  COVER INFORMATION 

 Station:    HART      (Code Hh ) 
 Experiment: A double nucleus at the center of the massive cooling core RXCJ1504.1-02
 Exp. Code:  EZ018B  


Schedule Version:       1.00                                              
Processed by SCHED version:   6.05  June 2006                             

PI:       Jens Zuther                                                     

Address:  Max-Planck-Institute for Extraterrestrial Physics               
          Giessenbachstr.                                                 
          85748 Garching, Germany                                         
                                                                          

Phone:    +49.89.30000.3511                                               
EMAIL:    jzuther@mpe.mpg.de                                              
Fax:                                                                      
Phone during observation:                                                 

Observing mode:                                                           

Notes:    EZ018: 18-cm (512 Mbps, 2-bit sampling, 8 MHz filter) for sessio
          Please send the disk pack by express to JIVE                    
                                                                          
                                                                          

Schedule for HART      (Code Hh )                                   Page   2
               A double nucleus at the center of the massive cooling core RXCJ1504.1-02
  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
----------------------------------------------------------------------------------------

 --- Fri  31 Oct 2008   Day 305 ---

 Next scan frequencies:  1634.49  1634.49  1634.49  1634.49  1650.49  1650.49
                         1650.49  1650.49  1666.49  1666.49  1666.49  1666.49
                         1682.49  1682.49  1682.49  1682.49
 Next BBC frequencies:    124.49   124.49   124.49   124.49   140.49   140.49
                          140.49   140.49   156.49   156.49   156.49   156.49
                          172.49   172.49   172.49   172.49
 Next scan bandwidths:      8.00     8.00     8.00     8.00     8.00     8.00
                            8.00     8.00     8.00     8.00     8.00     8.00
                            8.00     8.00     8.00     8.00

09 00 00  J1642+3948   13 30 53  10.5  35.6 -3.2       0.0     0   1  1      0  09 00 00
09 04 00  =1641+399    13 34 54  11.0  35.0 -3.1       0.0   240   F  1     15  09 00 04

09 05 00  J1510-0543   13 35 54  59.6  52.7 -1.6       0.0   -58   1  1     15  09 05 00
09 08 00  =1508-055    13 38 54  60.1  51.6 -1.5       0.0   122   F  1     27  09 05 04

09 08 00  J150407      13 38 54  59.1  45.3 -1.4       0.0   -33   1  1     27  09 08 00
09 12 00  ---          13 42 55  59.7  43.7 -1.4       0.0   207   F  1     43  09 08 04

09 12 00  J1510-0543   13 42 55  60.8  50.2 -1.5       0.0   -33   1  1     43  09 12 00
09 15 00  =1508-055    13 45 56  61.3  49.0 -1.4       0.0   147   F  1     54  09 12 04

09 15 00  J150407      13 45 56  60.2  42.5 -1.3       0.0   -33   1  1     54  09 15 00
09 19 00  ---          13 49 56  60.8  40.9 -1.2       0.0   207   F  1     70  09 15 04

09 20 00  J1510-0543   13 50 56  62.2  47.1 -1.3       0.0    27   1  1     70  09 20 00
09 23 00  =1508-055    13 53 57  62.7  45.9 -1.3       0.0   180   F  1     81  09 20 04

09 23 00  J150407      13 53 57  61.4  39.2 -1.2       0.0   -33   1  1     81  09 23 00
09 27 00  ---          13 57 58  61.9  37.5 -1.1       0.0   207   F  1     97  09 23 04

09 27 00  J1510-0543   13 57 58  63.3  44.2 -1.2       0.0   -33   1  1     97  09 27 00
09 30 00  =1508-055    14 00 58  63.8  42.9 -1.2       0.0   147   F  1    108  09 27 04

09 30 00  J150407      14 00 58  62.3  36.1 -1.1       0.0   -33   1  1    108  09 30 00
09 34 00  ---          14 04 59  62.9  34.3 -1.0       0.0   207   F  1    124  09 30 04

09 35 00  J1510-0543   14 05 59  64.5  40.6 -1.1       0.0    27   1  1    124  09 35 00
09 38 00  =1508-055    14 08 59  64.9  39.2 -1.0       0.0   180   F  1    135  09 35 04

