  COVER INFORMATION 

 Station:    HART      (Code Hh ) 
 Experiment: Do Te-REXes have jets?
 Exp. Code:  EG110A  


Schedule Version:       2.00
Processed by SCHED version:  11.60  Release 11.6; April 2020

PI:       Krisztina Gabanyi

Address:  MTA-ELTE Extragalactic Astrophysics Research Group
          ELTE TTK, Pazmany Peter setany 1/a
          H-1117 Budapest
          Hungary

Phone:    +36 1 3919322
EMAIL:    krisztina.g@gmail.com
Fax:
Phone during observation:

Observing mode: 18 cm 1 Gb/s

Notes:
 
 
 

Schedule for HART      (Code Hh )                                   Page   2
               Do Te-REXes have jets?
  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   8 Mar 2022   Day  67 ---

 Next scan frequencies:  1626.49  1626.49  1626.49  1626.49  1690.49  1690.49  1690.49  1690.49
 Next BBC frequencies:    116.49   116.49   116.49   116.49   180.49   180.49   180.49   180.49
 Next scan bandwidths:     32.00    32.00    32.00    32.00    32.00    32.00    32.00    32.00

23 00 00  J1540+1447   11 57 15  21.9  60.0 -3.7       0.0     0        0   23 00 00
23 13 40  =1538+149    12 10 57  24.6  57.8 -3.5       0.0   820      106   23 00 01

23 14 40  J1516+1932   12 11 57  26.0  49.6 -3.1       0.0    21      106   23 14 40
23 15 50  =1514+197    12 13 08  26.2  49.3 -3.1       0.0    70      115   23 14 41

23 15 50  J1519+2053   12 13 08  24.9  48.7 -3.1       0.0   -29      115   No stop 
23 19 20  ---          12 16 38  25.4  48.1 -3.1       0.0   181      142   23 15 51

23 19 20  J1516+1932   12 16 38  26.8  48.7 -3.0       0.0   -29      142   No stop 
23 20 30  =1514+197    12 17 48  27.0  48.5 -3.0       0.0    41      151   23 19 21

23 20 30  J1519+2053   12 17 48  25.6  47.9 -3.0       0.0   -29      151   No stop 
23 24 00  ---          12 21 19  26.2  47.2 -3.0       0.0   181      178   23 20 31

23 24 50  J1516+1932   12 22 09  27.7  47.7 -2.9       0.0    21      178   23 24 50
23 26 00  =1514+197    12 23 19  27.9  47.5 -2.9       0.0    70      187   23 24 51

23 26 00  J1519+2053   12 23 19  26.6  46.8 -3.0       0.0   -29      187   No stop 
23 29 30  ---          12 26 50  27.1  46.2 -2.9       0.0   181      214   23 26 01

23 29 30  J1516+1932   12 26 50  28.5  46.8 -2.9       0.0   -29      214   No stop 
23 31 00  =1514+197    12 28 20  28.7  46.5 -2.8       0.0    61      225   23 29 31

23 31 00  J1519+2053   12 28 20  27.4  45.9 -2.9       0.0   -29      225   No stop 
23 34 30  ---          12 31 51  27.9  45.2 -2.8       0.0   181      252   23 31 01

23 35 20  J1516+1932   12 32 41  29.5  45.6 -2.8       0.0    21      252   23 35 20
23 36 50  =1514+197    12 34 11  29.7  45.3 -2.7       0.0    90      264   23 35 21

23 36 50  J1519+2053   12 34 11  28.3  44.8 -2.8       0.0   -29      264   No stop 
23 40 20  ---          12 37 42  28.9  44.1 -2.7       0.0   181      291   23 36 51

23 40 20  J1516+1932   12 37 42  30.3  44.6 -2.7       0.0   -29      291   No stop 
23 41 30  =1514+197    12 38 52  30.4  44.4 -2.7       0.0    41      300   23 40 21

23 41 30  J1519+2053   12 38 52  29.0  43.8 -2.7       0.0   -29      300   No stop 
23 45 00  ---          12 42 22  29.6  43.1 -2.6       0.0   181      327   23 41 31

23 45 50  J1516+1932   12 43 13  31.1  43.5 -2.6       0.0    21      327   23 45 50
23 47 20  =1514+197    12 44 43  31.3  43.2 -2.6       0.0    90      339   23 45 51
Schedule for HART      (Code Hh )                                   Page   3
               Do Te-REXes have jets?
  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   8 Mar 2022   Day  67 ---

