25  ---          21 12 19  20.4 300.4  5.7      65.7   211     2196   02 16 46

02 20 25  J1522+3144   21 12 19  17.7 296.8  5.8      63.9    -9     2196   02 20 34
02 21 50  ---          21 13 44  17.5 297.0  5.8      63.8    76     2206   02 20 26

02 22 50  IRASF15250   21 14 44  20.0 300.6  5.8      65.5    51     2206   02 22 50
02 26 30  ---          21 18 25  19.3 301.0  5.8      65.0   220     2235   02 22 51

02 26 30  J1522+3144   21 18 25  16.6 297.4  5.9      63.3    -9     2235   02 26 39
02 28 00  ---          21 19 55  16.3 297.6  6.0      63.1    81     2246   02 26 31

02 28 00  IRASF15250   21 19 55  19.0 301.1  5.9      64.9    -9     2246   02 28 09
02 31 40  ---          21 23 36  18.4 301.4  5.9      64.4   211     2274   02 28 01
Schedule for SHANGHAI  (Code Sh )                                   Page  10
               LIRGI - Source group 1 - Run b
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   4 Mar 2014   Day  63 ---

02 31 40  J1522+3144   21 23 36  15.6 297.9  6.0      62.7    -9     2274   02 31 49
02 33 05  ---          21 25 01  15.3 298.1  6.0      62.6    76     2285   02 31 41

02 34 05  IRASF15250   21 26 01  17.9 301.7  6.0      64.1    51     2285   02 34 05
02 37 45  ---          21 29 42  17.3 302.0  6.0      63.7   220     2313   02 34 06

02 37 45  J1522+3144   21 29 42  14.4 298.6  6.1      62.1    -9     2313   02 37 54
02 39 15  ---          21 31 12  14.1 298.7  6.1      61.9    81     2325   02 37 46

02 39 15  IRASF15250   21 31 12  17.0 302.2  6.1      63.5    -9     2325   02 39 24
02 42 55  ---          21 34 53  16.3 302.5  6.1      63.1   211     2353   02 39 16

02 42 55  J1522+3144   21 34 53  13.5 299.1  6.2      61.5    -9     2353   02 43 04
02 44 20  ---          21 36 18  13.2 299.2  6.2      61.4    76     2364   02 42 56

02 45 20  IRASF15250   21 37 18  15.9 302.7  6.2      62.8    51     2364   02 45 20
02 49 00  ---          21 40 59  15.2 303.1  6.2      62.4   220     2392   02 45 21

02 49 00  J1522+3144   21 40 59  12.3 299.7  6.3      60.9    -9     2392   02 49 09
02 50 30  ---          21 42 29  12.0 299.9  6.3      60.7    81     2404   02 49 01

02 50 30  IRASF15250   21 42 29  14.9 303.2  6.2      62.2    -9     2404   02 50 39
02 54 10  ---          21 46 09  14.3 303.6  6.3      61.7   211     2432   02 50 31

02 54 10  J1522+3144   21 46 09  11.4 300.3  6.4      60.3    -9     2432   02 54 19
02 55 40  ---          21 47 40  11.1 300.5  6.4      60.2    81     2444   02 54 11

02 55 40  J1824+5651   21 47 40  46.7 321.8  3.4     104.4   -63     2444   02 56 43
03 00 00  ---          21 52 00  46.2 321.6  3.5     103.3   197     2477   02 55 41

03 01 00  NGC6670A     21 53 01  46.4 326.3  3.3     108.5    51     2477   03 01 00
03 04 40  ---          21 56 41  46.0 326.1  3.4     107.6   220     2505   03 01 01

03 04 40  J1824+5651   21 56 41  45.5 321.4  3.5     102.2    -9     2505   03 04 49
03 06 00  ---          21 58 01  45.4 321.3  3.6     101.9    71     2515   03 04 41

03 07 00  NGC6670A     21 59 01  45.7 325.9  3.4     107.0    51     2515   03 07 00
03 10 40  ---          22 02 42  45.2 325.7  3.5     106.1   220     2544   03 07 01

03 10 40  J1824+5651   22 02 42  44.7 321.2  3.6     100.8    -9     2544   03 10 49
03 12 00  ---          22 04 02  44.6 321.1  3.7     100.5    71     2554   03 10 41