09 38 00  J150407      14 08 59  63.4  32.3 -0.9       0.0   -33   1  1    135  09 38 00
09 42 00  ---          14 13 00  63.8  30.4 -0.9       0.0   207   F  1    151  09 38 04
Schedule for HART      (Code Hh )                                   Page   3
               A double nucleus at the center of the massive cooling core RXCJ1504.1-02
  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
----------------------------------------------------------------------------------------

 --- Fri  31 Oct 2008   Day 305 ---

09 42 00  J1510-0543   14 13 00  65.5  37.2 -1.0       0.0   -33   1  1    151  09 42 00
09 45 00  =1508-055    14 16 00  65.9  35.7 -0.9       0.0   147   F  1    163  09 42 04

09 45 00  J150407      14 16 00  64.2  28.8 -0.8       0.0   -33   1  1    163  09 45 00
09 49 00  ---          14 20 01  64.6  26.7 -0.7       0.0   207   F  1    178  09 45 04

09 50 00  J1510-0543   14 21 01  66.5  33.0 -0.8       0.0    27   1  1    178  09 50 00
09 53 00  =1508-055    14 24 02  66.9  31.3 -0.8       0.0   180   F  1    190  09 50 04

09 53 00  J150407      14 24 02  65.0  24.6 -0.7       0.0   -33   1  1    190  09 53 00
09 57 00  ---          14 28 02  65.3  22.3 -0.6       0.0   207   F  1    205  09 53 04

09 57 00  J1510-0543   14 28 02  67.4  29.0 -0.7       0.0   -33   1  1    205  09 57 00
10 00 00  =1508-055    14 31 03  67.7  27.3 -0.7       0.0   147   F  1    217  09 57 04

10 00 00  J150407      14 31 03  65.6  20.6 -0.6       0.0   -33   1  1    217  10 00 00
10 04 00  ---          14 35 04  65.9  18.3 -0.5       0.0   207   F  1    232  10 00 04

10 05 00  J1510-0543   14 36 04  68.2  24.2 -0.6       0.0    27   1  1    232  10 05 00
10 08 00  =1508-055    14 39 04  68.4  22.3 -0.5       0.0   180   F  1    244  10 05 04

10 08 00  J150407      14 39 04  66.1  15.9 -0.4       0.0   -33   1  1    244  10 08 00
10 12 00  ---          14 43 05  66.4  13.5 -0.4       0.0   207   F  1    259  10 08 04

10 12 00  J1510-0543   14 43 05  68.8  19.7 -0.5       0.0   -33   1  1    259  10 12 00
10 15 00  =1508-055    14 46 05  69.0  17.8 -0.4       0.0   147   F  1    271  10 12 04

10 15 00  J150407      14 46 05  66.5  11.7 -0.3       0.0   -33   1  1    271  10 15 00
10 19 00  ---          14 50 06  66.7   9.2 -0.2       0.0   207   F  1    286  10 15 04

10 20 00  J1510-0543   14 51 06  69.3  14.4 -0.3       0.0    27   1  1    286  10 20 00
10 23 00  =1508-055    14 54 07  69.4  12.3 -0.3       0.0   180   F  1    298  10 20 04

10 23 00  J150407      14 54 07  66.8   6.6 -0.2       0.0   -33   1  1    298  10 23 00
10 27 00  ---          14 58 07  66.9   4.1 -0.1       0.0   207   F  1    314  10 23 04

10 27 00  J1510-0543   14 58 07  69.6   9.5 -0.2       0.0   -33   1  1    314  10 27 00
10 30 00  =1508-055    15 01 08  69.7   7.3 -0.2       0.0   147   F  1    325  10 27 04

10 30 00  J150407      15 01 08  66.9   2.2 -0.1       0.0   -33   1  1    325  10 30 00
10 34 00  ---          15 05 09  66.9 359.6  0.0       0.0   207   F  1    341  10 30 04

10 35 00  J1510-0543   15 06 09  69.8   3.8 -0.1       0.0    27   1  1    341  10 35 00
10 38 00  =1508-055    15 09 09  69.9   1.6  0.0       0.0   180   F  1    352  10 35 04
Schedule for HART      (Code Hh )                                   Page   4
               A double nucleus at the center of the massive cooling core RXCJ1504.1-02
  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
----------------------------------------------------------------------------------------

