COVER INFORMATION Station: EFLSBERG (Code Ef ) Experiment: Is there a Binary Black Hole system in the BCG of RBS 797 ? Exp. Code: EG080A Schedule Version: 2.00 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 L-band Notes: Version 2 with correct start date 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 ---------------------------------------------------------------------------------------- --- Wed 26 Feb 2014 Day 57 --- Next scan frequencies: 1610.49 1610.49 1610.49 1610.49 1642.49 1642.49 1642.49 1642.49 1674.49 1674.49 1674.49 1674.49 1706.49 1706.49 1706.49 1706.49 Next BBC frequencies: 100.49 100.49 100.49 100.49 132.49 132.49 132.49 132.49 164.49 164.49 164.49 164.49 196.49 196.49 196.49 196.49 Next scan bandwidths: 16.00 16.00 16.00 16.00 16.00 16.00 16.00 16.00 16.00 16.00 16.00 16.00 16.00 16.00 16.00 16.00 21 00 00 J0954+7435 07 54 03 62.9 377.3 -2.0 -134.9 0 0 21 00 00 21 04 00 =0950+748 07 58 03 63.1 376.9 -2.0 -136.2 240 31 21 00 01 21 04 20 RBS797 07 58 23 62.0 373.5 -1.8 -141.1 -15 31 21 04 20 21 07 50 --- 08 01 54 62.2 373.2 -1.8 -142.3 195 58 21 04 21 21 08 30 J0954+7435 08 02 34 63.3 376.4 -1.9 -137.8 6 58 21 08 30 21 09 30 =0950+748 08 03 34 63.3 376.3 -1.9 -138.1 60 65 21 08 31 21 09 50 RBS797 08 03 54 62.2 373.0 -1.7 -142.9 -15 65 21 09 50 21 13 20 --- 08 07 25 62.4 372.6 -1.7 -144.1 195 92 21 09 51 21 13 40 J0954+7435 08 07 45 63.5 375.8 -1.8 -139.5 -14 92 21 13 40 21 14 40 =0950+748 08 08 45 63.5 375.7 -1.8 -139.9 46 100 21 13 41 21 15 00 RBS797 08 09 05 62.4 372.4 -1.7 -144.7 -15 100 21 15 00 21 18 30 --- 08 12 36 62.5 372.1 -1.6 -145.8 195 127 21 15 01 21 19 10 J0954+7435 08 13 16 63.7 375.2 -1.7 -141.4 6 127 21 19 10 21 20 10 =0950+748 08 14 16 63.8 375.0 -1.7 -141.8 60 135 21 19 11 21 20 30 RBS797 08 14 36 62.6 371.8 -1.6 -146.5 -14 135 21 20 30 21 24 00 --- 08 18 07 62.7 371.5 -1.5 -147.7 196 162 21 20 31 21 24 20 J0954+7435 08 18 27 63.9 374.5 -1.6 -143.2 -14 162 21 24 20 21 25 20 =0950+748 08 19 27 64.0 374.4 -1.6 -143.6 46 169 21 24 21 21 25 40 RBS797 08 19 47 62.8 371.3 -1.5 -148.3 -14 169 21 25 40 21 29 10 --- 08 23 17 62.9 370.9 -1.4 -149.5 196 196 21 25 41 21 29 50 J0954+7435 08 23 57 64.2 373.9 -1.5 -145.2 6 196 21 29 50 21 30 50 =0950+748 08 24 58 64.2 373.7 -1.5 -145.5 60 204 21 29 51 21 31 10 RBS797 08 25 18 62.9 370.7 -1.4 -150.2 -14 204 21 31 10 21 34 40 --- 08 28 48 63.0 370.3 -1.3 -151.4 196 231 21 31 11 21 35 00 J0954+7435 08 29 08 64.3 373.2 -1.5 -147.0 -13 231 21 35 00 21 36 00 =0950+748 08 30 08 64.4 373.1 -1.4 -147.4 47 238 21 35 01 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 ---------------------------------------------------------------------------------------- --- Wed 26 Feb 2014 Day 57 --- 21 36 20 RBS797 08 30 29 63.1 370.1 -1.3 -151.9 -14 238 21 36 20 21 39 50 --- 08 33 59 63.2 369.7 -1.2 -153.2 196 265 21 36 21 21 40 30 J0954+7435 08 34 39 64.5 372.5 -1.4 -149.0 7 265 21 40 30 21 41 30 =0950+748 08 35 39 64.6 372.3 -1.3 -149.4 60 273 21 40 31 21 41 50 RBS797 08 35 59 63.2 369.4 -1.2 -153.9 -13 273 21 41 50 21 45 20 --- 08 39 30 63.3 369.0 -1.2 -155.1 197 300 21 41 51 21 45 40 J0954+7435 08 39 50 64.7 371.8 -1.3 -150.9 -12 300 21 45 40 21 46 40 =0950+748 08 40 50 64.7 371.6 -1.3 -151.2 48 308 21 45 41 21 47 00 RBS797 08 41 10 63.4 368.8 -1.1 -155.7 -13 308 21 47 00 21 50 30 --- 08 44 41 63.4 368.4 -1.1 -156.9 197 335 21 47 01 21 51 10 J0954+7435 08 45 21 64.9 371.0 -1.2 -152.9 8 335 21 51 10 21 52 10 =0950+748 08 46 21 64.9 370.9 -1.2 -153.3 60 342 21 51 11 21 52 30 RBS797 08 46 41 63.5 368.1 -1.0 -157.6 -12 342 21 52 30 21 56 00 --- 08 50 12 63.6 367.7 -1.0 -158.8 198 369 21 52 31 21 56 20 J0954+7435 08 50 32 65.0 370.3 -1.1 -154.8 -12 369 21 56 20 21 57 20 =0950+748 08 51 32 65.1 370.1 -1.1 -155.2 48 377 21 56 21 21 57 40 RBS797 08 51 52 63.6 367.5 -0.9 -159.4 -12 377 21 57 40 22 01 10 --- 08 55 23 63.7 367.1 -0.9 -160.7 198 404 21 57 41 22 01 50 J0954+7435 08 56 03 65.2 369.5 -1.0 -156.9 9 404 22 01 50 22 02 50 =0950+748 08 57 03 65.2 369.3 -1.0 -157.2 60 412 22 01 51 22 03 10 RBS797 08 57 23 63.7 366.8 -0.9 -161.4 -12 412 22 03 10 22 06 40 --- 09 00 54 63.8 366.4 -0.8 -162.7 198 438 22 03 11 22 07 00 J0954+7435 09 01 14 65.3 368.7 -0.9 -158.8 -11 438 22 07 00 22 08 00 =0950+748 09 02 14 65.3 368.6 -0.9 -159.2 49 446 22 07 01 22 08 20 RBS797 09 02 34 63.8 366.2 -0.8 -163.3 -11 446 22 08 20 22 11 50 --- 09 06 04 63.9 365.7 -0.7 -164.5 199 473 22 08 21 22 12 30 J0954+7435 09 06 44 65.4 367.9 -0.8 -160.9 10 473 22 12 30 22 13 30 =0950+748 09 07 45 65.5 367.7 -0.8 -161.3 60 481 22 12 31 22 13 50 RBS797 09 08 05 63.9 365.4 -0.7 -165.2 -10 481 22 13 50 22 17 20 --- 09 11 35 63.9 365.0 -0.6 -166.5 200 508 22 13 51 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 ---------------------------------------------------------------------------------------- --- Wed 26 Feb 2014 Day 57 --- 22 17 40 J0954+7435 09 11 55 65.6 367.1 -0.7 -162.9 -10 508 22 17 40 22 18 40 =0950+748 09 12 56 65.6 367.0 -0.7 -163.2 50 515 22 17 41 22 19 00 RBS797 09 13 16 64.0 364.8 -0.6 -167.1 -10 515 22 19 00 22 22 30 --- 09 16 46 64.0 364.3 -0.5 -168.4 200 542 22 19 01 22 23 10 J0954+7435 09 17 26 65.7 366.3 -0.6 -165.0 11 542 22 23 10 22 24 10 =0950+748 09 18 26 65.7 366.1 -0.6 -165.3 60 550 22 23 11 22 24 30 RBS797 09 18 46 64.0 364.0 -0.5 -169.1 -9 550 22 24 30 22 28 00 --- 09 22 17 64.1 363.6 -0.4 -170.4 201 577 22 24 31 22 28 20 J0954+7435 09 22 37 65.7 365.4 -0.6 -167.0 -8 577 22 28 20 22 29 20 =0950+748 09 23 37 65.8 365.3 -0.5 -167.3 52 585 22 28 21 22 29 40 RBS797 09 23 57 64.1 363.3 -0.4 -171.0 -9 585 22 29 40 22 33 10 --- 09 27 28 64.1 362.9 -0.4 -172.2 201 612 22 29 41 22 33 50 J0954+7435 09 28 08 65.8 364.6 -0.5 -169.1 12 612 22 33 50 22 34 50 =0950+748 09 29 08 65.8 364.4 -0.5 -169.5 60 619 22 33 51 22 35 10 RBS797 09 29 28 64.1 362.6 -0.3 -173.0 -8 619 22 35 10 22 38 40 --- 09 32 59 64.2 362.1 -0.3 -174.3 202 646 22 35 11 22 39 00 J0954+7435 09 33 19 65.9 363.7 -0.4 -171.1 -8 646 22 39 00 22 40 00 =0950+748 09 34 19 65.9 363.6 -0.4 -171.5 52 654 22 39 01 22 40 20 RBS797 