COVER INFORMATION Station: EFLSBERG (Code Ef ) Experiment: Is there a Binary Black Hole system in the BCG of RBS 797 ? Exp. Code: EG080B Schedule Version: 1.00 Processed by SCHED version: 11.10 Version 11.1 Beta of about April 26, 201 PI: Myriam Gitti Address: INAF Istituto di Radioastronomia Via Gobetti 101 40129 Bologna Italy Phone: +39 051 639 9388 EMAIL: myriam.gitti@unibo.it Fax: +39 051 639 9431 Phone during observation: +39 347 906 6221 Observing mode: Continuum C-band Notes: Schedule for EFLSBERG (Code Ef ) Page 2 Is there a Binary Black Hole system in the BCG of RBS 797 ? 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 ---------------------------------------------------------------------------------------- --- Sun 9 Mar 2014 Day 68 --- 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: 842.49 842.49 842.49 842.49 874.49 874.49 874.49 874.49 906.49 906.49 906.49 906.49 938.49 938.49 938.49 938.49 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 20 00 00 J0954+7435 07 37 15 62.0 378.9 -2.3 -129.4 0 0 20 00 00 20 04 15 =0950+748 07 41 31 62.3 378.5 -2.2 -130.8 255 33 20 00 01 20 04 35 RBS797 07 41 51 61.4 375.1 -2.1 -135.7 -15 33 20 04 35 20 08 05 --- 07 45 21 61.5 374.7 -2.1 -136.9 195 60 20 04 36 20 08 45 J0954+7435 07 46 01 62.5 378.1 -2.2 -132.3 5 60 20 08 45 20 09 45 =0950+748 07 47 01 62.5 378.0 -2.2 -132.6 60 67 20 08 46 20 10 05 RBS797 07 47 21 61.6 374.6 -2.0 -137.5 -15 67 20 10 05 20 13 35 --- 07 50 52 61.8 374.2 -2.0 -138.6 195 94 20 10 06 20 14 15 J0954+7435 07 51 32 62.8 377.5 -2.1 -134.1 5 94 20 14 15 20 15 15 =0950+748 07 52 32 62.8 377.4 -2.1 -134.4 60 102 20 14 16 20 15 35 RBS797 07 52 52 61.8 374.0 -1.9 -139.3 -15 102 20 15 35 20 19 05 --- 07 56 23 62.0 373.7 -1.9 -140.4 195 129 20 15 36 20 19 45 J0954+7435 07 57 03 63.0 377.0 -2.0 -135.9 5 129 20 19 45 20 20 45 =0950+748 07 58 03 63.1 376.9 -2.0 -136.2 60 137 20 19 46 20 21 05 RBS797 07 58 23 62.0 373.5 -1.8 -141.1 -15 137 20 21 05 20 24 35 --- 08 01 54 62.2 373.2 -1.8 -142.3 195 163 20 21 06 20 25 15 J0954+7435 08 02 34 63.3 376.4 -1.9 -137.8 6 163 20 25 15 20 26 15 =0950+748 08 03 34 63.3 376.3 -1.9 -138.1 60 171 20 25 16 20 26 35 RBS797 08 03 54 62.2 373.0 -1.7 -142.9 -15 171 20 26 35 20 30 05 --- 08 07 25 62.4 372.6 -1.7 -144.1 195 198 20 26 36 20 30 45 J0954+7435 08 08 05 63.5 375.8 -1.8 -139.6 6 198 20 30 45 20 31 45 =0950+748 08 09 05 63.6 375.6 -1.8 -140.0 60 206 20 30 46 20 32 05 RBS797 08 09 25 62.4 372.4 -1.7 -144.8 -15 206 20 32 05 20 35 35 --- 08 12 56 62.5 372.0 -1.6 -146.0 195 233 20 32 06 20 36 15 J0954+7435 08 13 36 63.7 375.1 -1.7 -141.5 6 233 20 36 15 20 37 15 =0950+748 08 14 36 63.8 375.0 -1.7 -141.9 60 240 20 36 16 Schedule for EFLSBERG (Code Ef ) Page 3 Is there a Binary Black Hole system in the BCG of RBS 797 ? 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 ---------------------------------------------------------------------------------------- --- Sun 9 Mar 2014 Day 68 --- 20 37 35 RBS797 08 14 56 62.6 371.8 -1.6 -146.6 -14 240 20 37 35 20 41 05 --- 08 18 27 62.7 371.4 -1.5 -147.8 196 267 20 37 36 20 41 45 J0954+7435 08 19 07 64.0 374.5 -1.6 -143.5 6 267 20 41 45 20 42 45 =0950+748 08 20 07 64.0 374.3 -1.6 -143.8 60 275 20 41 46 20 43 05 RBS797 08 20 27 62.8 371.2 -1.5 -148.5 -14 275 20 43 05 20 46 35 --- 08 23 57 62.9 370.8 -1.4 -149.7 196 302 20 43 06 20 47 15 