 --- Fri  31 Oct 2008   Day 305 ---

10 38 00  J150407      15 09 09  66.9 357.1  0.1       0.0   -33   1  1    352  10 38 00
10 42 00  ---          15 13 10  66.9 354.5  0.1       0.0   207   F  1    368  10 38 04

10 42 00  J1510-0543   15 13 10  69.9 358.7  0.0       0.0   -33   1  1    368  10 42 00
10 45 00  =1508-055    15 16 10  69.8 356.5  0.1       0.0   147   F  1    379  10 42 04

10 45 00  J150407      15 16 10  66.8 352.6  0.2       0.0   -33   1  1    379  10 45 00
10 49 00  ---          15 20 11  66.6 350.1  0.3       0.0   207   F  1    395  10 45 04

10 50 00  J1510-0543   15 21 11  69.7 352.9  0.2       0.0    27   1  1    395  10 50 00
10 53 00  =1508-055    15 24 12  69.6 350.8  0.2       0.0   180   F  1    406  10 50 04

10 53 00  J150407      15 24 12  66.5 347.6  0.3       0.0   -33   1  1    406  10 53 00
10 57 00  ---          15 28 12  66.3 345.2  0.4       0.0   207   F  1    422  10 53 04

10 57 00  J1510-0543   15 28 12  69.5 348.0  0.3       0.0   -33   1  1    422  10 57 00
11 00 00  =1508-055    15 31 13  69.3 345.9  0.3       0.0   147   F  1    434  10 57 04

11 00 00  J150407      15 31 13  66.1 343.4  0.4       0.0   -33   1  1    434  11 00 00
11 04 00  ---          15 35 13  65.8 341.0  0.5       0.0   207   F  1    449  11 00 04

11 05 00  J1510-0543   15 36 14  69.0 342.5  0.4       0.0    27   1  1    449  11 05 00
11 08 00  =1508-055    15 39 14  68.8 340.5  0.5       0.0   180   F  1    461  11 05 04

11 08 00  J150407      15 39 14  65.5 338.7  0.6       0.0   -33   1  1    461  11 08 00
11 12 00  ---          15 43 15  65.1 336.5  0.6       0.0   207   F  1    476  11 08 04

11 12 00  J1510-0543   15 43 15  68.5 337.9  0.5       0.0   -33   1  1    476  11 12 00
11 15 00  =1508-055    15 46 15  68.2 336.0  0.6       0.0   147   F  1    488  11 12 04

11 15 00  J150407      15 46 15  64.9 334.8  0.7       0.0   -33   1  1    488  11 15 00
11 19 00  ---          15 50 16  64.5 332.7  0.8       0.0   207   F  1    503  11 15 04

11 20 00  J1510-0543   15 51 16  67.7 333.0  0.7       0.0    27   1  1    503  11 20 00
11 23 00  =1508-055    15 54 17  67.4 331.2  0.7       0.0   180   F  1    515  11 20 04

11 23 00  J150407      15 54 17  64.0 330.6  0.8       0.0   -33   1  1    515  11 23 00
11 27 00  ---          15 58 17  63.6 328.6  0.9       0.0   207   F  1    530  11 23 04

11 27 00  J1510-0543   15 58 17  66.9 328.9  0.8       0.0   -33   1  1    530  11 27 00
11 30 00  =1508-055    16 01 18  66.6 327.2  0.8       0.0   147   F  1    542  11 27 04

11 30 00  J150407      16 01 18  63.2 327.1  0.9       0.0   -33   1  1    542  11 30 00
11 34 00  ---          16 05 18  62.7 325.2  1.0       0.0   207   F  1    557  11 30 04
Schedule for HART      (Code Hh )                                   Page   5
               A double nucleus at the center of the massive cooling core RXCJ1504.1-02
  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
----------------------------------------------------------------------------------------

 --- Fri  31 Oct 2008   Day 305 ---

11 35 00  J1510-0543   16 06 19  66.0 324.5  0.9       0.0    27   1  1    557  11 35 00
11 38 00  =1508-055    16 09 19  65.6 323.0  1.0       0.0   180   F  1    569  11 35 04