09 34 39 64.2 361.9 -0.2 -174.9 -8 654 22 40 20 22 43 50 --- 09 38 10 64.2 361.4 -0.2 -176.1 202 681 22 40 21 22 44 30 J0954+7435 09 38 50 65.9 362.8 -0.3 -173.2 12 681 22 44 30 22 45 30 =0950+748 09 39 50 65.9 362.7 -0.3 -173.6 60 688 22 44 31 22 45 50 RBS797 09 40 10 64.2 361.2 -0.1 -176.9 -8 688 22 45 50 22 49 20 --- 09 43 41 64.2 360.7 -0.1 -178.2 202 715 22 45 51 22 49 40 J0954+7435 09 44 01 66.0 362.0 -0.2 -175.2 -8 715 22 49 40 22 50 40 =0950+748 09 45 01 66.0 361.8 -0.2 -175.6 52 723 22 49 41 22 51 00 RBS797 09 45 21 64.2 360.5 -0.1 -178.8 -8 723 22 51 00 22 54 30 --- 09 48 51 64.2 360.0 0.0 180.0 202 750 22 51 01 22 55 10 J0954+7435 09 49 31 66.0 361.1 -0.1 -177.4 12 750 22 55 10 22 56 10 =0950+748 09 50 32 66.0 360.9 -0.1 -177.8 60 758 22 55 11 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 ---------------------------------------------------------------------------------------- --- Wed 26 Feb 2014 Day 57 --- 22 56 30 RBS797 09 50 52 64.2 359.7 0.0 179.2 -8 758 22 56 30 23 00 00 --- 09 54 22 64.2 359.2 0.1 177.9 202 785 22 56 31 23 00 20 J0954+7435 09 54 42 66.0 360.2 -0.0 -179.4 -8 785 23 00 20 23 01 20 =0950+748 09 55 43 66.0 360.1 -0.0 -179.8 52 792 23 00 21 23 01 40 RBS797 09 56 03 64.2 359.0 0.1 177.3 -8 792 23 01 40 23 05 10 --- 09 59 33 64.2 358.5 0.2 176.0 202 819 23 01 41 23 05 50 J0954+7435 10 00 13 66.0 359.3 0.1 178.4 12 819 23 05 50 23 06 50 =0950+748 10 01 13 66.0 359.2 0.1 178.0 60 827 23 05 51 23 07 10 RBS797 10 01 33 64.2 358.3 0.2 175.3 -8 827 23 07 10 23 10 40 --- 10 05 04 64.2 357.8 0.3 174.0 202 854 23 07 11 23 11 00 J0954+7435 10 05 24 66.0 358.5 0.2 176.4 -8 854 23 11 00 23 12 00 =0950+748 10 06 24 66.0 358.3 0.2 176.0 52 862 23 11 01 23 12 20 RBS797 10 06 44 64.1 357.6 0.3 173.4 -8 862 23 12 20 23 15 50 --- 10 10 15 64.1 357.1 0.4 172.2 202 888 23 12 21 23 16 30 J0954+7435 10 10 55 65.9 357.6 0.2 174.2 12 888 23 16 30 23 17 30 =0950+748 10 11 55 65.9 357.4 0.3 173.9 60 896 23 16 31 23 17 50 RBS797 10 12 15 64.1 356.8 0.4 171.4 -8 896 23 17 50 23 21 20 --- 10 15 46 64.1 356.4 0.5 170.1 202 923 23 17 51 23 21 40 J0954+7435 10 16 06 65.9 356.7 0.3 172.2 -8 923 23 21 40 23 22 40 =0950+748 10 17 06 65.9 356.6 0.3 171.8 52 931 23 21 41 23 23 00 RBS797 10 17 26 64.1 356.1 0.5 169.5 -8 931 23 23 00 23 26 30 --- 10 20 57 64.0 355.7 0.5 168.3 202 958 23 23 01 23 27 10 J0954+7435 10 21 37 65.8 355.9 0.4 170.1 12 958 23 27 10 23 28 10 =0950+748 10 22 37 65.8 355.7 0.4 169.7 60 965 23 27 11 23 28 30 RBS797 10 22 57 64.0 355.4 0.6 167.5 -8 965 23 28 30 23 32 00 --- 10 26 28 63.9 354.9 0.6 166.3 202 992 23 28 31 23 32 20 J0954+7435 10 26 48 65.8 355.0 0.5 168.1 -8 992 23 32 20 23 33 20 =0950+748 10 27 48 65.8 354.9 0.5 167.7 52 1000 23 32 21 23 33 40 RBS797 10 28 08 63.9 354.7 0.7 165.7 -8 1000 23 33 40 23 37 10 --- 10 31 38 63.9 354.3 0.7 164.4 202 1027 23 33 41 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 ---------------------------------------------------------------------------------------- --- Wed 26 Feb 2014 Day 57 --- 23 37 