J0954+7435 08 24 38 64.2 373.8 -1.5 -145.4 7 302 20 47 15 20 48 15 =0950+748 08 25 38 64.2 373.7 -1.5 -145.8 60 310 20 47 16 20 48 35 RBS797 08 25 58 63.0 370.6 -1.4 -150.4 -14 310 20 48 35 20 52 05 --- 08 29 28 63.1 370.2 -1.3 -151.6 196 337 20 48 36 20 52 45 J0954+7435 08 30 08 64.4 373.1 -1.4 -147.4 7 337 20 52 45 20 53 45 =0950+748 08 31 09 64.4 372.9 -1.4 -147.7 60 344 20 52 46 20 54 05 RBS797 08 31 29 63.1 370.0 -1.3 -152.3 -13 344 20 54 05 20 57 35 --- 08 34 59 63.2 369.5 -1.2 -153.5 197 371 20 54 06 20 58 15 J0954+7435 08 35 39 64.6 372.3 -1.3 -149.4 7 371 20 58 15 20 59 15 =0950+748 08 36 40 64.6 372.2 -1.3 -149.7 60 379 20 58 16 20 59 35 RBS797 08 37 00 63.3 369.3 -1.2 -154.2 -13 379 20 59 35 21 03 05 --- 08 40 30 63.3 368.9 -1.1 -155.4 197 406 20 59 36 21 03 45 J0954+7435 08 41 10 64.8 371.6 -1.3 -151.4 8 406 21 03 45 21 04 45 =0950+748 08 42 10 64.8 371.5 -1.2 -151.7 60 413 21 03 46 21 05 05 RBS797 08 42 31 63.4 368.7 -1.1 -156.1 -13 413 21 05 05 21 08 35 --- 08 46 01 63.5 368.2 -1.0 -157.4 197 440 21 05 06 21 09 15 J0954+7435 08 46 41 64.9 370.8 -1.2 -153.4 8 440 21 09 15 21 10 15 =0950+748 08 47 41 65.0 370.7 -1.1 -153.8 60 448 21 09 16 21 10 35 RBS797 08 48 01 63.5 368.0 -1.0 -158.1 -12 448 21 10 35 21 14 05 --- 08 51 32 63.6 367.5 -1.0 -159.3 198 475 21 10 36 21 14 45 J0954+7435 08 52 12 65.1 370.0 -1.1 -155.4 8 475 21 14 45 21 15 45 =0950+748 08 53 12 65.1 369.9 -1.0 -155.8 60 483 21 14 46 21 16 05 RBS797 08 53 32 63.6 367.3 -0.9 -160.0 -12 483 21 16 05 21 19 35 --- 08 57 03 63.7 366.9 -0.9 -161.3 198 510 21 16 06 Schedule for EFLSBERG (Code Ef ) Page 4 Is there a Binary Black Hole system in the BCG of RBS 797 ? 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 ---------------------------------------------------------------------------------------- --- Sun 9 Mar 2014 Day 68 --- 21 20 15 J0954+7435 08 57 43 65.2 369.2 -1.0 -157.5 9 510 21 20 15 21 21 15 =0950+748 08 58 43 65.3 369.1 -1.0 -157.9 60 517 21 20 16 21 21 35 RBS797 08 59 03 63.7 366.6 -0.8 -162.0 -11 517 21 21 35 21 25 05 --- 09 02 34 63.8 366.2 -0.8 -163.3 199 544 21 21 36 21 25 45 J0954+7435 09 03 14 65.4 368.4 -0.9 -159.6 9 544 21 25 45 21 26 45 =0950+748 09 04 14 65.4 368.3 -0.9 -159.9 60 552 21 25 46 21 27 05 RBS797 09 04 34 63.8 365.9 -0.7 -164.0 -11 552 21 27 05 21 30 35 --- 09 08 05 63.9 365.4 -0.7 -165.2 199 579 21 27 06 21 31 15 J0954+7435 09 08 45 65.5 367.6 -0.8 -161.6 10 579 21 31 15 21 32 15 =0950+748 09 09 45 65.5 367.4 -0.8 -162.0 60 587 21 31 16 21 32 35 RBS797 09 10 05 63.9 365.2 -0.6 -166.0 -10 587 21 32 35 21 36 05 --- 09 13 36 64.0 364.7 -0.6 -167.2 200 613 21 32 36 21 36 45 J0954+7435 09 14 16 65.6 366.7 -0.7 -163.7 11 613 21 36 45 21 37 45 =0950+748 09 15 16 65.6 366.6 -0.7 -164.1 60 621 21 36 46 21 38 05 RBS797 09 15 36 64.0 364.5 -0.6 -167.9 -10 621 21 38 05 21 41 35 --- 09 19 07 64.0 364.0 -0.5 -169.2 200 648 21 38 06 21 42 15 J0954+7435 09 19 47 65.7 365.9 -0.6 -165.9 11 648 21 42 15 21 43 15 =0950+748 09 20 47 65.7 365.7 -0.6 -166.2 60 656 21 42 16 21 43 35 RBS797 09 21 07 64.1 363.7 -0.5 -169.9 -9 656 21 43 35 21 47 05 --- 09 24 37 64.1 363.3 -0.4 -171.2 201 683 21 43 36 21 47 45 J0954+7435 09 25 18 65.8 365.0 -0.5 -168.0 12 683 21 47 45 21 48 45 =0950+748 09 26 18 65.8 364.9 -0.5 -168.4 60 690 21 47 46 21 49 05 RBS797 09 26 38 64.1 363.0 -0.4 -171.9 -8 690 21 49 05 21 52 35 --- 09 