11 38 00  J150407      16 09 19  62.2 323.4  1.1       0.0   -33   1  1    569  11 38 00
11 42 00  ---          16 13 20  61.6 321.6  1.1       0.0   207   F  1    584  11 38 04

11 42 00  J1510-0543   16 13 20  65.0 321.0  1.0       0.0   -33   1  1    584  11 42 00
11 45 00  =1508-055    16 16 20  64.6 319.6  1.1       0.0   147   F  1    596  11 42 04

11 45 00  J150407      16 16 20  61.2 320.3  1.2       0.0   -33   1  1    596  11 45 00
11 49 00  ---          16 20 21  60.6 318.6  1.3       0.0   207   F  1    612  11 45 04

11 50 00  J1510-0543   16 21 21  63.8 317.3  1.2       0.0    27   1  1    612  11 50 00
11 53 00  =1508-055    16 24 22  63.4 316.0  1.2       0.0   180   F  1    623  11 50 04

11 53 00  J150407      16 24 22  60.0 317.0  1.3       0.0   -33   1  1    623  11 53 00
11 57 00  ---          16 28 22  59.4 315.4  1.4       0.0   207   F  1    639  11 53 04

11 57 00  J1510-0543   16 28 22  62.7 314.3  1.3       0.0   -33   1  1    639  11 57 00
12 00 00  =1508-055    16 31 23  62.2 313.1  1.3       0.0   147   F  1    650  11 57 04

12 00 00  J150407      16 31 23  58.9 314.3  1.4       0.0   -33   1  1    650  12 00 00
12 04 00  ---          16 35 23  58.3 312.9  1.5       0.0   207   F  1    666  12 00 04

12 05 00  J1510-0543   16 36 23  61.4 311.1  1.4       0.0    27   1  1    666  12 05 00
12 08 00  =1508-055    16 39 24  60.9 310.0  1.5       0.0   180   F  1    677  12 05 04

12 08 00  J150407      16 39 24  57.6 311.5  1.6       0.0   -33   1  1    677  12 08 00
12 12 00  ---          16 43 25  56.9 310.1  1.6       0.0   207   F  1    693  12 08 04

12 12 00  J1510-0543   16 43 25  60.2 308.5  1.5       0.0   -33   1  1    693  12 12 00
12 15 00  =1508-055    16 46 25  59.6 307.5  1.6       0.0   147   F  1    704  12 12 04

12 15 00  J150407      16 46 25  56.4 309.1  1.7       0.0   -33   1  1    704  12 15 00
12 19 00  ---          16 50 26  55.7 307.8  1.8       0.0   207   F  1    720  12 15 04

12 20 00  J1510-0543   16 51 26  58.7 305.8  1.7       0.0    27   1  1    720  12 20 00
12 23 00  =1508-055    16 54 26  58.2 304.8  1.7       0.0   180   F  1    732  12 20 04

12 23 00  J150407      16 54 26  55.0 306.6  1.8       0.0   -33   1  1    732  12 23 00
12 27 00  ---          16 58 27  54.2 305.4  1.9       0.0   207   F  1    747  12 23 04

12 27 00  J1510-0543   16 58 27  57.4 303.6  1.8       0.0   -33   1  1    747  12 27 00
12 30 00  =1508-055    17 01 28  56.9 302.7  1.8       0.0   147   F  1    759  12 27 04
Schedule for HART      (Code Hh )                                   Page   6
               A double nucleus at the center of the massive cooling core RXCJ1504.1-02
  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
----------------------------------------------------------------------------------------

 --- Fri  31 Oct 2008   Day 305 ---

12 30 00  J150407      17 01 28  53.7 304.6  1.9       0.0   -33   1  1    759  12 30 00
12 34 00  ---          17 05 28  52.9 303.5  2.0       0.0   207   F  1    774  12 30 04

12 39 00  J1642+3948   17 10 29  24.0 354.3  0.5       0.0   188   1  1    774  12 39 00
12 44 00  =1641+399    17 15 30  23.9 353.2  0.5       0.0   300   F  1    793  12 39 04