50 J0954+7435 10 32 19 65.7 354.2 0.6 166.0 12 1027 23 37 50 23 38 50 =0950+748 10 33 19 65.7 354.0 0.6 165.6 60 1035 23 37 51 23 44 41 3C345 10 39 11 29.0 421.5 -6.1 -46.6 161 1035 23 44 41 23 49 28 --- 10 43 59 29.7 422.2 -6.0 -47.0 287 1071 23 44 42 23 55 30 J0954+7435 10 50 01 65.3 351.4 0.9 159.2 163 1071 23 55 30 23 57 00 =0950+748 10 51 31 65.3 351.2 0.9 158.7 90 1083 23 55 31 --- Start: Wed 26 Feb 2014 Day 57 -- Stop: Thu 27 Feb 2014 Day 58 --- 23 57 20 RBS797 10 51 51 63.5 351.7 1.1 157.2 -8 1083 23 57 20 00 00 50 --- 10 55 22 63.4 351.3 1.1 156.0 202 1110 23 57 21 00 01 30 J0954+7435 10 56 02 65.2 350.6 1.0 157.0 12 1110 00 01 30 00 02 30 =0950+748 10 57 02 65.2 350.4 1.0 156.6 60 1118 00 01 31 00 02 50 RBS797 10 57 22 63.3 351.1 1.1 155.3 -8 1118 00 02 50 00 06 20 --- 11 00 53 63.2 350.6 1.2 154.1 202 1144 00 02 51 00 06 40 J0954+7435 11 01 13 65.1 349.8 1.1 155.0 -8 1144 00 06 40 00 07 40 =0950+748 11 02 13 65.0 349.7 1.1 154.7 52 1152 00 06 41 00 08 00 RBS797 11 02 33 63.2 350.4 1.2 153.5 -8 1152 00 08 00 00 11 30 --- 11 06 04 63.1 350.0 1.3 152.3 202 1179 00 08 01 00 12 10 J0954+7435 11 06 44 64.9 349.0 1.2 153.0 12 1179 00 12 10 00 13 10 =0950+748 11 07 44 64.9 348.9 1.2 152.6 60 1187 00 12 11 00 13 30 RBS797 11 08 04 63.1 349.8 1.3 151.6 -8 1187 00 13 30 00 17 00 --- 11 11 35 63.0 349.4 1.4 150.4 202 1214 00 13 31 00 17 20 J0954+7435 11 11 55 64.7 348.3 1.3 151.1 -8 1214 00 17 20 00 18 20 =0950+748 11 12 55 64.7 348.2 1.3 150.7 52 1221 00 17 21 00 18 40 RBS797 11 13 15 62.9 349.2 1.4 149.8 -8 1221 00 18 40 00 22 10 --- 11 16 45 62.8 348.8 1.5 148.6 202 1248 00 18 41 00 22 50 J0954+7435 11 17 26 64.6 347.6 1.4 149.1 12 1248 00 22 50 00 23 50 =0950+748 11 18 26 64.5 347.4 1.4 148.7 60 1256 00 22 51 00 24 10 RBS797 11 18 46 62.7 348.6 1.5 147.9 -8 1256 00 24 10 00 27 40 --- 11 22 16 62.6 348.2 1.6 146.7 202 1283 00 24 11 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 ---------------------------------------------------------------------------------------- --- Thu 27 Feb 2014 Day 58 --- 00 28 00 J0954+7435 11 22 36 64.4 346.9 1.4 147.2 -8 1283 00 28 00 00 29 00 =0950+748 11 23 37 64.3 346.7 1.5 146.9 52 1291 00 28 01 00 29 20 RBS797 11 23 57 62.6 348.0 1.6 146.2 -8 1291 00 29 20 00 32 50 --- 11 27 27 62.5 347.7 1.6 145.0 202 1318 00 29 21 00 33 30 J0954+7435 11 28 07 64.2 346.2 1.5 145.3 12 1318 00 33 30 00 34 30 =0950+748 11 29 07 64.1 346.0 1.5 144.9 60 1325 00 33 31 00 34 50 RBS797 11 29 27 62.4 347.5 1.7 144.3 -8 1325 00 34 50 00 38 20 --- 11 32 58 62.3 347.1 1.7 143.1 202 1352 00 34 51 00 38 40 J0954+7435 11 33 18 64.0 345.5 1.6 143.4 -7 1352 00 38 40 00 39 40 =0950+748 11 34 18 63.9 345.4 1.6 143.1 53 1360 00 38 41 00 40 00 RBS797 11 34 38 62.2 346.9 1.8 142.6 -8 1360 00 40 00 00 43 30 --- 11 38 09 62.1 346.6 1.8 141.4 202 1387 00 40 01 00 44 10 J0954+7435 11 38 49 63.7 344.9 1.7 141.5 13 1387 00 44 10 00 45 10 =0950+748 11 39 49 63.7 344.7 1.7 141.2 60 1394 00 44 11 00 45 30 RBS797 11 40 09 62.0 346.4 1.9 140.7 -7 1394 00 45 30 00 49 00 --- 