  COVER INFORMATION 

 Station:    HART      (Code Hh ) 
 Experiment: Network Monitoring Experiment
 Exp. Code:  N13K2   


Schedule Version:       3.00
Processed by SCHED version:  11.00  Release of Feb. 15, 2013

PI:       Ciriaco Goddi

Address:  JIVE
          Postbus 2
          7990 AA Dwingeloo
          The Netherlands

Phone:    +31-521-596548
EMAIL:    goddi@jive.nl
Fax:
Phone during observation: +31-521-596548

Observing mode:

Notes:    1.3 cm NME for session 2/2013
          1 Gbps, 2-bit sampling, 16 MHz filters
          Send the disk pack by express to JIVE
 


COVER LETTER:


Dear EVN friends,

This is the schedule for the 1.3cm NME on June 10 2013,
involving 14 antennas: Eb Jb2 On20 Mc Nt Tr Ys Mh Sv Zc Bd Ur Sh Hh.
The NME uses a setup with 1 Gbps and consists of
integrations on strong calibrators like
4C39.25 (~8.3 Jy at 15 GHz from MOJAVE)
and J1310+3220 (~2.5 Jy at 22GHz from EVLA POLCAL Database)
as well as phase-referencing cycles with continuum calibrators
(J0923+3849) as targets.

There are three ftp fringe-test scans
(1) 12:09:00 UT (scan  2, 2 sec, 4C39.25)
(2) 12:55:00 UT (scan 25, 2 sec, 4C39.25)
(3) 13:49:00 UT (scan 49, 2 sec, J0923+3849)


See you on Skype group chat
and
Good luck with the session!

Ciriaco
Skype account: ciriaco.goddi

Schedule for HART      (Code Hh )                                   Page   2
               Network Monitoring Experiment
  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  10 Jun 2013   Day 161 ---

 Next scan frequencies:  22187.49  22187.49  22187.49  22187.49  22219.49  22219.49  22219.49  22219.49
                         22251.49  22251.49  22251.49  22251.49  22283.49  22283.49  22283.49  22283.49
 Next BBC frequencies:     107.49    107.49    107.49    107.49    139.49    139.49    139.49    139.49
                           171.49    171.49    171.49    171.49    203.49    203.49    203.49    203.49
 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

12 00 00  4C39.25      07 06 45  17.2  28.0 -2.4       0.0     0        0   12 00 00
12 04 00  ---          07 10 46  17.6  27.4 -2.3       0.0   240       31   12 00 04

12 06 00  4C39.25      07 12 46  17.9  27.0 -2.3       0.0    99       31   12 06 00
12 10 00  ---          07 16 47  18.3  26.3 -2.2       0.0   240       62   12 06 04

12 12 00  4C39.25      07 18 47  18.5  26.0 -2.2       0.0    99       62   12 12 00
12 17 00  ---          07 23 48  18.9  25.1 -2.1       0.0   300      100   12 12 04

12 19 00  4C39.25      07 25 48  19.1  24.7 -2.0       0.0    99      100   12 19 00
12 20 00  ---          07 26 49  19.2  24.5 -2.0       0.0    60      108   12 19 04

12 20 30  4C39.25      07 27 19  19.3  24.4 -2.0       0.0     9      108   12 20 30
12 21 30  ---          07 28 19  19.4  24.2 -2.0       0.0    60      115   12 20 34

12 22 00  J0923+3849   07 28 49  19.9  23.6 -1.9       0.0     3      115   12 22 00
12 23 00  =0920+390    07 29 49  20.0  23.4 -1.9       0.0    60      123   12 22 04

12 23 30  4C39.25      07 30 19  19.6  23.9 -2.0       0.0     3      123   12 23 30
12 24 30  ---          07 31 19  19.6  23.7 -1.9       0.0    60      131   12 23 34

12 25 00  J0923+3849   07 31 49  20.2  23.0 -1.9       0.0     3      131   12 25 00
12 26 00  =0920+390    07 32 50  20.3  22.8 -1.9       0.0    60      138   12 25 04