30 08 64.1 362.5 -0.3 -173.2 202 717 21 49 06 21 53 15 J0954+7435 09 30 48 65.8 364.1 -0.4 -170.1 13 717 21 53 15 21 54 15 =0950+748 09 31 49 65.9 364.0 -0.4 -170.5 60 725 21 53 16 21 54 35 RBS797 09 32 09 64.2 362.2 -0.3 -174.0 -8 725 21 54 35 21 58 05 --- 09 35 39 64.2 361.8 -0.2 -175.2 202 752 21 54 36 21 58 45 J0954+7435 09 36 19 65.9 363.2 -0.3 -172.3 12 752 21 58 45 21 59 45 =0950+748 09 37 20 65.9 363.1 -0.3 -172.6 60 760 21 58 46 Schedule for EFLSBERG (Code Ef ) Page 5 Is there a Binary Black Hole system in the BCG of RBS 797 ? 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 ---------------------------------------------------------------------------------------- --- Sun 9 Mar 2014 Day 68 --- 22 00 05 RBS797 09 37 40 64.2 361.5 -0.2 -176.0 -8 760 22 00 05 22 03 35 --- 09 41 10 64.2 361.0 -0.1 -177.2 202 787 22 00 06 22 04 15 J0954+7435 09 41 50 65.9 362.3 -0.2 -174.4 12 787 22 04 15 22 05 15 =0950+748 09 42 50 66.0 362.2 -0.2 -174.8 60 794 22 04 16 22 05 35 RBS797 09 43 10 64.2 360.8 -0.1 -178.0 -8 794 22 05 35 22 09 05 --- 09 46 41 64.2 360.3 -0.0 -179.3 202 821 22 05 36 22 09 45 J0954+7435 09 47 21 66.0 361.4 -0.1 -176.6 12 821 22 09 45 22 10 45 =0950+748 09 48 21 66.0 361.3 -0.1 -176.9 60 829 22 09 46 22 11 05 RBS797 09 48 41 64.2 360.0 -0.0 -180.0 -8 829 22 11 05 22 14 35 --- 09 52 12 64.2 359.5 0.1 178.7 202 856 22 11 06 22 15 15 J0954+7435 09 52 52 66.0 360.5 -0.1 -178.7 12 856 22 15 15 22 16 15 =0950+748 09 53 52 66.0 360.4 -0.0 -179.1 60 863 22 15 16 22 16 35 RBS797 09 54 12 64.2 359.3 0.1 178.0 -8 863 22 16 35 22 20 05 --- 09 57 43 64.2 358.8 0.1 176.7 202 890 22 16 36 22 20 45 J0954+7435 09 58 23 66.0 359.6 0.0 179.1 12 890 22 20 45 22 21 45 =0950+748 09 59 23 66.0 359.5 0.1 178.7 60 898 22 20 46 22 22 05 RBS797 09 59 43 64.2 358.5 0.2 176.0 -8 898 22 22 05 22 25 35 --- 10 03 14 64.2 358.0 0.2 174.7 202 925 22 22 06 22 26 15 J0954+7435 10 03 54 66.0 358.7 0.1 177.0 12 925 22 26 15 22 27 15 =0950+748 10 04 54 66.0 358.6 0.1 176.6 60 933 22 26 16 22 27 35 RBS797 10 05 14 64.2 357.8 0.3 174.0 -8 933 22 27 35 22 31 05 --- 10 08 45 64.1 357.3 0.3 172.7 202 960 22 27 36 22 31 45 J0954+7435 10 09 25 66.0 357.8 0.2 174.8 12 960 22 31 45 22 32 45 =0950+748 10 10 25 65.9 357.7 0.2 174.4 60 967 22 31 46 22 33 05 RBS797 10 10 45 64.1 357.0 0.4 172.0 -8 967 22 33 05 22 36 35 --- 10 14 16 64.1 356.6 0.4 170.7 202 994 22 33 06 22 37 15 J0954+7435 10 14 56 65.9 356.9 0.3 172.7 12 994 22 37 15 22 38 15 =0950+748 10 15 56 65.9 356.8 0.3 172.3 60 1002 22 37 16 22 38 35 RBS797 10 16 16 64.1 356.3 0.5 170.0 -8 1002 22 38 35 22 42 05 --- 10 19 46 64.0 355.8 0.5 168.7 202 1029 22 38 36 Schedule for EFLSBERG (Code Ef ) Page 6 Is there a Binary Black Hole system in the BCG of RBS 797 ? 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 ---------------------------------------------------------------------------------------- --- Sun 9 Mar 2014 Day 68 --- 22 42 45 J0954+7435 10 20 27 65.9 356.0 0.4 170.5 12 1029 22 42 45 22 43 45 =0950+748 10 21 27 65.8 355.9 0.4 170.2 60 1037 22 42 46 22 44 05 RBS797 10 21 47 64.0 355.6 0.6 168.0 -8 1037 22 44 05 22 47 35 --- 10 25 17 64.0 355.1 0.6 166.7 202 1063 22 44 06 22 48 15 J0954+7435 10 25 57 65.8 355.2 0.5 168.4 12 1063 22 48 15 22 49 15 =0950+748 10 26 58 65.8 355.0 0.5 168.0 60 1071 22 48 16 22 49 35 RBS797 10 27 18 63.9 354.8 0.6 166.0 -8 1071 