11 43 40 61.9 346.0 1.9 139.6 203 1421 00 45 31 00 49 20 J0954+7435 11 44 00 63.5 344.3 1.8 139.7 -8 1421 00 49 20 00 50 20 =0950+748 11 45 00 63.5 344.2 1.8 139.4 52 1429 00 49 21 00 50 40 RBS797 11 45 20 61.8 345.9 1.9 139.1 -8 1429 00 50 40 00 54 10 --- 11 48 51 61.7 345.6 2.0 137.9 202 1456 00 50 41 00 54 50 J0954+7435 11 49 31 63.3 343.6 1.9 137.9 12 1456 00 54 50 00 55 50 =0950+748 11 50 31 63.2 343.5 1.9 137.5 60 1464 00 54 51 00 56 10 RBS797 11 50 51 61.6 345.4 2.0 137.3 -8 1464 00 56 10 00 59 40 --- 11 54 22 61.4 345.1 2.1 136.1 202 1491 00 56 11 01 00 00 J0954+7435 11 54 42 63.0 343.1 2.0 136.1 -9 1491 01 00 00 01 01 00 =0950+748 11 55 42 63.0 343.0 2.0 135.8 51 1498 01 00 01 01 01 20 RBS797 11 56 02 61.4 344.9 2.1 135.6 -9 1498 01 01 20 01 04 50 --- 11 59 32 61.2 344.6 2.2 134.5 201 1525 01 01 21 01 05 30 J0954+7435 12 00 13 62.8 342.5 2.1 134.3 11 1525 01 05 30 01 06 30 =0950+748 12 01 13 62.7 342.4 2.1 133.9 60 1533 01 05 31 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 ---------------------------------------------------------------------------------------- --- Thu 27 Feb 2014 Day 58 --- 01 06 50 RBS797 12 01 33 61.1 344.4 2.2 133.8 -9 1533 01 06 50 01 10 20 --- 12 05 03 61.0 344.1 2.3 132.7 201 1560 01 06 51 01 10 40 J0954+7435 12 05 23 62.5 342.0 2.2 132.6 -10 1560 01 10 40 01 11 40 =0950+748 12 06 24 62.5 341.9 2.2 132.2 50 1568 01 10 41 01 12 00 RBS797 12 06 44 60.9 344.0 2.3 132.2 -9 1568 01 12 00 01 15 30 --- 12 10 14 60.8 343.7 2.4 131.1 201 1594 01 12 01 01 16 10 J0954+7435 12 10 54 62.3 341.5 2.2 130.8 10 1594 01 16 10 01 17 10 =0950+748 12 11 54 62.2 341.4 2.3 130.4 60 1602 01 16 11 01 17 30 RBS797 12 12 14 60.7 343.6 2.4 130.5 -10 1602 01 17 30 01 21 00 --- 12 15 45 60.5 343.3 2.5 129.4 200 1629 01 17 31 01 21 20 J0954+7435 12 16 05 62.0 341.0 2.3 129.1 -10 1629 01 21 20 01 22 20 =0950+748 12 17 05 61.9 340.9 2.3 128.8 50 1637 01 21 21 01 22 40 RBS797 12 17 25 60.4 343.2 2.5 128.9 -10 1637 01 22 40 01 26 10 --- 12 20 56 60.3 342.9 2.5 127.8 200 1664 01 22 41 01 26 50 J0954+7435 12 21 36 61.7 340.5 2.4 127.3 9 1664 01 26 50 01 27 50 =0950+748 12 22 36 61.6 340.4 2.4 127.0 60 1671 01 26 51 01 28 10 RBS797 12 22 56 60.2 342.8 2.6 127.2 -11 1671 01 28 10 01 31 40 --- 12 26 27 60.0 342.5 2.6 126.1 199 1698 01 28 11 01 32 00 J0954+7435 12 26 47 61.4 340.1 2.5 125.7 -11 1698 01 32 00 01 33 00 =0950+748 12 27 47 61.4 340.0 2.5 125.4 49 1706 01 32 01 01 33 20 RBS797 12 28 07 59.9 342.4 2.7 125.6 -11 1706 01 33 20 01 36 50 --- 12 31 38 59.8 342.2 2.7 124.5 199 1733 01 33 21 01 37 30 J0954+7435 12 32 18 61.1 339.6 2.6 124.0 9 1733 01 37 30 01 38 30 =0950+748 12 33 18 61.1 339.6 2.6 123.7 60 1741 01 37 31 01 38 50 RBS797 12 33 38 59.7 342.0 2.7 123.9 -11 1741 01 38 50 01 42 20 --- 12 37 09 59.5 341.8 2.8 122.9 199 1768 01 38 51 01 42 40 J0954+7435 12 37 29 60.8 339.3 2.7 122.4 -12 1768 01 42 40 01 43 40 =0950+748 12 38 29 60.8 339.2 2.7 122.1 48 1775 01 42 41 01 44 00 RBS797 12 38 49 59.4 341.7 2.8 122.4 -11 1775 01 44 00 01 47 30 --- 12 42 19 