12 45 00  J1510-0543   17 16 30  54.0 298.5  2.1       0.0   -58   1  1    793  12 45 00
12 48 00  =1508-055    17 19 31  53.4 297.8  2.1       0.0   122   F  1    805  12 45 04

12 48 00  J150407      17 19 31  50.3 299.8  2.2       0.0   -33   1  1    805  12 48 00
12 52 00  ---          17 23 31  49.5 298.9  2.3       0.0   207   F  1    821  12 48 04

12 52 00  J1510-0543   17 23 31  52.6 296.8  2.2       0.0   -33   1  1    821  12 52 00
12 55 00  =1508-055    17 26 32  52.0 296.1  2.3       0.0   147   F  1    832  12 52 04

12 55 00  J150407      17 26 32  48.9 298.2  2.4       0.0   -33   1  1    832  12 55 00
12 59 00  ---          17 30 32  48.1 297.3  2.4       0.0   207   F  1    848  12 55 04

13 00 00  J1510-0543   17 31 33  50.9 294.9  2.3       0.0    27   1  1    848  13 00 00
13 03 00  =1508-055    17 34 33  50.3 294.3  2.4       0.0   180   F  1    859  13 00 04

13 03 00  J150407      17 34 33  47.3 296.4  2.5       0.0   -33   1  1    859  13 03 00
13 07 00  ---          17 38 34  46.5 295.5  2.6       0.0   207   F  1    875  13 03 04

13 07 00  J1510-0543   17 38 34  49.5 293.4  2.5       0.0   -33   1  1    875  13 07 00
13 10 00  =1508-055    17 41 34  48.9 292.7  2.5       0.0   147   F  1    886  13 07 04

13 10 00  J150407      17 41 34  45.8 294.9  2.6       0.0   -33   1  1    886  13 10 00
13 14 00  ---          17 45 35  45.0 294.1  2.7       0.0   207   F  1    902  13 10 04

13 15 00  J1510-0543   17 46 35  47.8 291.7  2.6       0.0    27   1  1    902  13 15 00
13 18 00  =1508-055    17 49 35  47.2 291.1  2.6       0.0   180   F  1    913  13 15 04

13 18 00  J150407      17 49 35  44.2 293.3  2.8       0.0   -33   1  1    913  13 18 00
13 22 00  ---          17 53 36  43.4 292.5  2.8       0.0   207   F  1    929  13 18 04

13 22 00  J1510-0543   17 53 36  46.4 290.3  2.7       0.0   -33   1  1    929  13 22 00
13 25 00  =1508-055    17 56 37  45.7 289.8  2.8       0.0   147   F  1    941  13 22 04

13 25 00  J150407      17 56 37  42.7 291.9  2.9       0.0   -33   1  1    941  13 25 00
13 29 00  ---          18 00 37  41.9 291.2  2.9       0.0   207   F  1    956  13 25 04

13 30 00  J1510-0543   18 01 37  44.7 288.8  2.8       0.0    27   1  1    956  13 30 00
13 33 00  =1508-055    18 04 38  44.0 288.3  2.9       0.0   180   F  1    968  13 30 04
Schedule for HART      (Code Hh )                                   Page   7
               A double nucleus at the center of the massive cooling core RXCJ1504.1-02
  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
----------------------------------------------------------------------------------------

 --- Fri  31 Oct 2008   Day 305 ---

13 33 00  J150407      18 04 38  41.1 290.5  3.0       0.0   -33   1  1    968  13 33 00
13 37 00  ---          18 08 39  40.2 289.8  3.1       0.0   207   F  1    983  13 33 04

13 37 00  J1510-0543   18 08 39  43.2 287.6  3.0       0.0   -33   1  1    983  13 37 00
13 40 00  =1508-055    18 11 39  42.5 287.1  3.0       0.0   147   F  1    995  13 37 04

13 40 00  J150407      18 11 39  39.6 289.3  3.1       0.0   -33   1  1    995  13 40 00
13 44 00  ---          18 15 40  38.7 288.6  3.2       0.0   207   F  1   1010  13 40 04

13 45 00  J1510-0543   18 16 40  41.4 286.3  3.1       0.0    27   1  1   1010  13 45 00
13 48 00  =1508-055    18 19 40  40.8 285.8  3.1       0.0   180   F  1   1022  13 45 04