12 26 30  4C39.25      07 33 20  19.8  23.3 -1.9       0.0     3      138   12 26 30
12 27 30  ---          07 34 20  19.9  23.1 -1.9       0.0    60      146   12 26 34

12 28 00  J0923+3849   07 34 50  20.5  22.4 -1.8       0.0     3      146   12 28 00
12 29 00  =0920+390    07 35 50  20.6  22.3 -1.8       0.0    60      154   12 28 04

12 29 30  4C39.25      07 36 20  20.1  22.8 -1.9       0.0     3      154   12 29 30
12 30 30  ---          07 37 20  20.2  22.6 -1.8       0.0    60      162   12 29 34

12 31 00  J0923+3849   07 37 50  20.7  21.9 -1.8       0.0     3      162   12 31 00
12 32 00  =0920+390    07 38 51  20.8  21.7 -1.8       0.0    60      169   12 31 04

12 32 30  4C39.25      07 39 21  20.3  22.2 -1.8       0.0     3      169   12 32 30
12 33 30  ---          07 40 21  20.4  22.0 -1.8       0.0    60      177   12 32 34
Schedule for HART      (Code Hh )                                   Page   3
               Network Monitoring Experiment
  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  10 Jun 2013   Day 161 ---

12 34 00  J0923+3849   07 40 51  21.0  21.3 -1.7       0.0     3      177   12 34 00
12 35 00  =0920+390    07 41 51  21.1  21.1 -1.7       0.0    60      185   12 34 04

12 35 30  4C39.25      07 42 21  20.6  21.7 -1.8       0.0     3      185   12 35 30
12 36 30  ---          07 43 21  20.7  21.5 -1.7       0.0    60      192   12 35 34

12 37 00  J0923+3849   07 43 51  21.2  20.7 -1.7       0.0     3      192   12 37 00
12 38 00  =0920+390    07 44 52  21.3  20.6 -1.7       0.0    60      200   12 37 04

12 38 30  4C39.25      07 45 22  20.8  21.1 -1.7       0.0     3      200   12 38 30
12 39 30  ---          07 46 22  20.9  20.9 -1.7       0.0    60      208   12 38 34

12 40 00  J0923+3849   07 46 52  21.5  20.2 -1.6       0.0     3      208   12 40 00
12 41 00  =0920+390    07 47 52  21.5  20.0 -1.6       0.0    60      215   12 40 04

12 41 30  4C39.25      07 48 22  21.1  20.5 -1.7       0.0     3      215   12 41 30
12 42 30  ---          07 49 22  21.2  20.3 -1.6       0.0    60      223   12 41 34

12 43 00  J0923+3849   07 49 52  21.7  19.6 -1.6       0.0     3      223   12 43 00
12 44 00  =0920+390    07 50 53  21.8  19.4 -1.6       0.0    60      231   12 43 04

12 44 30  4C39.25      07 51 23  21.3  19.9 -1.6       0.0     3      231   12 44 30
12 45 30  ---          07 52 23  21.4  19.8 -1.6       0.0    60      238   12 44 34

12 46 00  J0923+3849   07 52 53  21.9  19.0 -1.5       0.0     3      238   12 46 00
12 47 00  =0920+390    07 53 53  22.0  18.8 -1.5       0.0    60      246   12 46 04

12 47 30  4C39.25      07 54 23  21.5  19.4 -1.6       0.0     3      246   12 47 30
12 48 30  ---          07 55 23  21.6  19.2 -1.5       0.0    60      254   12 47 34

12 49 00  J0923+3849   07 55 53  22.1  18.4 -1.5       0.0     3      254   12 49 00
12 50 00  =0920+390    07 56 54  22.2  18.2 -1.5       0.0    60      262   12 49 04