23 47 20  J1519+2053   12 44 43  29.9  42.7 -2.6       0.0   -29      339   No stop 
23 50 50  ---          12 48 13  30.5  41.9 -2.5       0.0   181      366   23 47 21

23 50 50  J1516+1932   12 48 13  31.9  42.5 -2.5       0.0   -29      366   No stop 
23 52 00  =1514+197    12 49 24  32.1  42.2 -2.5       0.0    41      375   23 50 51

23 52 00  J1519+2053   12 49 24  30.6  41.7 -2.5       0.0   -29      375   No stop 
23 55 30  ---          12 52 54  31.2  41.0 -2.5       0.0   181      402   23 52 01

23 56 20  J1516+1932   12 53 44  32.7  41.3 -2.4       0.0    21      402   23 56 20
23 57 50  =1514+197    12 55 15  32.9  40.9 -2.4       0.0    90      414   23 56 21

 --- Start: Tue   8 Mar 2022   Day  67 -- Stop: Wed   9 Mar 2022   Day  68 ---

23 57 50  J1519+2053   12 55 15  31.5  40.5 -2.4       0.0   -29      414   No stop 
00 01 20  ---          12 58 45  32.0  39.7 -2.4       0.0   181      441   23 57 51

00 01 20  J1516+1932   12 58 45  33.4  40.2 -2.3       0.0   -29      441   No stop 
00 02 30  =1514+197    12 59 55  33.6  39.9 -2.3       0.0    41      450   00 01 21

00 02 30  J1521+1756   12 59 55  34.2  42.1 -2.4       0.0   -29      450   No stop 
00 04 30  =1519+181    13 01 56  34.5  41.6 -2.3       0.0    91      465   00 02 31

00 05 20  J1516+1932   13 02 46  34.0  39.3 -2.3       0.0    21      465   00 05 20
00 06 50  =1514+197    13 04 16  34.2  38.9 -2.2       0.0    90      477   00 05 21

00 06 50  J1521+1756   13 04 16  34.9  41.1 -2.3       0.0   -29      477   No stop 
00 08 50  =1519+181    13 06 16  35.2  40.6 -2.3       0.0    91      492   00 06 51

00 08 50  J1516+1932   13 06 16  34.5  38.5 -2.2       0.0   -29      492   No stop 
00 10 00  =1514+197    13 07 27  34.7  38.2 -2.2       0.0    41      501   00 08 51

00 10 00  J1519+2053   13 07 27  33.2  37.8 -2.2       0.0   -29      501   No stop 
00 13 30  ---          13 10 57  33.7  37.0 -2.2       0.0   181      528   00 10 01

00 14 20  J1516+1932   13 11 47  35.3  37.2 -2.1       0.0    21      528   00 14 20
00 15 50  =1514+197    13 13 18  35.5  36.8 -2.1       0.0    90      540   00 14 21

00 15 50  J1519+2053   13 13 18  34.0  36.4 -2.1       0.0   -29      540   No stop 
00 19 20  ---          13 16 48  34.5  35.6 -2.1       0.0   181      567   00 15 51

00 19 20  J1516+1932   13 16 48  36.0  36.0 -2.0       0.0   -29      567   No stop 
00 20 30  =1514+197    13 17 58  36.1  35.7 -2.0       0.0    41      576   00 19 21
Schedule for HART      (Code Hh )                                   Page   4
               Do Te-REXes have jets?
  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
----------------------------------------------------------------------------------------

 --- Wed   9 Mar 2022   Day  68 ---

00 20 30  J1519+2053   13 17 58  34.7  35.4 -2.0       0.0   -29      576   No stop 
00 24 00  ---          13 21 29  35.1  34.5 -2.0       0.0   181      603   00 20 31

00 24 50  J1516+1932   13 22 19  36.7  34.6 -1.9       0.0    21      603   00 24 50
00 26 20  =1514+197    13 23 49  36.9  34.3 -1.9       0.0    90      614   00 24 51

00 26 20  J1519+2053   13 23 49  35.4  34.0 -1.9       0.0   -29      614   No stop 
00 29 50  ---          13 27 20  35.8  33.1 -1.9       0.0   181      642   00 26 21