03 12 00  NGC6670A     22 04 02  45.1 325.7  3.5     105.7    -9     2554   03 12 09
03 15 40  ---          22 07 43  44.6 325.5  3.6     104.8   211     2582   03 12 01
Schedule for SHANGHAI  (Code Sh )                                   Page  11
               LIRGI - Source group 1 - Run b
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   4 Mar 2014   Day  63 ---

03 15 40  J1824+5651   22 07 43  44.1 321.0  3.7      99.6    -9     2582   03 15 49
03 17 00  ---          22 09 03  43.9 320.9  3.7      99.3    71     2592   03 15 41

03 18 00  NGC6670A     22 10 03  44.3 325.4  3.6     104.2    51     2592   03 18 00
03 21 40  ---          22 13 44  43.9 325.3  3.7     103.3   220     2621   03 18 01

03 21 40  J1824+5651   22 13 44  43.2 320.8  3.8      98.2    -8     2621   03 21 48
03 23 00  ---          22 15 04  43.1 320.8  3.8      97.9    72     2631   03 21 41

03 23 00  NGC6670A     22 15 04  43.7 325.2  3.7     103.0    -8     2631   03 23 08
03 26 40  ---          22 18 45  43.3 325.1  3.7     102.1   212     2659   03 23 01

03 26 40  J1824+5651   22 18 45  42.6 320.7  3.9      97.1    -8     2659   03 26 48
03 28 00  ---          22 20 05  42.4 320.7  3.9      96.8    72     2669   03 26 41

03 29 00  NGC6670A     22 21 05  43.0 325.0  3.8     101.5    52     2669   03 29 00
03 32 40  ---          22 24 46  42.5 324.9  3.8     100.7   220     2697   03 29 01

03 32 40  J1824+5651   22 24 46  41.7 320.6  4.0      95.8    -8     2697   03 32 48
03 34 00  ---          22 26 06  41.6 320.5  4.0      95.5    72     2708   03 32 41

03 34 00  NGC6670A     22 26 06  42.4 324.8  3.9     100.3    -8     2708   03 34 08
03 37 40  ---          22 29 47  41.9 324.7  3.9      99.5   212     2736   03 34 01

03 37 40  J1824+5651   22 29 47  41.1 320.5  4.1      94.7    -8     2736   03 37 48
03 39 00  ---          22 31 07  40.9 320.5  4.1      94.4    72     2746   03 37 41

03 40 00  NGC6670A     22 32 07  41.6 324.6  4.0      98.9    52     2746   03 40 00
03 43 40  ---          22 35 48  41.2 324.6  4.0      98.1   220     2774   03 40 01

03 43 40  J1824+5651   22 35 48  40.2 320.4  4.2      93.4    -8     2774   03 43 48
03 45 00  ---          22 37 08  40.1 320.4  4.2      93.1    72     2785   03 43 41

03 45 00  NGC6670A     22 37 08  41.0 324.5  4.1      97.8    -8     2785   03 45 08
03 48 40  ---          22 40 48  40.6 324.4  4.1      96.9   212     2813   03 45 01

03 48 40  J1824+5651   22 40 48  39.6 320.4  4.3      92.3    -8     2813   03 48 48
03 50 00  ---          22 42 09  39.4 320.3  4.3      92.0    72     2823   03 48 41

03 51 00  NGC6670A     22 43 09  40.3 324.4  4.2      96.4    52     2823   03 51 00
03 54 40  ---          22 46 49  39.8 324.3  4.2      95.6   220     2851   03 51 01

03 54 40  J1824+5651   22 46 49  38.7 320.3  4.4      91.0    -8     2851   03 54 48
03 56 00  ---          22 48 10  38.6 320.3  4.4      90.7    72     2862   03 54 41
Schedule for SHANGHAI  (Code Sh )                                   Page  12
               LIRGI - Source group 1 - Run b
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   4 Mar 2014   Day  63 ---

03 56 00  NGC6670A     22 48 10  39.6 324.3  4.2      95.2    -8     2862   03 56 08
03 59 40  ---          22 51 50  39.2 324.3  4.3      94.4   212     2890   03 56 01

03 59 40  J1824+5651   22 51 50  38.1 320.3  4.5      89.9    -8     2890   03 59 48
04 01 00  ---          22 53 10  37.9 320.3  4.5      89.7    72     2900   03 59 41

04 02 00  NGC6670A     22 54 11  38.9 324.2  4.3      93.9    52     2900   04 02 00
04 05 40  ---          22 57 51  38.4 324.2  4.4      93.1   220     2928   04 02 01