12 52 00  4C39.25      07 58 54  21.9  18.5 -1.5       0.0    93      262   12 52 00
12 56 00  ---          08 02 55  22.2  17.7 -1.4       0.0   240      292   12 52 04

12 58 00  4C39.25      08 04 55  22.3  17.3 -1.4       0.0    99      292   12 58 00
13 03 00  ---          08 09 56  22.6  16.3 -1.3       0.0   300      331   12 58 04

13 05 00  4C39.25      08 11 56  22.7  15.9 -1.3       0.0    99      331   13 05 00
13 06 00  ---          08 12 56  22.8  15.7 -1.2       0.0    60      338   13 05 04

13 06 30  4C39.25      08 13 26  22.8  15.6 -1.2       0.0     9      338   13 06 30
13 07 30  ---          08 14 26  22.9  15.4 -1.2       0.0    60      346   13 06 34
Schedule for HART      (Code Hh )                                   Page   4
               Network Monitoring Experiment
  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  10 Jun 2013   Day 161 ---

13 08 00  J0923+3849   08 14 57  23.3  14.6 -1.2       0.0     3      346   13 08 00
13 09 00  =0920+390    08 15 57  23.4  14.4 -1.1       0.0    60      354   13 08 04

13 09 30  4C39.25      08 16 27  23.0  15.0 -1.2       0.0     3      354   13 09 30
13 10 30  ---          08 17 27  23.1  14.8 -1.2       0.0    60      362   13 09 34

13 11 00  J0923+3849   08 17 57  23.5  14.0 -1.1       0.0     3      362   13 11 00
13 12 00  =0920+390    08 18 57  23.6  13.8 -1.1       0.0    60      369   13 11 04

13 12 30  4C39.25      08 19 27  23.2  14.4 -1.1       0.0     3      369   13 12 30
13 13 30  ---          08 20 27  23.2  14.2 -1.1       0.0    60      377   13 12 34

13 14 00  J0923+3849   08 20 58  23.7  13.4 -1.1       0.0     3      377   13 14 00
13 15 00  =0920+390    08 21 58  23.7  13.2 -1.0       0.0    60      385   13 14 04

13 15 30  4C39.25      08 22 28  23.4  13.8 -1.1       0.0     3      385   13 15 30
13 16 30  ---          08 23 28  23.4  13.6 -1.1       0.0    60      392   13 15 34

13 17 00  J0923+3849   08 23 58  23.8  12.8 -1.0       0.0     3      392   13 17 00
13 18 00  =0920+390    08 24 58  23.9  12.6 -1.0       0.0    60      400   13 17 04

13 18 30  4C39.25      08 25 28  23.5  13.2 -1.0       0.0     3      400   13 18 30
13 19 30  ---          08 26 28  23.6  13.0 -1.0       0.0    60      408   13 18 34

13 20 00  J0923+3849   08 26 58  24.0  12.1 -1.0       0.0     3      408   13 20 00
13 21 00  =0920+390    08 27 59  24.0  11.9 -0.9       0.0    60      415   13 20 04

13 21 30  4C39.25      08 28 29  23.7  12.6 -1.0       0.0     3      415   13 21 30
13 22 30  ---          08 29 29  23.7  12.4 -1.0       0.0    60      423   13 21 34

13 23 00  J0923+3849   08 29 59  24.1  11.5 -0.9       0.0     3      423   13 23 00
13 24 00  =0920+390    08 30 59  24.2  11.3 -0.9       0.0    60      431   13 23 04

13 24 30  4C39.25      08 31 29  23.8  11.9 -0.9       0.0     3      431   13 24 30
13 25 30  ---          08 32 29  23.8  11.7 -0.9       0.0    60      438   13 24 34

13 26 00  J0923+3849   08 32 59  24.2  10.9 -0.9       0.0     3      438   13 26 00
13 27 00  =0920+390    08 34 00  24.3  10.7 -0.8       0.0    60      446   13 26 04