13 48 00  J150407      18 19 40  37.9 287.9  3.3       0.0   -33   1  1   1022  13 48 00
13 52 00  ---          18 23 41  37.0 287.3  3.3       0.0   207   F  1   1037  13 48 04

13 52 00  J1510-0543   18 23 41  39.9 285.1  3.2       0.0   -33   1  1   1037  13 52 00
13 55 00  =1508-055    18 26 42  39.3 284.6  3.3       0.0   147   F  1   1049  13 52 04

13 55 00  J150407      18 26 42  36.4 286.8  3.4       0.0   -33   1  1   1049  13 55 00
13 59 00  ---          18 30 42  35.5 286.2  3.4       0.0   207   F  1   1064  13 55 04

14 00 00  J1510-0543   18 31 42  38.2 283.9  3.3       0.0    27   1  1   1064  14 00 00
14 03 00  =1508-055    18 34 43  37.5 283.4  3.4       0.0   180   F  1   1076  14 00 04

14 03 00  J150407      18 34 43  34.6 285.6  3.5       0.0   -33   1  1   1076  14 03 00
14 07 00  ---          18 38 44  33.8 285.0  3.6       0.0   207   F  1   1092  14 03 04

14 07 00  J1510-0543   18 38 44  36.6 282.8  3.5       0.0   -33   1  1   1092  14 07 00
14 10 00  =1508-055    18 41 44  36.0 282.4  3.5       0.0   147   F  1   1103  14 07 04

14 10 00  J150407      18 41 44  33.1 284.5  3.6       0.0   -33   1  1   1103  14 10 00
14 14 00  ---          18 45 45  32.2 283.9  3.7       0.0   207   F  1   1119  14 10 04

14 15 00  J1510-0543   18 46 45  34.9 281.7  3.6       0.0    27   1  1   1119  14 15 00
14 18 00  =1508-055    18 49 45  34.2 281.3  3.6       0.0   180   F  1   1130  14 15 04

14 18 00  J150407      18 49 45  31.3 283.4  3.8       0.0   -33   1  1   1130  14 18 00
14 22 00  ---          18 53 46  30.5 282.8  3.8       0.0   207   F  1   1146  14 18 04

14 22 00  J1510-0543   18 53 46  33.3 280.7  3.7       0.0   -33   1  1   1146  14 22 00
14 25 00  =1508-055    18 56 46  32.7 280.3  3.8       0.0   147   F  1   1157  14 22 04

14 25 00  J150407      18 56 46  29.8 282.4  3.9       0.0   -33   1  1   1157  14 25 00
14 29 00  ---          19 00 47  28.9 281.8  3.9       0.0   207   F  1   1173  14 25 04
Schedule for HART      (Code Hh )                                   Page   8
               A double nucleus at the center of the massive cooling core RXCJ1504.1-02
  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
----------------------------------------------------------------------------------------

 --- Fri  31 Oct 2008   Day 305 ---

14 30 00  J1510-0543   19 01 47  31.6 279.6  3.8       0.0    27   1  1   1173  14 30 00
14 33 00  =1508-055    19 04 48  30.9 279.2  3.9       0.0   180   F  1   1184  14 30 04

14 33 00  J150407      19 04 48  28.0 281.3  4.0       0.0   -33   1  1   1184  14 33 00
14 37 00  ---          19 08 48  27.2 280.8  4.1       0.0   207   F  1   1200  14 33 04

14 37 00  J1510-0543   19 08 48  30.0 278.7  4.0       0.0   -33   1  1   1200  14 37 00
14 40 00  =1508-055    19 11 49  29.3 278.3  4.0       0.0   147   F  1   1212  14 37 04

14 40 00  J150407      19 11 49  26.5 280.4  4.1       0.0   -33   1  1   1212  14 40 00
14 44 00  ---          19 15 50  25.6 279.9  4.2       0.0   207   F  1   1227  14 40 04

14 45 00  J1510-0543   19 16 50  28.2 277.7  4.1       0.0    27   1  1   1227  14 45 00
14 48 00  =1508-055    19 19 50  27.5 277.3  4.1       0.0   180   F  1   1239  14 45 04