59.2 341.5 2.9 121.4 199 1802 01 44 01 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 ---------------------------------------------------------------------------------------- --- Thu 27 Feb 2014 Day 58 --- 01 48 10 J0954+7435 12 43 00 60.5 338.9 2.8 120.7 8 1802 01 48 10 01 49 10 =0950+748 12 44 00 60.5 338.8 2.8 120.4 60 1810 01 48 11 01 49 30 RBS797 12 44 20 59.1 341.4 2.9 120.8 -12 1810 01 49 30 01 53 00 --- 12 47 50 59.0 341.2 3.0 119.7 198 1837 01 49 31 01 53 20 J0954+7435 12 48 10 60.2 338.5 2.9 119.2 -12 1837 01 53 20 01 54 20 =0950+748 12 49 11 60.2 338.4 2.9 118.9 48 1844 01 53 21 01 54 40 RBS797 12 49 31 58.9 341.1 3.0 119.3 -12 1844 01 54 40 01 58 10 --- 12 53 01 58.7 340.9 3.1 118.2 198 1871 01 54 41 01 58 50 J0954+7435 12 53 41 59.9 338.2 3.0 117.6 8 1871 01 58 50 01 59 50 =0950+748 12 54 41 59.8 338.1 3.0 117.3 60 1879 01 58 51 02 00 10 RBS797 12 55 02 58.6 340.8 3.1 117.7 -12 1879 02 00 10 02 03 40 --- 12 58 32 58.4 340.6 3.2 116.7 198 1906 02 00 11 02 04 00 J0954+7435 12 58 52 59.6 337.9 3.0 116.0 -12 1906 02 04 00 02 05 00 =0950+748 12 59 52 59.5 337.8 3.1 115.8 48 1914 02 04 01 02 05 20 RBS797 13 00 12 58.3 340.5 3.2 116.2 -12 1914 02 05 20 02 08 50 --- 13 03 43 58.1 340.3 3.2 115.2 198 1941 02 05 21 02 09 30 J0954+7435 13 04 23 59.3 337.5 3.1 114.4 7 1941 02 09 30 02 10 30 =0950+748 13 05 23 59.2 337.5 3.2 114.2 60 1948 02 09 31 02 17 42 3C345 13 12 36 52.2 445.6 -3.5 -55.6 144 1948 02 17 42 02 21 42 --- 13 16 37 52.8 446.3 -3.4 -55.6 240 1979 02 17 43 02 29 02 J0954+7435 13 23 59 58.0 336.6 3.5 108.9 148 1979 02 29 02 02 30 32 =0950+748 13 25 29 57.9 336.6 3.5 108.5 90 1991 02 29 03 02 30 52 RBS797 13 25 49 56.9 339.4 3.6 109.0 -13 1991 02 30 52 02 34 22 --- 13 29 20 56.7 339.3 3.7 108.1 197 2018 02 30 53 02 35 02 J0954+7435 13 30 00 57.7 336.4 3.6 107.3 7 2018 02 35 02 02 36 02 =0950+748 13 31 00 57.6 336.3 3.6 107.0 60 2025 02 35 03 02 36 22 RBS797 13 31 20 56.6 339.2 3.7 107.5 -13 2025 02 36 22 02 39 52 --- 13 34 51 56.4 339.1 3.8 106.6 197 2052 02 36 23 02 40 12 J0954+7435 13 35 11 57.3 336.2 3.6 105.9 -13 2052 02 40 12 02 41 12 =0950+748 13 36 11 57.3 336.2 3.7 105.6 47 2060 02 40 13 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 ---------------------------------------------------------------------------------------- --- Thu 27 Feb 2014 Day 58 --- 02 41 32 RBS797 13 36 31 56.3 339.1 3.8 106.2 -13 2060 02 41 32 02 45 02 --- 13 40 01 56.1 339.0 3.9 105.2 197 2087 02 41 33 02 45 42 J0954+7435 13 40 41 57.0 336.0 3.7 104.4 7 2087 02 45 42 02 46 42 =0950+748 13 41 42 56.9 336.0 3.8 104.1 60 2094 02 45 43 02 47 02 RBS797 13 42 02 56.0 338.9 3.9 104.7 -13 2094 02 47 02 02 50 32 --- 13 45 32 55.8 338.8 3.9 103.8 197 2121 02 47 03 02 50 52 J0954+7435 13 45 52 56.6 335.9 3.8 103.0 -13 2121 02 50 52 02 51 52 =0950+748 13 46 53 56.6 335.8 3.8 102.8 47 2129 02 50 53 02 52 12 RBS797 13 47 13 55.7 338.8 4.0 103.3 -13 2129 02 52 12 02 55 42 --- 13 50 43 55.5 338.7 4.0 102.4 197 2156 02 52 13 02 56 22 J0954+7435 13 51 23 56.3 335.7 3.9 101.6 7 