13 27 30  4C39.25      08 34 30  23.9  11.3 -0.9       0.0     3      446   13 27 30
13 28 30  ---          08 35 30  24.0  11.1 -0.9       0.0    60      454   13 27 34

13 29 00  J0923+3849   08 36 00  24.4  10.3 -0.8       0.0     3      454   13 29 00
13 30 00  =0920+390    08 37 00  24.4  10.1 -0.8       0.0    60      462   13 29 04
Schedule for HART      (Code Hh )                                   Page   5
               Network Monitoring Experiment
  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  10 Jun 2013   Day 161 ---

13 30 30  4C39.25      08 37 30  24.1  10.7 -0.8       0.0     3      462   13 30 30
13 31 30  ---          08 38 30  24.1  10.5 -0.8       0.0    60      469   13 30 34

13 32 00  J0923+3849   08 39 00  24.5   9.6 -0.8       0.0     3      469   13 32 00
13 33 00  =0920+390    08 40 01  24.5   9.4 -0.7       0.0    60      477   13 32 04

13 33 30  4C39.25      08 40 31  24.2  10.1 -0.8       0.0     3      477   13 33 30
13 34 30  ---          08 41 31  24.2   9.9 -0.8       0.0    60      485   13 33 34

13 35 00  J0923+3849   08 42 01  24.6   9.0 -0.7       0.0     3      485   13 35 00
13 36 00  =0920+390    08 43 01  24.6   8.8 -0.7       0.0    60      492   13 35 04


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


 ======== Setup file: sess213.K1024
   Matching groups in /aps3/sched11.0/catalogs/freq.dat:
     hh1cm           LO tunable, updated DMS 06-2012

   Setup group:    9         Station: HART              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=  22080.00  22080.00  22080.00  22080.00  22080.00  22080.00  22080.00  22080.00
            22080.00  22080.00  22080.00  22080.00  22080.00  22080.00  22080.00  22080.00
   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   =         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 these setups were used.

   Frequency Set:  14  Setup file default.
   LO sum=   22187.49  22187.49  22187.49  22187.49  22219.49  22219.49  22219.49  22219.49
             22251.49  22251.49  22251.49  22251.49  22283.49  22283.49  22283.49  22283.49
   BBC fr=     107.49    107.49    107.49    107.49    139.49    139.49    139.49    139.49
               171.49    171.49    171.49    171.49    203.49    203.49    203.49    203.49
   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:  14

   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)

 * J0923+3849        09 20 06.318435   * 09 23 14.452935     09 24 04.647240       0.13
   0920+390          39 02 32.11175    * 38 49 39.91002      38 46 12.48332        0.10
   J0923+38          /aps3/sched11.0/catalogs/sources.vlba
                     rfc_2012b Petrov, 2012, unpublished 3755 observations

   J0927+3902        09 23 55.319217   * 09 27 03.013938     09 27 53.102512       0.13
   0923+392          39 15 23.56637    * 39 02 20.85177      38 58 50.82964        0.10
 * 4C39.25           /aps3/sched11.0/catalogs/sources.vlba
   J0927+39          rfc_2012b Petrov, 2012, unpublished 239566 observations

 * J1310+3220        13 08 07.560132   * 13 10 28.663851     13 11 07.665371       0.12
   1308+326          32 36 40.23870    * 32 20 43.78277      32 16 33.05197        0.10
   J1310+32          /aps3/sched11.0/catalogs/sources.vlba
                     rfc_2012b Petrov, 2012, unpublished 117803 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
  J0923+3849 sess213.K1024         1 2 3 4 5 6 7 8 9 12 13 14  +     0.333    86.250
  4C39.25    sess213.K1024         1 2 3 4 5 6 7 8 9 12 13 14  +     0.733   193.200
  J1310+3220 sess213.K1024         1 2 3 4 5 6 7 8 9 12 13 15  +     0.250    57.155


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) 
   J0923+3849          54.5
   4C39.25             55.2
   J1310+3220          99.6

  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 