14 48 00  J150407      19 19 50  24.7 279.4  4.3       0.0   -33   1  1   1239  14 48 00
14 52 00  ---          19 23 51  23.8 278.9  4.3       0.0   207   F  1   1254  14 48 04

14 52 00  J1510-0543   19 23 51  26.6 276.8  4.2       0.0   -33   1  1   1254  14 52 00
14 55 00  =1508-055    19 26 51  26.0 276.5  4.3       0.0   147   F  1   1266  14 52 04

14 55 00  J150407      19 26 51  23.2 278.5  4.4       0.0   -33   1  1   1266  14 55 00
14 59 00  ---          19 30 52  22.3 278.0  4.4       0.0   207   F  1   1281  14 55 04

15 00 00  J1510-0543   19 31 52  24.8 275.9  4.3       0.0    27   1  1   1281  15 00 00
15 03 00  =1508-055    19 34 53  24.2 275.5  4.4       0.0   180   F  1   1293  15 00 04

15 03 00  J150407      19 34 53  21.4 277.5  4.5       0.0   -33   1  1   1293  15 03 00
15 07 00  ---          19 38 53  20.5 277.0  4.6       0.0   207   F  1   1308  15 03 04

15 07 00  J1510-0543   19 38 53  23.3 275.0  4.5       0.0   -33   1  1   1308  15 07 00
15 10 00  =1508-055    19 41 54  22.6 274.7  4.5       0.0   147   F  1   1320  15 07 04

15 10 00  J150407      19 41 54  19.8 276.7  4.6       0.0   -33   1  1   1320  15 10 00
15 14 00  ---          19 45 55  18.9 276.2  4.7       0.0   207   F  1   1335  15 10 04

15 15 00  J1510-0543   19 46 55  21.5 274.1  4.6       0.0    27   1  1   1335  15 15 00
15 18 00  =1508-055    19 49 55  20.8 273.7  4.6       0.0   180   F  1   1347  15 15 04

15 18 00  J150407      19 49 55  18.0 275.7  4.8       0.0   -33   1  1   1347  15 18 00
15 22 00  ---          19 53 56  17.1 275.3  4.8       0.0   207   F  1   1362  15 18 04

15 22 00  J1510-0543   19 53 56  19.9 273.3  4.7       0.0   -33   1  1   1362  15 22 00
15 25 00  =1508-055    19 56 56  19.2 272.9  4.8       0.0   147   F  1   1374  15 22 04
Schedule for HART      (Code Hh )                                   Page   9
               A double nucleus at the center of the massive cooling core RXCJ1504.1-02
  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
----------------------------------------------------------------------------------------

 --- Fri  31 Oct 2008   Day 305 ---

15 25 00  J150407      19 56 56  16.4 274.9  4.9       0.0   -33   1  1   1374  15 25 00
15 29 00  ---          20 00 57  15.5 274.5  4.9       0.0   207   F  1   1390  15 25 04

15 30 00  J1510-0543   20 01 57  18.1 272.4  4.8       0.0    27   1  1   1390  15 30 00
15 33 00  =1508-055    20 04 58  17.4 272.0  4.9       0.0   180   F  1   1401  15 30 04

15 33 00  J150407      20 04 58  14.6 274.0  5.0       0.0   -33   1  1   1401  15 33 00
15 37 00  ---          20 08 58  13.7 273.6  5.1       0.0   207   F  1   1417  15 33 04

15 37 00  J1510-0543   20 08 58  16.5 271.6  5.0       0.0   -33   1  1   1417  15 37 00
15 40 00  =1508-055    20 11 59  15.8 271.3  5.0       0.0   147   F  1   1428  15 37 04

15 40 00  J150407      20 11 59  13.1 273.2  5.1       0.0   -33   1  1   1428  15 40 00
15 44 00  ---          20 15 59  12.2 272.8  5.2       0.0   207   F  1   1444  15 40 04

15 45 00  J1510-0543   20 17 00  14.7 270.7  5.1       0.0    27   1  1   1444  15 45 00
15 48 00  =1508-055    20 20 00  14.0 270.4  5.1       0.0   180   F  1   1455  15 45 04

15 48 00  J150407      20 20 00  11.3 272.3  5.3       0.0   -33   1  1   1455  15 48 00
15 52 00  ---          20 24 01  10.4 271.9  5.3       0.0   207   F  1   1471  15 48 04