2156 02 56 22 02 57 22 =0950+748 13 52 23 56.2 335.7 3.9 101.3 60 2164 02 56 23 02 57 42 RBS797 13 52 43 55.4 338.7 4.1 101.9 -13 2164 02 57 42 03 01 12 --- 13 56 14 55.2 338.6 4.1 101.0 197 2191 02 57 43 03 01 32 J0954+7435 13 56 34 55.9 335.6 4.0 100.2 -13 2191 03 01 32 03 02 32 =0950+748 13 57 34 55.9 335.6 4.0 100.0 47 2198 03 01 33 03 02 52 RBS797 13 57 54 55.1 338.5 4.2 100.5 -13 2198 03 02 52 03 06 22 --- 14 01 25 54.9 338.5 4.2 99.6 197 2225 03 02 53 03 07 02 J0954+7435 14 02 05 55.6 335.5 4.1 98.8 7 2225 03 07 02 03 08 02 =0950+748 14 03 05 55.5 335.5 4.1 98.6 60 2233 03 07 03 03 08 22 RBS797 14 03 25 54.8 338.4 4.2 99.1 -13 2233 03 08 22 03 11 52 --- 14 06 56 54.5 338.4 4.3 98.2 197 2260 03 08 23 03 12 12 J0954+7435 14 07 16 55.2 335.4 4.2 97.5 -13 2260 03 12 12 03 13 12 =0950+748 14 08 16 55.2 335.4 4.2 97.2 47 2268 03 12 13 03 13 32 RBS797 14 08 36 54.5 338.4 4.3 97.8 -13 2268 03 13 32 03 17 02 --- 14 12 07 54.2 338.3 4.4 96.9 197 2294 03 13 33 03 17 42 J0954+7435 14 12 47 54.9 335.3 4.3 96.1 7 2294 03 17 42 03 18 42 =0950+748 14 13 47 54.8 335.3 4.3 95.9 60 2302 03 17 43 03 19 02 RBS797 14 14 07 54.1 338.3 4.4 96.4 -13 2302 03 19 02 03 22 32 --- 14 17 38 53.9 338.3 4.5 95.5 197 2329 03 19 03 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 ---------------------------------------------------------------------------------------- --- Thu 27 Feb 2014 Day 58 --- 03 22 52 J0954+7435 14 17 58 54.5 335.3 4.4 94.8 -13 2329 03 22 52 03 23 52 =0950+748 14 18 58 54.5 335.3 4.4 94.6 47 2337 03 22 53 03 24 12 RBS797 14 19 18 53.8 338.3 4.5 95.1 -13 2337 03 24 12 03 27 42 --- 14 22 48 53.6 338.2 4.6 94.2 197 2364 03 24 13 03 28 22 J0954+7435 14 23 28 54.2 335.2 4.5 93.5 7 2364 03 28 22 03 29 22 =0950+748 14 24 29 54.1 335.2 4.5 93.2 60 2371 03 28 23 03 29 42 RBS797 14 24 49 53.5 338.2 4.6 93.7 -13 2371 03 29 42 03 33 12 --- 14 28 19 53.3 338.2 4.7 92.9 197 2398 03 29 43 03 33 32 J0954+7435 14 28 39 53.8 335.2 4.5 92.2 -13 2398 03 33 32 03 34 32 =0950+748 14 29 40 53.7 335.2 4.6 91.9 47 2406 03 33 33 03 34 52 RBS797 14 30 00 53.2 338.2 4.7 92.4 -13 2406 03 34 52 03 38 22 --- 14 33 30 53.0 338.2 4.7 91.6 197 2433 03 34 53 03 39 02 J0954+7435 14 34 10 53.4 335.2 4.6 90.8 7 2433 03 39 02 03 40 02 =0950+748 14 35 10 53.4 335.2 4.6 90.6 60 2441 03 39 03 03 40 22 RBS797 14 35 30 52.9 338.2 4.8 91.1 -13 2441 03 40 22 03 43 52 --- 14 39 01 52.7 338.2 4.8 90.2 197 2468 03 40 23 03 44 12 J0954+7435 14 39 21 53.1 335.2 4.7 89.6 -13 2468 03 44 12 03 45 12 =0950+748 14 40 21 53.0 335.2 4.7 89.3 47 2475 03 44 13 03 45 32 RBS797 14 40 41 52.6 338.2 4.9 89.8 -13 2475 03 45 32 03 49 02 --- 14 44 12 52.4 338.2 4.9 89.0 197 2502 03 45 33 03 49 42 J0954+7435 14 44 52 52.7 335.2 4.8 88.3 7 2502 03 49 42 03 50 42 =0950+748 14 45 52 52.7 335.2 4.8 88.0 60 2510 03 49 43 03 51 02 RBS797 14 46 12 52.2 338.2 5.0 88.5 -13 2510 03 51 02 03 54 32 --- 14 49 43 52.0 338.2 5.0 87.6 197 2537 03 51 03 03 54 52 J0954+7435 14 50 03 52.4 335.2 4.9 87.0 -13 2537 03 54 52 03 55 52 =0950+748 14 51 03 52.3 