00 29 50  J1516+1932   13 27 20  37.3  33.4 -1.8       0.0   -29      642   No stop 
00 31 00  =1514+197    13 28 30  37.4  33.1 -1.8       0.0    41      651   00 29 51

00 31 00  J1519+2053   13 28 30  36.0  32.8 -1.9       0.0   -29      651   No stop 
00 34 30  ---          13 32 01  36.4  31.9 -1.8       0.0   181      678   00 31 01

00 35 20  J1516+1932   13 32 51  38.0  32.0 -1.8       0.0    21      678   00 35 20
00 36 50  =1514+197    13 34 21  38.1  31.6 -1.7       0.0    90      689   00 35 21

00 36 50  J1519+2053   13 34 21  36.7  31.4 -1.8       0.0   -29      689   No stop 
00 40 20  ---          13 37 52  37.1  30.5 -1.7       0.0   181      716   00 36 51

00 40 20  J1516+1932   13 37 52  38.6  30.7 -1.7       0.0   -29      716   No stop 
00 41 30  =1514+197    13 39 02  38.7  30.4 -1.6       0.0    41      725   00 40 21

00 41 30  J1519+2053   13 39 02  37.2  30.2 -1.7       0.0   -29      725   No stop 
00 45 00  ---          13 42 32  37.6  29.3 -1.6       0.0   181      752   00 41 31

00 45 50  J1516+1932   13 43 22  39.2  29.2 -1.6       0.0    21      752   00 45 50
00 47 20  =1514+197    13 44 53  39.3  28.8 -1.6       0.0    90      764   00 45 51

00 47 20  J1519+2053   13 44 53  37.9  28.6 -1.6       0.0   -29      764   No stop 
00 50 50  ---          13 48 23  38.2  27.7 -1.5       0.0   181      791   00 47 21

00 50 50  J1516+1932   13 48 23  39.7  27.8 -1.5       0.0   -29      791   No stop 
00 52 00  =1514+197    13 49 33  39.8  27.5 -1.5       0.0    41      800   00 50 51

00 52 00  J1519+2053   13 49 33  38.4  27.4 -1.5       0.0   -29      800   No stop 
00 55 30  ---          13 53 04  38.7  26.5 -1.5       0.0   181      827   00 52 01

00 56 20  J1516+1932   13 53 54  40.3  26.3 -1.4       0.0    21      827   00 56 20
00 57 50  =1514+197    13 55 24  40.4  25.9 -1.4       0.0    90      839   00 56 21

00 57 50  J1519+2053   13 55 24  38.9  25.8 -1.4       0.0   -29      839   No stop 
01 01 20  ---          13 58 55  39.3  24.9 -1.4       0.0   181      866   00 57 51
Schedule for HART      (Code Hh )                                   Page   5
               Do Te-REXes have jets?
  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
----------------------------------------------------------------------------------------

 --- Wed   9 Mar 2022   Day  68 ---

01 01 20  J1516+1932   13 58 55  40.8  24.9 -1.3       0.0   -29      866   No stop 
01 02 30  =1514+197    14 00 05  40.9  24.6 -1.3       0.0    41      875   01 01 21

01 02 30  J1519+2053   14 00 05  39.4  24.5 -1.3       0.0   -29      875   No stop 
01 06 00  ---          14 03 36  39.7  23.6 -1.3       0.0   181      902   01 02 31

01 06 50  J1516+1932   14 04 26  41.3  23.3 -1.2       0.0    21      902   01 06 50
01 08 20  =1514+197    14 05 56  41.4  22.9 -1.2       0.0    90      913   01 06 51

01 08 20  J1519+2053   14 05 56  39.9  22.9 -1.2       0.0   -29      913   No stop 
01 11 50  ---          14 09 27  40.2  21.9 -1.2       0.0   181      940   01 08 21

01 11 50  J1516+1932   14 09 27  41.7  21.8 -1.1       0.0   -29      940   No stop 
01 13 00  =1514+197    14 10 37  41.8  21.5 -1.1       0.0    41      949   01 11 51

01 13 00  J1519+2053   14 10 37  40.3  21.6 -1.2       0.0   -29      949   No stop 
01 16 30  ---          14 14 07  40.6  20.6 -1.1       0.0   181      976   01 13 01