04 05 40  J1824+5651   22 57 51  37.2 320.3  4.6      88.7    -8     2928   04 05 48
04 07 00  ---          22 59 11  37.0 320.3  4.6      88.4    72     2938   04 05 41

04 07 00  NGC6670A     22 59 11  38.3 324.2  4.4      92.8    -8     2938   04 07 08
04 10 40  ---          23 02 52  37.8 324.2  4.5      92.0   212     2967   04 07 01

04 10 40  J1824+5651   23 02 52  36.5 320.4  4.6      87.7    -8     2967   04 10 48
04 12 00  ---          23 04 12  36.4 320.4  4.7      87.4    72     2977   04 10 41

04 13 00  NGC6670A     23 05 12  37.5 324.2  4.5      91.5    52     2977   04 13 00
04 16 40  ---          23 08 53  37.0 324.1  4.6      90.7   220     3005   04 13 01

04 16 40  J1824+5651   23 08 53  35.7 320.4  4.7      86.4    -8     3005   04 16 48
04 18 00  ---          23 10 13  35.5 320.4  4.8      86.2    72     3015   04 16 41

04 18 00  NGC6670A     23 10 13  36.9 324.1  4.6      90.4    -8     3015   04 18 08
04 21 40  ---          23 13 54  36.4 324.1  4.7      89.6   212     3044   04 18 01

04 21 40  J1824+5651   23 13 54  35.0 320.5  4.8      85.4    -8     3044   04 21 48
04 23 00  ---          23 15 14  34.9 320.5  4.8      85.1    72     3054   04 21 41

04 24 00  NGC6670A     23 16 14  36.1 324.2  4.7      89.1    52     3054   04 24 00
04 27 40  ---          23 19 55  35.7 324.2  4.8      88.3   220     3082   04 24 01

04 27 40  J1824+5651   23 19 55  34.2 320.6  4.9      84.2    -8     3082   04 27 48
04 29 00  ---          23 21 15  34.0 320.6  4.9      83.9    72     3092   04 27 41

04 29 00  NGC6670A     23 21 15  35.5 324.2  4.8      88.0    -8     3092   04 29 08
04 32 40  ---          23 24 56  35.0 324.2  4.9      87.2   212     3121   04 29 01

04 32 40  J1824+5651   23 24 56  33.5 320.7  5.0      83.2    -8     3121   04 32 48
04 34 00  ---          23 26 16  33.4 320.7  5.0      82.9    72     3131   04 32 41

04 35 00  NGC6670A     23 27 16  34.7 324.2  4.9      86.7    52     3131   04 35 00
04 38 40  ---          23 30 57  34.3 324.2  5.0      85.9   220     3159   04 35 01
Schedule for SHANGHAI  (Code Sh )                                   Page  13
               LIRGI - Source group 1 - Run b
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   4 Mar 2014   Day  63 ---

04 38 40  J1824+5651   23 30 57  32.7 320.8  5.1      82.0    -7     3159   04 38 47
04 40 00  ---          23 32 17  32.5 320.8  5.1      81.8    73     3169   04 38 41

04 40 00  NGC6670A     23 32 17  34.1 324.3  5.0      85.7    -7     3169   04 40 07
04 43 40  ---          23 35 57  33.6 324.3  5.0      84.9   213     3197   04 40 01

04 43 40  J1824+5651   23 35 57  32.0 320.9  5.2      81.0    -7     3197   04 43 47
04 45 00  ---          23 37 18  31.9 320.9  5.2      80.8    73     3208   04 43 41

04 46 00  NGC6670A     23 38 18  33.4 324.3  5.1      84.4    53     3208   04 46 00
04 49 40  ---          23 41 58  32.9 324.4  5.1      83.6   220     3236   04 46 01

04 49 40  J1824+5651   23 41 58  31.2 321.1  5.3      79.9    -7     3236   04 49 47
04 51 00  ---          23 43 19  31.1 321.1  5.3      79.6    73     3246   04 49 41

04 51 00  NGC6670A     23 43 19  32.7 324.4  5.2      83.4    -7     3246   04 51 07
04 54 40  ---          23 46 59  32.3 324.5  5.2      82.6   213     3274   04 51 01

04 54 40  J1824+5651   23 46 59  30.6 321.2  5.4      78.9    -7     3274   04 54 47
04 56 05  ---          23 48 24  30.4 321.2  5.4      78.6    78     3285   04 54 41