22 49 35 22 53 05 --- 10 30 48 63.9 354.4 0.7 164.7 202 1098 22 49 36 22 53 45 J0954+7435 10 31 28 65.7 354.3 0.6 166.3 12 1098 22 53 45 22 54 45 =0950+748 10 32 29 65.7 354.1 0.6 165.9 60 1106 22 53 46 22 55 05 RBS797 10 32 49 63.8 354.1 0.7 164.0 -8 1106 22 55 05 22 58 35 --- 10 36 19 63.8 353.7 0.8 162.7 202 1133 22 55 06 22 59 15 J0954+7435 10 36 59 65.6 353.4 0.7 164.2 12 1133 22 59 15 23 00 15 =0950+748 10 37 59 65.6 353.3 0.7 163.8 60 1140 22 59 16 23 00 35 RBS797 10 38 19 63.7 353.4 0.8 162.0 -8 1140 23 00 35 23 04 05 --- 10 41 50 63.7 353.0 0.9 160.8 202 1167 23 00 36 23 04 45 J0954+7435 10 42 30 65.5 352.6 0.8 162.1 12 1167 23 04 45 23 05 45 =0950+748 10 43 30 65.5 352.4 0.8 161.7 60 1175 23 04 46 23 06 05 RBS797 10 43 50 63.6 352.7 0.9 160.1 -8 1175 23 06 05 23 09 35 --- 10 47 21 63.6 352.3 1.0 158.8 202 1202 23 06 06 23 10 15 J0954+7435 10 48 01 65.4 351.7 0.9 160.0 12 1202 23 10 15 23 11 15 =0950+748 10 49 01 65.4 351.6 0.9 159.6 60 1210 23 10 16 23 17 06 3C345 10 54 54 31.2 423.8 -5.8 -47.9 149 1210 23 17 06 23 22 06 --- 10 59 54 31.9 424.6 -5.7 -48.3 300 1248 23 17 07 23 28 08 J0954+7435 11 05 57 64.9 349.1 1.2 153.3 151 1248 23 28 08 23 29 08 =0950+748 11 06 57 64.9 349.0 1.2 152.9 60 1256 23 28 09 23 29 28 RBS797 11 07 17 63.1 349.9 1.3 151.8 -8 1256 23 29 28 23 32 58 --- 11 10 47 63.0 349.5 1.4 150.6 202 1283 23 29 29 23 33 38 J0954+7435 11 11 28 64.7 348.4 1.3 151.3 12 1283 23 33 38 23 34 38 =0950+748 11 12 28 64.7 348.2 1.3 150.9 60 1290 23 33 39 Schedule for EFLSBERG (Code Ef ) Page 7 Is there a Binary Black Hole system in the BCG of RBS 797 ? 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 ---------------------------------------------------------------------------------------- --- Sun 9 Mar 2014 Day 68 --- 23 34 58 RBS797 11 12 48 62.9 349.3 1.4 149.9 -8 1290 23 34 58 23 38 28 --- 11 16 18 62.8 348.9 1.5 148.7 202 1317 23 34 59 23 39 08 J0954+7435 11 16 58 64.6 347.6 1.3 149.3 12 1317 23 39 08 23 40 08 =0950+748 11 17 59 64.5 347.5 1.4 148.9 60 1325 23 39 09 23 40 28 RBS797 11 18 19 62.7 348.7 1.5 148.1 -8 1325 23 40 28 23 43 58 --- 11 21 49 62.6 348.3 1.6 146.9 202 1352 23 40 29 23 44 38 J0954+7435 11 22 29 64.4 346.9 1.4 147.3 12 1352 23 44 38 23 45 38 =0950+748 11 23 30 64.3 346.8 1.5 146.9 60 1360 23 44 39 23 45 58 RBS797 11 23 50 62.6 348.1 1.6 146.2 -8 1360 23 45 58 23 49 28 --- 11 27 20 62.5 347.7 1.6 145.0 202 1387 23 45 59 23 50 08 J0954+7435 11 28 00 64.2 346.2 1.5 145.3 12 1387 23 50 08 23 51 08 =0950+748 11 29 00 64.1 346.1 1.5 145.0 60 1394 23 50 09 23 51 28 RBS797 11 29 20 62.4 347.5 1.7 144.3 -8 1394 23 51 28 23 54 58 --- 11 32 51 62.3 347.1 1.7 143.2 202 1421 23 51 29 23 55 38 J0954+7435 11 33 31 64.0 345.5 1.6 143.4 13 1421 23 55 38 23 56 38 =0950+748 11 34 31 63.9 345.4 1.6 143.0 60 1429 23 55 39 --- Start: Sun 9 Mar 2014 Day 68 -- Stop: Mon 10 Mar 2014 Day 69 --- 23 56 58 RBS797 11 34 51 62.2 346.9 1.8 142.5 -8 1429 23 56 58 00 00 28 --- 11 38 22 62.1 346.6 1.8 141.3 202 1456 23 56 59 00 01 08 J0954+7435 11 39 02 63.7 344.8 1.7 141.4 13 1456 00 01 08 00 02 08 =0950+748 11 40 02 63.7 344.7 1.7 141.1 60 1463 00 01 09 00 02 28 RBS797 11 40 22 62.0 346.4 1.9 140.7 -7 1463 00 02 28 00 05 58 --- 11 43 53 61.9 346.0 1.9 139.5 203 1490 00 02 29 00 06 38 J0954+7435 11 44 33 63.5 344.2 1.8 139.5 12 1490 00 06 38 00 07 38 =0950+748 11 45 33 63.5 344.1 1.8 139.2 60 1498 00 06 39 00 07 58 RBS797 11 45 53 61.8 345.8 2.0 138.9 -8 1498 00 07 58 00 11 28 --- 11 49 24 61.6 345.5 2.0 137.7 202 1525 00 07 59 00 12 08 J0954+7435 11 50 04 63.3 343.6 1.9 137.7 12 1525 00 12 08 00 13 08 =0950+748 11 51 04 63.2 343.5 1.9 137.3 60 1533 00 12 09 Schedule for EFLSBERG (Code Ef ) Page 8 Is there a Binary Black Hole system in the BCG of RBS 797 ? 