01 17 20  J1516+1932   14 14 58  42.1  20.2 -1.0       0.0    21      976   01 17 20
01 18 50  =1514+197    14 16 28  42.3  19.7 -1.0       0.0    90      988   01 17 21

01 18 50  J1519+2053   14 16 28  40.8  19.9 -1.1       0.0   -29      988   No stop 
01 22 20  ---          14 19 58  41.1  18.8 -1.0       0.0   181     1015   01 18 51

01 22 20  J1516+1932   14 19 58  42.5  18.7 -1.0       0.0   -29     1015   No stop 
01 23 30  =1514+197    14 21 09  42.6  18.3 -0.9       0.0    41     1024   01 22 21

01 23 30  J1519+2053   14 21 09  41.1  18.5 -1.0       0.0   -29     1024   No stop 
01 27 00  ---          14 24 39  41.4  17.5 -0.9       0.0   181     1051   01 23 31

01 27 50  J1516+1932   14 25 29  42.9  17.0 -0.9       0.0    21     1051   01 27 50
01 29 20  =1514+197    14 27 00  43.0  16.5 -0.8       0.0    90     1063   01 27 51

01 29 20  J1519+2053   14 27 00  41.5  16.8 -0.9       0.0   -29     1063   No stop 
01 32 50  ---          14 30 30  41.8  15.7 -0.8       0.0   181     1090   01 29 21

01 32 50  J1516+1932   14 30 30  43.2  15.4 -0.8       0.0   -29     1090   No stop 
01 34 00  =1514+197    14 31 40  43.3  15.1 -0.8       0.0    41     1099   01 32 51

01 34 00  J1519+2053   14 31 40  41.8  15.4 -0.8       0.0   -29     1099   No stop 
01 37 30  ---          14 35 11  42.0  14.3 -0.8       0.0   181     1126   01 34 01

01 38 20  J1516+1932   14 36 01  43.5  13.7 -0.7       0.0    21     1126   01 38 20
01 39 50  =1514+197    14 37 31  43.6  13.2 -0.7       0.0    90     1137   01 38 21
Schedule for HART      (Code Hh )                                   Page   6
               Do Te-REXes have jets?
  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
----------------------------------------------------------------------------------------

 --- Wed   9 Mar 2022   Day  68 ---

01 39 50  J1519+2053   14 37 31  42.2  13.6 -0.7       0.0   -29     1137   No stop 
01 43 20  ---          14 41 02  42.3  12.5 -0.7       0.0   181     1165   01 39 51

01 43 20  J1516+1932   14 41 02  43.8  12.1 -0.6       0.0   -29     1165   No stop 
01 44 30  =1514+197    14 42 12  43.8  11.7 -0.6       0.0    41     1174   01 43 21

01 44 30  J1519+2053   14 42 12  42.4  12.1 -0.6       0.0   -29     1174   No stop 
01 48 00  ---          14 45 43  42.5  11.0 -0.6       0.0   181     1201   01 44 31

01 48 50  J1516+1932   14 46 33  44.0  10.3 -0.5       0.0    21     1201   01 48 50
01 50 20  =1514+197    14 48 03  44.1   9.8 -0.5       0.0    90     1212   01 48 51

01 50 20  J1519+2053   14 48 03  42.6  10.3 -0.5       0.0   -29     1212   No stop 
01 53 50  ---          14 51 34  42.8   9.2 -0.5       0.0   181     1239   01 50 21

01 53 50  J1516+1932   14 51 34  44.2   8.7 -0.4       0.0   -29     1239   No stop 
01 55 00  =1514+197    14 52 44  44.2   8.3 -0.4       0.0    41     1248   01 53 51


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


 ======== Setup file: sess122.L1024
   Matching groups in /home/guest/rmc/SCHED/sched11.6/catalogs/freq_RDBE.dat:
     hh18cm          Values confirmed by E-mail Jonathan Quick 20140219 (CR)
    ****** Only  122.49 of  256.00 MHz total bandwidth is within the IFs
           in the setup file before any FREQ or DOPPLER shifts.