04 56 45  J2108+1430   23 49 05  49.9 254.9  2.7      58.7   -30     3285   04 57 15
05 01 30  ---          23 53 50  49.0 255.8  2.7      59.0   255     3322   04 56 46

05 02 10  CGCG448      23 54 30  47.7 261.3  2.9      62.4    31     3322   05 02 10
05 05 50  ---          23 58 11  46.9 261.9  3.0      62.5   220     3350   05 02 11

05 05 50  J2108+1430   23 58 11  48.1 256.6  2.8      59.4    -9     3350   05 05 59
05 07 05  ---          23 59 26  47.8 256.8  2.8      59.5    66     3360   05 05 51

05 07 45  CGCG448      00 00 06  46.5 262.2  3.0      62.6    31     3360   05 07 45
05 11 23  ---          00 03 45  45.8 262.8  3.1      62.8   218     3388   05 07 46

05 11 23  J2108+1430   00 03 45  46.9 257.6  2.9      59.8    -9     3388   05 11 32
05 12 38  ---          00 05 00  46.6 257.8  2.9      59.9    66     3397   05 11 24

05 12 38  CGCG448      00 05 00  45.5 263.0  3.1      62.8    -9     3397   05 12 47
05 16 17  ---          00 08 40  44.7 263.6  3.2      63.0   210     3425   05 12 39

05 16 17  J2108+1430   00 08 40  45.9 258.5  3.0      60.1    -9     3425   05 16 26
05 17 32  ---          00 09 55  45.6 258.7  3.0      60.2    66     3435   05 16 18

05 18 12  CGCG448      00 10 35  44.3 263.9  3.2      63.0    31     3435   05 18 12
05 21 50  ---          00 14 14  43.5 264.4  3.3      63.1   218     3463   05 18 13
Schedule for SHANGHAI  (Code Sh )                                   Page  14
               LIRGI - Source group 1 - Run b
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   4 Mar 2014   Day  63 ---

05 21 50  J2108+1430   00 14 14  44.7 259.4  3.1      60.4    -9     3463   05 21 59
05 23 05  ---          00 15 29  44.4 259.6  3.1      60.5    66     3472   05 21 51

05 23 05  CGCG448      00 15 29  43.3 264.6  3.3      63.2    -9     3472   05 23 14
05 26 44  ---          00 19 08  42.5 265.1  3.4      63.3   210     3501   05 23 06

05 26 44  J2108+1430   00 19 08  43.7 260.2  3.2      60.7    -9     3501   05 26 53
05 27 59  ---          00 20 24  43.4 260.4  3.2      60.7    66     3510   05 26 45

05 28 39  CGCG448      00 21 04  42.1 265.4  3.4      63.3    31     3510   05 28 39
05 32 17  ---          00 24 42  41.3 265.9  3.4      63.4   218     3538   05 28 40

05 32 17  J2108+1430   00 24 42  42.5 261.1  3.3      60.9    -9     3538   05 32 26
05 33 32  ---          00 25 58  42.2 261.3  3.3      61.0    66     3548   05 32 18

05 33 32  CGCG448      00 25 58  41.0 266.1  3.5      63.4    -9     3548   05 33 41
05 37 11  ---          00 29 37  40.3 266.6  3.5      63.5   210     3576   05 33 33

05 37 11  J2108+1430   00 29 37  41.4 261.9  3.3      61.2    -9     3576   05 37 20
05 38 26  ---          00 30 52  41.2 262.1  3.4      61.2    66     3585   05 37 12

05 39 06  CGCG448      00 31 32  39.8 266.9  3.6      63.5    31     3585   05 39 06
05 42 44  ---          00 35 11  39.1 267.4  3.6      63.6   218     3613   05 39 07

05 42 44  J2108+1430   00 35 11  40.3 262.8  3.4      61.4    -9     3613   05 42 53
05 43 59  ---          00 36 26  40.0 263.0  3.5      61.4    66     3623   05 42 45

05 43 59  CGCG448      00 36 26  38.8 267.6  3.6      63.6    -9     3623   05 44 08
05 47 38  ---          00 40 06  38.0 268.1  3.7      63.6   210     3651   05 44 00

05 47 38  J2108+1430   00 40 06  39.2 263.5  3.5      61.5    -9     3651   05 47 47
05 48 53  ---          00 41 21  38.9 263.7  3.5      61.6    66     3661   05 47 39