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 Mar 2014 Day 69 --- 00 13 28 RBS797 11 51 24 61.6 345.3 2.0 137.1 -8 1533 00 13 28 00 16 58 --- 11 54 55 61.4 345.0 2.1 136.0 202 1560 00 13 29 00 17 38 J0954+7435 11 55 35 63.0 343.0 2.0 135.8 11 1560 00 17 38 00 18 38 =0950+748 11 56 35 63.0 342.9 2.0 135.5 60 1567 00 17 39 00 18 58 RBS797 11 56 55 61.3 344.8 2.1 135.3 -9 1567 00 18 58 00 22 28 --- 12 00 26 61.2 344.5 2.2 134.2 201 1594 00 18 59 00 23 08 J0954+7435 12 01 06 62.7 342.4 2.1 134.0 11 1594 00 23 08 00 24 08 =0950+748 12 02 06 62.7 342.3 2.1 133.6 60 1602 00 23 09 00 24 28 RBS797 12 02 26 61.1 344.4 2.2 133.6 -9 1602 00 24 28 00 27 58 --- 12 05 56 61.0 344.1 2.3 132.4 201 1629 00 24 29 00 28 38 J0954+7435 12 06 37 62.5 341.9 2.2 132.2 10 1629 00 28 38 00 29 38 =0950+748 12 07 37 62.4 341.8 2.2 131.8 60 1637 00 28 39 00 29 58 RBS797 12 07 57 60.9 343.9 2.3 131.8 -10 1637 00 29 58 00 33 28 --- 12 11 27 60.7 343.6 2.4 130.7 200 1663 00 29 59 00 34 08 J0954+7435 12 12 07 62.2 341.4 2.3 130.4 10 1663 00 34 08 00 35 08 =0950+748 12 13 08 62.1 341.3 2.3 130.0 60 1671 00 34 09 00 35 28 RBS797 12 13 28 60.6 343.5 2.4 130.1 -10 1671 00 35 28 00 38 58 --- 12 16 58 60.5 343.2 2.5 129.0 200 1698 00 35 29 00 39 38 J0954+7435 12 17 38 61.9 340.9 2.4 128.6 10 1698 00 39 38 00 40 38 =0950+748 12 18 39 61.9 340.8 2.4 128.3 60 1706 00 39 39 00 40 58 RBS797 12 18 59 60.4 343.0 2.5 128.4 -10 1706 00 40 58 00 44 28 --- 12 22 29 60.2 342.8 2.6 127.3 200 1733 00 40 59 00 45 08 J0954+7435 12 23 09 61.6 340.4 2.4 126.9 9 1733 00 45 08 00 46 08 =0950+748 12 24 09 61.6 340.3 2.5 126.5 60 1740 00 45 09 00 46 28 RBS797 12 24 30 60.1 342.6 2.6 126.7 -11 1740 00 46 28 00 49 58 --- 12 28 00 59.9 342.4 2.7 125.6 199 1767 00 46 29 00 50 38 J0954+7435 12 28 40 61.3 339.9 2.5 125.1 9 1767 00 50 38 00 51 38 =0950+748 12 29 40 61.3 339.9 2.6 124.8 60 1775 00 50 39 00 51 58 RBS797 12 30 00 59.8 342.3 2.7 125.0 -11 1775 00 51 58 00 55 28 --- 12 33 31 59.7 342.0 2.7 124.0 199 1802 00 51 59 Schedule for EFLSBERG (Code Ef ) Page 9 Is there a Binary Black Hole system in the BCG of RBS 797 ? 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 Mar 2014 Day 69 --- 00 56 08 J0954+7435 12 34 11 61.0 339.5 2.6 123.4 9 1802 00 56 08 00 57 08 =0950+748 12 35 11 61.0 339.4 2.7 123.1 60 1810 00 56 09 00 57 28 RBS797 12 35 31 59.6 341.9 2.8 123.4 -11 1810 00 57 28 01 00 58 --- 12 39 02 59.4 341.7 2.8 122.3 199 1837 00 57 29 01 01 38 J0954+7435 12 39 42 60.7 339.1 2.7 121.7 8 1837 01 01 38 01 02 38 =0950+748 12 40 42 60.7 339.0 2.7 121.4 60 1844 01 01 39 01 02 58 RBS797 12 41 02 59.3 341.6 2.9 121.7 -11 1844 01 02 58 01 06 28 --- 12 44 33 59.1 341.3 2.9 120.7 199 1871 01 02 59 01 07 08 J0954+7435 12 45 13 60.4 338.7 2.8 120.1 8 1871 01 07 08 01 08 08 =0950+748 12 46 13 60.3 338.6 2.8 119.8 60 1879 01 07 09 01 08 28 RBS797 12 46 33 59.0 341.2 3.0 120.1 -12 1879 01 08 28 01 11 58 --- 12 50 04 58.8 341.0 3.0 119.1 198 1906 01 08 29 01 12 38 J0954+7435 