   Setup group:    9         Station: HART              Total bit rate:  1024
   Format: VDIF              Bits per sample: 2         Sample rate: 64.000
   Number of channels:  8    DBE type: DBBC_DDC         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
   Net SB=         L         L         U         U         L         L         U         U
   IF SB =         U         U         U         U         U         U         U         U
   Pol.  =      RCP       LCP       RCP       LCP       RCP       LCP       RCP       LCP 
   BBC   =         1         9         1         9         2        10         2        10
   BBC SB=         L         L         U         U         L         L         U         U
   IF    =        A1        C1        A1        C1        A1        C1        A1        C1

  The following frequency sets based on these setups were used.

   Frequency Set:  11  Setup file default.  Used with PCAL = off
   LO sum=   1626.49  1626.49  1626.49  1626.49  1690.49  1690.49  1690.49  1690.49
   BBC fr=    116.49   116.49   116.49   116.49   180.49   180.49   180.49   180.49
   Bandwd=     32.00    32.00    32.00    32.00    32.00    32.00    32.00    32.00
    Matching frequency sets:  11

   Track assignments are: 
    track1=   1,  2,  3,  4,  5,  6,  7,  8
    barrel=roll_off 

 POSITIONS OF SOURCES USED IN RECORDING SCANS

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

 * J1519+2053        15 17 10.483983   * 15 19 24.755700     15 20 24.287669       0.00
                     21 04 36.37268    * 20 53 46.64000      20 48 46.30787        0.00
                     From catalog imbedded in main SCHED input file.

 * J1832+5202        18 30 51.638733   * 18 32 00.673700     18 32 30.057019       0.00
                     52 00 00.90979    * 52 02 17.97200      52 02 55.10213        0.00
                     From catalog imbedded in main SCHED input file.

 * J1826+5437        18 25 07.851934   * 18 26 08.211800     18 26 33.803629       0.00
                     54 35 27.61250    * 54 37 19.50800      54 37 45.06536        0.00
                     From catalog imbedded in main SCHED input file.

   1514+197          15 14 40.985841   * 15 16 56.796164     15 17 57.006381       0.01
 * J1516+1932        19 43 10.94247    * 19 32 12.99203      19 27 09.45036        0.02
   J1516+19          /home/guest/rmc/SCHED/sched11.6/catalogs/sources.gsfc
                     GSFC 2016a X/S astro solution,   4472 observations.

   1519+181          15 19 00.459520   * 15 21 17.578919     15 22 18.328251       0.40
 * J1521+1756        18 06 44.61133    * 17 56 01.06690      17 51 04.16236        0.53
                     /home/guest/rmc/SCHED/sched11.6/catalogs/sources.gsfc
                     GSFC 2016a X/S astro solution,     47 observations.

   1538+149          15 38 30.232267   * 15 40 49.491518     15 41 51.052203       0.01
 * J1540+1447        14 57 21.79426    * 14 47 45.88473      14 43 19.15083        0.01
   J1540+14          /home/guest/rmc/SCHED/sched11.6/catalogs/sources.gsfc
                     GSFC 2016a X/S astro solution,   4735 observations.

   1815+531          18 15 52.082604   * 18 16 57.070757     18 17 24.829801       0.46
 * J1816+5307        53 06 32.75510    * 53 07 44.49943      53 07 52.45378        0.35
                     /home/guest/rmc/SCHED/sched11.6/catalogs/sources.gsfc
                     GSFC 2016a X/S astro solution,     63 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
  J1519+2053 sess122.L1024         1 2 3 4 5 6 7 8 9 10 11 12  +     1.692   289.176
  J1832+5202 sess122.L1024         1 2 3 4 5 6 7 8 9 10 12 15  +     1.851   260.815
  J1826+5437 sess122.L1024         1 2 3 4 5 6 7 8 9 10 12 15  +     0.067     8.905
  J1516+1932 sess122.L1024         1 2 3 4 5 6 7 8 9 10 11 12  +     0.706   111.339
  J1521+1756 sess122.L1024         1 2 3 4 5 6 7 8 9 10 11 12  +     0.067    10.276
  J1540+1447 sess122.L1024         1 2 3 4 5 6 7 8 9 10 11 12  +     0.228    43.278
  J1816+5307 sess122.L1024         1 2 3 4 5 6 7 8 9 10 12 15  +     0.836   110.032


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) 
   J1519+2053         119.0
   J1832+5202          82.3
   J1826+5437          83.9
   J1516+1932         119.7
   J1521+1756         118.8
   J1540+1447         114.3
   J1816+5307          84.8

  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 