05 49 33  CGCG448      00 42 01  37.6 268.3  3.7      63.6    31     3661   05 49 33
05 53 11  ---          00 45 40  36.8 268.8  3.8      63.6   218     3689   05 49 34

05 53 11  J2108+1430   00 45 40  38.0 264.3  3.6      61.7    -8     3689   05 53 19
05 54 26  ---          00 46 55  37.8 264.5  3.6      61.7    67     3698   05 53 12

05 54 26  CGCG448      00 46 55  36.6 269.0  3.8      63.7    -8     3698   05 54 34
05 58 05  ---          00 50 35  35.8 269.5  3.9      63.7   211     3726   05 54 27

05 58 05  J2108+1430   00 50 35  37.0 265.0  3.7      61.8    -8     3726   05 58 13
05 59 20  ---          00 51 50  36.7 265.2  3.7      61.8    67     3736   05 58 06
Schedule for SHANGHAI  (Code Sh )                                   Page  15
               LIRGI - Source group 1 - Run b
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   4 Mar 2014   Day  63 ---

06 00 00  CGCG448      00 52 30  35.4 269.7  3.9      63.7    32     3736   06 00 00
06 03 38  ---          00 56 09  34.6 270.2  4.0      63.7   218     3764   06 00 01

06 03 38  J2108+1430   00 56 09  35.8 265.8  3.8      61.9    -8     3764   06 03 46
06 04 53  ---          00 57 24  35.5 266.0  3.8      62.0    67     3773   06 03 39

06 04 53  CGCG448      00 57 24  34.3 270.3  4.0      63.7    -8     3773   06 05 01
06 08 32  ---          01 01 03  33.5 270.8  4.1      63.7   211     3802   06 04 54

06 08 32  J2108+1430   01 01 03  34.7 266.5  3.9      62.0    -8     3802   06 08 40
06 09 47  ---          01 02 19  34.5 266.7  3.9      62.0    67     3811   06 08 33

06 10 27  CGCG448      01 02 59  33.1 271.1  4.1      63.7    32     3811   06 10 27
06 14 05  ---          01 06 37  32.3 271.5  4.1      63.6   218     3839   06 10 28

06 14 05  J2108+1430   01 06 37  33.6 267.3  4.0      62.1    -8     3839   06 14 13
06 15 20  ---          01 07 52  33.3 267.4  4.0      62.1    67     3849   06 14 06

06 15 20  CGCG448      01 07 52  32.1 271.7  4.2      63.6    -8     3849   06 15 28
06 18 59  ---          01 11 32  31.3 272.1  4.2      63.6   211     3877   06 15 21

06 18 59  J2108+1430   01 11 32  32.5 267.9  4.0      62.1    -8     3877   06 19 07
06 20 14  ---          01 12 47  32.2 268.1  4.1      62.2    67     3886   06 19 00

06 20 54  CGCG448      01 13 27  30.9 272.4  4.3      63.6    32     3886   06 20 54
06 24 32  ---          01 17 06  30.1 272.8  4.3      63.5   218     3914   06 20 55

06 24 32  J2108+1430   01 17 06  31.3 268.7  4.1      62.2    -8     3914   06 24 40
06 25 47  ---          01 18 21  31.0 268.8  4.2      62.2    67     3924   06 24 33

06 25 47  CGCG448      01 18 21  29.8 273.0  4.3      63.5    -8     3924   06 25 55
06 29 26  ---          01 22 01  29.0 273.4  4.4      63.5   211     3952   06 25 48

06 29 26  J2108+1430   01 22 01  30.3 269.3  4.2      62.2    -8     3952   06 29 34
06 30 41  ---          01 23 16  30.0 269.5  4.2      62.2    67     3962   06 29 27

06 31 21  CGCG448      01 23 56  28.6 273.7  4.4      63.4    32     3962   06 31 21
06 34 59  ---          01 27 35  27.9 274.1  4.5      63.4   218     3990   06 31 22

06 34 59  J2108+1430   01 27 35  29.1 270.0  4.3      62.2    -8     3990   06 35 07
06 36 14  ---          01 28 50  28.8 270.2  4.3      62.2    67     3999   06 35 00

06 36 14  CGCG448      01 28 50  27.6 274.2  4.5      63.4    -8     3999   06 36 22
06 39 53  ---          01 32 29  26.8 274.7  4.6      63.3   211     4027   06 36 15
Schedule for SHANGHAI  (Code Sh )                                   Page  16
               LIRGI - Source group 1 - Run b
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   4 Mar 2014   Day  63 ---