12 50 44 60.1 338.3 2.9 118.4 8 1906 01 12 38 01 13 38 =0950+748 12 51 44 60.0 338.3 2.9 118.1 60 1913 01 12 39 01 13 58 RBS797 12 52 04 58.7 340.9 3.1 118.5 -12 1913 01 13 58 01 17 28 --- 12 55 35 58.5 340.7 3.1 117.5 198 1940 01 13 59 01 18 08 J0954+7435 12 56 15 59.7 338.0 3.0 116.8 8 1940 01 18 08 01 19 08 =0950+748 12 57 15 59.7 338.0 3.0 116.5 60 1948 01 18 09 01 19 28 RBS797 12 57 35 58.4 340.6 3.1 116.9 -12 1948 01 19 28 01 22 58 --- 13 01 06 58.3 340.5 3.2 115.9 198 1975 01 19 29 01 23 38 J0954+7435 13 01 46 59.4 337.7 3.1 115.2 8 1975 01 23 38 01 24 38 =0950+748 13 02 46 59.4 337.6 3.1 114.9 60 1983 01 23 39 01 24 58 RBS797 13 03 06 58.2 340.4 3.2 115.4 -12 1983 01 24 58 01 28 28 --- 13 06 36 58.0 340.2 3.3 114.4 198 2010 01 24 59 01 29 08 J0954+7435 13 07 17 59.1 337.4 3.2 113.6 7 2010 01 29 08 01 30 08 =0950+748 13 08 17 59.0 337.3 3.2 113.3 60 2017 01 29 09 01 35 59 3C345 13 14 09 52.4 445.8 -3.5 -55.6 62 2017 01 35 59 01 40 59 --- 13 19 10 53.2 446.7 -3.4 -55.7 300 2056 01 36 00 01 47 00 J0954+7435 13 25 12 58.0 336.6 3.5 108.6 67 2056 01 47 00 01 48 00 =0950+748 13 26 12 57.9 336.5 3.5 108.3 60 2063 01 47 01 Schedule for EFLSBERG (Code Ef ) Page 10 Is there a Binary Black Hole system in the BCG of RBS 797 ? 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 Mar 2014 Day 69 --- 01 48 20 RBS797 13 26 32 56.9 339.4 3.6 108.8 -13 2063 01 48 20 01 51 50 --- 13 30 03 56.7 339.3 3.7 107.9 197 2090 01 48 21 01 52 30 J0954+7435 13 30 43 57.6 336.4 3.6 107.1 7 2090 01 52 30 01 53 30 =0950+748 13 31 43 57.6 336.3 3.6 106.8 60 2098 01 52 31 01 53 50 RBS797 13 32 03 56.6 339.2 3.7 107.4 -13 2098 01 53 50 01 57 20 --- 13 35 34 56.4 339.1 3.8 106.4 197 2125 01 53 51 01 58 00 J0954+7435 13 36 14 57.3 336.2 3.7 105.6 7 2125 01 58 00 01 59 00 =0950+748 13 37 14 57.2 336.1 3.7 105.3 60 2133 01 58 01 01 59 20 RBS797 13 37 34 56.2 339.0 3.8 105.9 -13 2133 01 59 20 02 02 50 --- 13 41 05 56.0 338.9 3.9 104.9 197 2160 01 59 21 02 03 30 J0954+7435 13 41 45 56.9 336.0 3.8 104.1 7 2160 02 03 30 02 04 30 =0950+748 13 42 45 56.8 336.0 3.8 103.9 60 2167 02 03 31 02 04 50 RBS797 13 43 05 55.9 338.9 3.9 104.4 -13 2167 02 04 50 02 08 20 --- 13 46 36 55.7 338.8 4.0 103.5 197 2194 02 04 51 02 09 00 J0954+7435 13 47 16 56.5 335.8 3.9 102.7 7 2194 02 09 00 02 10 00 =0950+748 13 48 16 56.5 335.8 3.9 102.4 60 2202 02 09 01 02 10 20 RBS797 13 48 36 55.6 338.7 4.0 103.0 -13 2202 02 10 20 02 13 50 --- 13 52 07 55.4 338.7 4.1 102.0 197 2229 02 10 21 02 14 30 J0954+7435 13 52 47 56.2 335.7 3.9 101.2 7 2229 02 14 30 02 15 30 =0950+748 13 53 47 56.1 335.7 4.0 101.0 60 2237 02 14 31 02 15 50 RBS797 13 54 07 55.3 338.6 4.1 101.5 -13 2237 02 15 50 02 19 20 --- 13 57 37 55.1 338.6 4.1 100.6 197 2263 02 15 51 02 20 00 J0954+7435 13 58 18 55.8 335.6 4.0 99.8 7 2263 02 20 00 02 21 00 =0950+748 13 59 18 55.8 335.6 4.1 99.5 60 2271 02 20 01 02 21 20 RBS797 13 59 38 55.0 338.5 4.2 100.1 -13 2271 02 21 20 02 24 50 --- 14 03 08 54.8 338.5 4.2 99.2 197 2298 02 21 21 02 25 30 J0954+7435 14 03 48 55.5 335.5 4.1 98.4 7 2298 02 25 30 02 26 30 =0950+748 14 04 49 55.4 335.5 4.1 98.1 60 2306 02 25 31 02 26 50 RBS797 14 05 09 54.7 338.4 4.3 98.7 -13 2306 02 26 50 02 30 20 --- 14 08 39 54.4 338.4 4.3 97.8 197 2333 02 26 51 Schedule for EFLSBERG (Code Ef ) Page 11 Is there a Binary Black Hole system in the BCG of RBS 797 ? 