15 52 00  J1510-0543   20 24 01  13.1 269.9  5.2       0.0   -33   1  1   1471  15 52 00
15 55 00  =1508-055    20 27 01  12.5 269.6  5.3       0.0   147   F  1   1482  15 52 04

15 55 00  J150407      20 27 01   9.7 271.5  5.4       0.0   -33   1  1   1482  15 55 00
15 59 00  ---          20 31 02   8.8 271.1  5.4       0.0   207   F  1   1498  15 55 04

16 00 00  J1510-0543   20 32 02  11.3 269.1  5.3       0.0    27   1  1   1498  16 00 00
16 03 00  =1508-055    20 35 03  10.7 268.7  5.4       0.0   180   F  1   1510  16 00 04

16 07 00  J1510-0543   20 39 03   9.8 268.3  5.5       0.0   212   1  1   1510  16 07 00
16 10 00  =1508-055    20 42 04   9.1 268.0  5.5       0.0   180   F  1   1521  16 07 04


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


 Setup file: EZ018B.18CM
   Matches group hh18cm in /home/zuther/localPrograms/sched/catalogs/freq.dat
    Values confirmed by E-mail Jonathan Quick 291100 (CR)

   Setup group:    8         Station: HART              Total bit rate:  512
   Format: MKIV1:2           Bits per sample: 2         Sample rate: 16.000
   Number of channels: 16                               Speedup factor:   1.00

   Disk used to record data.

   1st LO=   1510.00   1510.00   1510.00   1510.00   1510.00   1510.00   1510.00   1510.00
             1510.00   1510.00   1510.00   1510.00   1510.00   1510.00   1510.00   1510.00
   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   =         2         1         2         1         4         3         4         3
                   6         5         6         5         8         7         8         7
   BBC SB=         L         L         U         U         L         L         U         U
                   L         L         U         U         L         L         U         U
   IF    =        2N        1N        2N        1N        2N        1N        2N        1N
                  2N        1N        2N        1N        2N        1N        2N        1N

  The following frequency sets based on this setup were used.

   Frequency Set:   8  Setup file default.  No pcal detection.
   LO sum=    1634.49   1634.49   1634.49   1634.49   1650.49   1650.49   1650.49   1650.49
              1666.49   1666.49   1666.49   1666.49   1682.49   1682.49   1682.49   1682.49
   BBC fr=     124.49    124.49    124.49    124.49    140.49    140.49    140.49    140.49
               156.49    156.49    156.49    156.49    172.49    172.49    172.49    172.49
   Bandwd=      8.000     8.000     8.000     8.000     8.000     8.000     8.000     8.000
                8.000     8.000     8.000     8.000     8.000     8.000     8.000     8.000

   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 -- A double nucleus at the center of the massive cooling core RXCJ1504.1-02
     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)

 * J150407           15 01 31.478582   * 15 04 07.518000     15 04 34.429416       0.00
                    -02 36 36.80950    *-02 48 16.62000     -02 50 20.66257        0.00
                     From catalog imbedded in main SCHED input file.
                        3.867 scan hours,     94.566 baseline hours above horizon.

 * J1510-0543        15 08 14.970129   * 15 10 53.591420     15 11 20.957109       0.21
   1508-055         -05 31 49.00779    *-05 43 07.41738     -05 45 07.84313        0.31
   J1510-05          /home/zuther/localPrograms/sched/catalogs/sources.vlba
                     VLBA Calib Survey - GSFC sols. - created L.Petrov 2005f_astro
                        2.900 scan hours,     63.599 baseline hours above horizon.

 * J1642+3948        16 41 17.606231   * 16 42 58.809968     16 43 15.738379       0.26
   1641+399          39 54 10.81494    * 39 48 36.99400      39 47 42.25446        0.40
   3C345             /home/zuther/localPrograms/sched/catalogs/sources.vlba
   J1642+39          VLBA Calib Survey - GSFC sols. - created L.Petrov 2005f_astro
                        0.150 scan hours,      3.617 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) 
   J150407             15.2
   J1510-0543          14.4
   J1642+3948          63.0

  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 