06 39 53  J2108+1430   01 32 29  28.0 270.7  4.4      62.2    -8     4027   06 40 01
06 41 08  ---          01 33 45  27.8 270.8  4.4      62.2    67     4037   06 39 54

06 41 48  CGCG448      01 34 25  26.4 274.9  4.6      63.2    32     4037   06 41 48
06 45 26  ---          01 38 03  25.6 275.4  4.7      63.2   218     4065   06 41 49

06 45 26  J2108+1430   01 38 03  26.8 271.4  4.5      62.2    -8     4065   06 45 34
06 46 41  ---          01 39 19  26.6 271.5  4.5      62.2    67     4074   06 45 27

06 46 41  CGCG448      01 39 19  25.4 275.5  4.7      63.1    -8     4074   06 46 49
06 50 20  ---          01 42 58  24.6 275.9  4.7      63.1   211     4103   06 46 42

06 50 20  J2108+1430   01 42 58  25.8 272.0  4.6      62.1    -8     4103   06 50 28
06 51 40  ---          01 44 18  25.5 272.2  4.6      62.1    72     4113   06 50 21

06 52 20  3C454.3      01 44 59  48.6 259.0  2.8      61.1    -3     4113   06 52 23
06 55 10  ---          01 47 49  48.0 259.5  2.9      61.3   167     4135   06 52 21

06 55 10  3C454.3      01 47 49  48.0 259.5  2.9      61.3    -2     4135   06 55 12
06 57 15  ---          01 49 54  47.5 259.9  2.9      61.4   123     4151   06 55 11


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


 ======== Setup file: sess114.C1024
   Matching groups in /Users/torres/sched11/catalogs/freq.dat:
     sh6cm           Update freq. range AnTao 22Mar08

   Setup group:    8         Station: SHANGHAI          Total bit rate:  1024
   Format: MARK5B            Bits per sample: 2         Sample rate: 32.000
   Number of channels: 16    DBE type:                  Speedup factor:   1.00

   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
   IF SB =         U         U         U         U         U         U         U         U
                   U         U         U         U         U         U         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 these setups were used.

   Frequency Set:  12  Setup file default.  Used pcal sets:   1
   LO sum=   4942.49  4942.49  4942.49  4942.49  4974.49  4974.49  4974.49  4974.49
             5006.49  5006.49  5006.49  5006.49  5038.49  5038.49  5038.49  5038.49
   BBC fr=    742.49   742.49   742.49   742.49   774.49   774.49   774.49   774.49
              806.49   806.49   806.49   806.49   838.49   838.49   838.49   838.49
   Bandwd=     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
    Matching frequency sets:  12

  The following pulse cal sets were used with this setup:

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

   Track assignments are: 
    track1=   2,  4,  6,  8, 10, 12, 14, 16, 18, 20, 22, 24, 26, 28, 30, 32
    barrel=roll_off 

 POSITIONS OF SOURCES USED IN RECORDING SCANS

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

 * IRAS10565         10 56 36.176767   * 10 59 18.140000     11 00 05.772503       0.00
                     24 48 39.87457    * 24 32 34.40000      24 27 46.79195        0.00
                     From catalog imbedded in main SCHED input file.

 * J1102+2757        10 59 31.439332   * 11 02 14.288462     11 03 02.168224       0.00
                     28 13 17.49366    * 27 57 08.68984      27 52 20.25481        0.00
                     From catalog imbedded in main SCHED input file.

 * VV340A            14 54 48.205811   * 14 57 00.630000     14 57 39.133038       0.00
                     24 49 05.20936    * 24 37 04.20000      24 33 29.18130        0.00
                     From catalog imbedded in main SCHED input file.

 * J1453+2648        14 51 43.035340   * 14 53 53.600640     14 54 31.577042       0.00
                     27 00 43.75981    * 26 48 33.41002      26 44 55.19069        0.00
                     From catalog imbedded in main SCHED input file.

 * IRASF15250        15 25 03.716279   * 15 26 59.420000     15 27 32.946917       0.00
                     36 09 00.97586    * 35 58 37.40000      35 55 28.27441        0.00
                     From catalog imbedded in main SCHED input file.

 * J1522+3144        15 20 08.107572   * 15 22 09.991715     15 22 45.326783       0.00
                     31 54 54.51259    * 31 44 14.38185      31 41 01.31020        0.00
                     From catalog imbedded in main SCHED input file.