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 Mar 2014 Day 69 --- 02 31 00 J0954+7435 14 09 19 55.1 335.4 4.2 97.0 7 2333 02 31 00 02 32 00 =0950+748 14 10 19 55.0 335.4 4.2 96.7 60 2340 02 31 01 02 32 20 RBS797 14 10 40 54.3 338.3 4.4 97.3 -13 2340 02 32 20 02 35 50 --- 14 14 10 54.1 338.3 4.4 96.4 197 2367 02 32 21 02 36 30 J0954+7435 14 14 50 54.7 335.3 4.3 95.6 7 2367 02 36 30 02 37 30 =0950+748 14 15 50 54.7 335.3 4.3 95.3 60 2375 02 36 31 02 37 50 RBS797 14 16 10 54.0 338.3 4.5 95.9 -13 2375 02 37 50 02 41 20 --- 14 19 41 53.8 338.2 4.5 95.0 197 2402 02 37 51 02 42 00 J0954+7435 14 20 21 54.4 335.3 4.4 94.2 7 2402 02 42 00 02 43 00 =0950+748 14 21 21 54.3 335.3 4.4 94.0 60 2410 02 42 01 02 43 20 RBS797 14 21 41 53.7 338.2 4.5 94.5 -13 2410 02 43 20 02 46 50 --- 14 25 12 53.5 338.2 4.6 93.6 197 2437 02 43 21 02 47 30 J0954+7435 14 25 52 54.0 335.2 4.5 92.9 7 2437 02 47 30 02 48 30 =0950+748 14 26 52 53.9 335.2 4.5 92.6 60 2444 02 47 31 02 48 50 RBS797 14 27 12 53.4 338.2 4.6 93.1 -13 2444 02 48 50 02 52 20 --- 14 30 43 53.1 338.2 4.7 92.3 197 2471 02 48 51 02 53 00 J0954+7435 14 31 23 53.6 335.2 4.6 91.5 7 2471 02 53 00 02 54 00 =0950+748 14 32 23 53.6 335.2 4.6 91.3 60 2479 02 53 01 02 54 20 RBS797 14 32 43 53.0 338.2 4.7 91.8 -13 2479 02 54 20 02 57 50 --- 14 36 14 52.8 338.2 4.8 90.9 197 2506 02 54 21 02 58 30 J0954+7435 14 36 54 53.3 335.2 4.7 90.2 7 2506 02 58 30 02 59 30 =0950+748 14 37 54 53.2 335.2 4.7 89.9 60 2513 02 58 31 02 59 50 RBS797 14 38 14 52.7 338.2 4.8 90.4 -13 2513 02 59 50 03 03 20 --- 14 41 45 52.5 338.2 4.9 89.6 197 2540 02 59 51 03 04 00 J0954+7435 14 42 25 52.9 335.2 4.8 88.9 7 2540 03 04 00 03 05 00 =0950+748 14 43 25 52.8 335.2 4.8 88.6 60 2548 03 04 01 03 05 20 RBS797 14 43 45 52.4 338.2 4.9 89.1 -13 2548 03 05 20 03 08 50 --- 14 47 16 52.2 338.2 5.0 88.2 197 2575 03 05 21 03 09 30 J0954+7435 14 47 56 52.5 335.2 4.9 87.5 7 2575 03 09 30 03 10 30 =0950+748 14 48 56 52.5 335.2 4.9 87.3 60 2583 03 09 31 Schedule for EFLSBERG (Code Ef ) Page 12 Is there a Binary Black Hole system in the BCG of RBS 797 ? 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 Mar 2014 Day 69 --- 03 10 50 RBS797 14 49 16 52.1 338.2 5.0 87.8 -13 2583 03 10 50 03 14 20 --- 14 52 46 51.8 338.2 5.1 86.9 197 2610 03 10 51 03 15 00 J0954+7435 14 53 27 52.2 335.3 5.0 86.2 7 2610 03 15 00 03 16 00 =0950+748 14 54 27 52.1 335.3 5.0 86.0 60 2617 03 15 01 03 16 20 RBS797 14 54 47 51.7 338.2 5.1 86.4 -13 2617 03 16 20 03 19 50 --- 14 58 17 51.5 338.2 5.2 85.6 197 2644 03 16 21 03 20 30 J0954+7435 14 58 57 51.8 335.3 5.0 84.9 7 2644 03 20 30 03 21 30 =0950+748 14 59 58 51.7 335.3 5.1 84.7 60 2652 03 20 31 03 21 50 RBS797 15 00 18 51.4 338.2 5.2 85.1 -13 2652 03 21 50 03 25 20 --- 15 03 48 51.2 338.3 5.3 84.3 197 2679 03 21 51 03 26 00 J0954+7435 15 04 28 51.4 335.4 5.1 83.7 7 2679 03 26 00 03 27 00 =0950+748 15 05 29 51.4 335.4 5.2 83.4 60 2687 03 26 01 03 27 20 RBS797 15 05 49 51.1 338.3 5.3 83.8 -13 2687 03 27 20 03 30 50 --- 15 09 19 50.9 338.3 5.3 83.0 197 2713 03 27 21 03 31 30 J0954+7435 15 09 59 51.1 335.4 5.2 82.4 7 2713 03 31 30 03 32 30 =0950+748 15 10 59 51.0 335.4 5.2 82.2 60 2721 03 31 31 03 32 50 RBS797 15 11 19 50.8 338.4 5.4 82.5 -13 2721 03 32 50 03 36 20 --- 15 14 50 50.5 338.4 5.4 81.7 197 2748 03 32 51 03 37 00 J0954+7435 15 15 30 50.7 335.5 5.3 81.1 7 2748 03 37 00 03 38 00 =0950+748 15 16 30 50.6 335.5 5.3 80.9 60 2756 03 37 01 03 38 20 RBS797 15 16 50 50.4 338.4 5.5 81.3 -13 2756 03 38 20 03 41 50 --- 15 20 21 50.2 338.5 5.5 80.4 197 2783 03 38 21 03 42 30 J0954+7435 15 21 01 50.3 335.6 5.4 79.9 7 2783 03 42 30 03 43 30 =0950+748 15 22 01 50.3 335.6 5.4 79.6 60 2790 03 42 31 03 43 50 RBS797 15 22 21 50.1 338.5 5.6 80.0 -13 2790 03 43 50 03 47 20 --- 15 25 52 49.9 338.6 5.6 79.2 197 2817 03 43 51 03 48 00 J0954+7435 15 26 32 50.0 335.7 5.5 78.6 7 2817 03 48 00 03 49 00 =0950+748 15 27 32 49.9 335.7 5.5 78.4 60 2825 03 48 01 03 49 20 RBS797 15 27 52 49.8 338.6 5.7 78.7 -13 2825 03 49 20 03 52 50 --- 15 31 23 49.6 338.7 5.7 77.9 197 2852 03 49 21 Schedule for EFLSBERG (Code Ef ) Page 13 Is there a Binary Black Hole system in the BCG of RBS 797 ? 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 Mar 2014 Day 69 --- 03 53 30 J0954+7435 15 32 03 49.6 335.8 5.6 77.4 7 2852 03 53 30 03 54 30 =0950+748 15 33 03 49.6 335.9 5.6 77.2 60 2860 03 53 31 03 54 50 RBS797 15 33 23 49.5 338.7 5.7 77.4 -13 2860 03 54 50 03 58 20 --- 15 36 54 49.3 338.8 5.8 76.6 197 2887 03 54 51 03 59 00 J0954+7435 15 37 34 49.3 336.0 5.7 76.2 7 2887 03 59 00 04 00 00 =0950+748 15 38 34 49.2 336.0 5.7 75.9 60 2894 03 59 01 SETUP FILE INFORMATION: NOTE: If DOPPLER, FREQ, or BW were used, see the individual scans for the final BBC settings. ======== Setup file: sess114.C1024 --- WARNING --- This group does not match an entry in the frequency catalog. This might be ok because the catalog is not complete. But be very careful to be sure that the setup is correct. Setup group: 10 Station: EFLSBERG 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= 4100.00 4100.00 4100.00 4100.00 4100.00 4100.00 4100.00 4100.00 4100.00 4100.00 4100.00 4100.00 4100.00 4100.00 4100.00 4100.00 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 5 1 5 2 6 2 6 3 7 3 7 4 8 4 8 BBC SB= L L U U L L U U L L U U L L U U IF = A1 B3 A1 B3 A1 B3 A1 B3 A1 B3 A1 B3 A1 B3 A1 B3 The following frequency sets based on these setups were used. Frequency Set: 1 Setup file default. 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= 842.49 842.49 842.49 842.49 874.49 874.49 874.49 874.49 906.49 906.49 906.49 906.49 938.49 938.49 938.49 938.49 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: 1 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) * RBS797 09 42 04.064047 * 09 47 12.760000 09 48 43.380453 0.00 76 37 05.87934 * 76 23 13.74000 76 19 12.51778 0.00 From catalog imbedded in main SCHED input file. * J0954+7435 09 50 04.561123 * 09 54 47.442227 09 56 10.584259 4.94 0950+748 74 50 07.76577 * 74 35 57.14561 74 31 50.25457 0.94 /irasoft/sched-11.1beta/catalogs/sources.vlba GSFC 2011B astro solution 36 Observations J1642+3948 16 41 17.606228 * 16 42 58.809965 16 43 27.955278 0.77 * 3C345 39 54 10.81496 * 39 48 36.99402 39 46 51.09640 0.52 1641+399 /irasoft/sched-11.1beta/catalogs/sources.vlba J1642+39 GSFC 2011B astro solution 52621 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 RBS797 sess114.C1024 1 2 3 4 5 6 7 10 11 12 13 4.667 358.665 J0954+7435 sess114.C1024 1 2 3 4 5 6 7 10 11 12 13 1.438 112.125 3C345 sess114.C1024 1 2 3 4 5 6 7 10 11 12 13 0.167 13.000 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) RBS797 106.8 J0954+7435 108.6 3C345 99.9 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