 * NGC6090A          16 10 24.556817   * 16 11 40.880000     16 12 02.820991       0.00
                     52 35 05.48919    * 52 27 27.00000      52 25 02.92551        0.00
                     From catalog imbedded in main SCHED input file.

 * J1549+5038        15 47 52.271601   * 15 49 17.468542     15 49 42.101211       0.00
                     50 47 09.25451    * 50 38 05.78822      50 35 17.43641        0.00
                     From catalog imbedded in main SCHED input file.

 * NGC6670A          18 32 57.837319   * 18 33 37.750000     18 33 48.127396       0.00
                     59 50 57.78647    * 59 53 22.90000      59 53 53.81317        0.00
                     From catalog imbedded in main SCHED input file.

 * J1824+5651        18 23 14.951498   * 18 24 07.068376     18 24 21.103667       0.00
                     56 49 18.07203    * 56 51 01.49084      56 51 20.45150        0.00
                     From catalog imbedded in main SCHED input file.

 * CGCG448           20 55 05.290426   * 20 57 24.370000     20 58 03.225506       0.00
                     16 56 02.30972    * 17 07 39.20000      17 10 56.03880        0.00
                     From catalog imbedded in main SCHED input file.

 * J2108+1430        21 06 18.978800   * 21 08 41.032151     21 09 20.715741       0.00
                     14 18 15.61321    * 14 30 27.01241      14 33 53.95597        0.00
                     From catalog imbedded in main SCHED input file.

   J2253+1608        22 51 29.519738   * 22 53 57.747937     22 54 39.159420       0.68
 * 3C454.3           15 52 54.34810    * 16 08 53.56093      16 13 24.55806        0.72
   2251+158          /Users/torres/sched11/catalogs/sources.vlba
   J2253+16          GSFC 2011B astro solution     39747 Observations



SOURCE SCAN SUMMARY FOR SOURCES LISTED ABOVE

     Scan hours are for recording scans only. 
     Baseline hours are only counted for scans above horizon at both ends.
  Source       Setup file             Frequency sets                  Observing hours
                                   (duplicates not shown)              Scan  Baseline
  IRAS10565  sess114.C1024         1 2 3 4 5 6 7 8 11 12 13 14       1.283   107.691
  J1102+2757 sess114.C1024         1 2 3 4 5 6 7 8 11 12 13 14       0.547    33.413
  VV340A     sess114.C1024         1 2 3 4 5 6 7 8 11 12 13 14       1.283   111.048
  J1453+2648 sess114.C1024         1 2 3 4 5 6 7 8 11 12 13 14       0.506    27.681
  IRASF15250 sess114.C1024         1 2 3 4 5 6 7 8 11 12 13 14       1.283    99.809
  J1522+3144 sess114.C1024         1 2 3 4 5 6 7 8 11 12 13 14       0.536    28.933
  NGC6090A   sess114.C1024         1 2 3 4 5 6 7 8 11 14             1.283    78.693
  J1549+5038 sess114.C1024         1 2 3 4 5 6 7 8 11 14             0.601    21.153
  NGC6670A   sess114.C1024         1 2 3 4 5 6 7 8 11 12 14          1.283    89.322
  J1824+5651 sess114.C1024         1 2 3 4 5 6 7 8 11 12 14          0.540    21.938
  CGCG448    sess114.C1024         1 2 3 4 5 6 7 8 11 12 13 14       1.275   108.966
  J2108+1430 sess114.C1024         1 2 3 4 5 6 7 8 11 12 13 14       0.518    27.470
  3C454.3    sess114.C1024         1 2 3 4 5 6 7 8 11 12 13 14       0.082     6.332


EFFECT OF SOLAR CORONA

  The solar corona can cause unstable phases for sources too close to the Sun.
  SCHED provides warnings at individual scans for distances less than 10 degrees.
  The distance from the Sun to each source in this schedule is:
    Source         Sun distance (deg) 
   IRAS10565          162.0
   J1102+2757         158.6
   VV340A             120.2
   J1453+2648         120.6
   IRASF15250         112.3
   J1522+3144         113.8
   NGC6090A           102.3
   J1549+5038         106.0
   NGC6670A            84.1
   J1824+5651          84.1
   CGCG448             38.1
   J2108+1430          34.4
   3C454.3             22.8

  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 