335.2 4.9 86.8 47 2544 03 54 53 03 56 12 RBS797 14 51 23 51.9 338.2 5.0 87.2 -13 2544 03 56 12 03 59 42 --- 14 54 54 51.7 338.2 5.1 86.4 197 2571 03 56 13 04 00 22 J0954+7435 14 55 34 52.0 335.3 5.0 85.7 7 2571 04 00 22 04 01 22 =0950+748 14 56 34 52.0 335.3 5.0 85.5 60 2579 04 00 23 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 ---------------------------------------------------------------------------------------- --- Thu 27 Feb 2014 Day 58 --- 04 01 42 RBS797 14 56 54 51.6 338.2 5.1 85.9 -13 2579 04 01 42 04 05 12 --- 15 00 25 51.4 338.2 5.2 85.1 197 2606 04 01 43 04 05 32 J0954+7435 15 00 45 51.7 335.3 5.1 84.5 -13 2606 04 05 32 04 06 32 =0950+748 15 01 45 51.6 335.3 5.1 84.3 47 2614 04 05 33 04 06 52 RBS797 15 02 05 51.3 338.3 5.2 84.7 -13 2614 04 06 52 04 10 22 --- 15 05 35 51.1 338.3 5.3 83.9 197 2641 04 06 53 04 11 02 J0954+7435 15 06 16 51.3 335.4 5.2 83.2 7 2641 04 11 02 04 12 02 =0950+748 15 07 16 51.2 335.4 5.2 83.0 60 2648 04 11 03 04 12 22 RBS797 15 07 36 51.0 338.3 5.3 83.4 -13 2648 04 12 22 04 15 52 --- 15 11 06 50.8 338.4 5.4 82.6 197 2675 04 12 23 04 16 12 J0954+7435 15 11 26 51.0 335.4 5.3 82.1 -13 2675 04 16 12 04 17 12 =0950+748 15 12 27 50.9 335.5 5.3 81.8 47 2683 04 16 13 04 17 32 RBS797 15 12 47 50.7 338.4 5.4 82.2 -13 2683 04 17 32 04 21 02 --- 15 16 17 50.5 338.4 5.5 81.4 197 2710 04 17 33 04 21 42 J0954+7435 15 16 57 50.6 335.5 5.3 80.8 7 2710 04 21 42 04 22 42 =0950+748 15 17 57 50.5 335.6 5.4 80.6 60 2718 04 21 43 04 23 02 RBS797 15 18 17 50.3 338.4 5.5 80.9 -13 2718 04 23 02 04 26 32 --- 15 21 48 50.1 338.5 5.6 80.1 197 2744 04 23 03 04 26 52 J0954+7435 15 22 08 50.3 335.6 5.4 79.6 -13 2744 04 26 52 04 27 52 =0950+748 15 23 08 50.2 335.6 5.4 79.4 47 2752 04 26 53 04 28 12 RBS797 15 23 28 50.0 338.5 5.6 79.7 -13 2752 04 28 12 04 31 42 --- 15 26 59 49.8 338.6 5.6 78.9 197 2779 04 28 13 04 32 22 J0954+7435 15 27 39 49.9 335.7 5.5 78.4 7 2779 04 32 22 04 33 22 =0950+748 15 28 39 49.8 335.8 5.5 78.1 60 2787 04 32 23 04 33 42 RBS797 15 28 59 49.7 338.6 5.7 78.5 -13 2787 04 33 42 04 37 12 --- 15 32 30 49.5 338.7 5.7 77.6 197 2814 04 33 43 04 37 32 J0954+7435 15 32 50 49.6 335.8 5.6 77.2 -13 2814 04 37 32 04 38 32 =0950+748 15 33 50 49.5 335.9 5.6 77.0 47 2821 04 37 33 04 38 52 RBS797 15 34 10 49.4 338.7 5.8 77.3 -13 2821 04 38 52 04 42 22 --- 15 37 41 49.2 338.8 5.8 76.5 197 2848 04 38 53 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 ---------------------------------------------------------------------------------------- --- Thu 27 Feb 2014 Day 58 --- 04 43 02 J0954+7435 15 38 21 49.2 336.0 5.7 76.0 7 2848 04 43 02 04 44 02 =0950+748 15 39 21 49.1 336.0 5.7 75.8 60 2856 04 43 03 04 44 22 RBS797 15 39 41 49.1 338.8 5.8 76.0 -13 2856 04 44 22 04 47 52 --- 15 43 12 48.9 338.9 5.9 75.2 197 2883 04 44 23 04 48 12 J0954+7435 15 43 32 48.9 336.1 5.8 74.8 -13 2883 04 48 12 04 49 12 =0950+748 15 44 32 48.8 336.1 5.8 74.6 47 2891 04 48 13 04 49 32 RBS797 15 44 52 48.8 339.0 5.9 74.8 -13 2891 04 49 32 04 53 02 --- 15 48 22 48.6 339.0 6.0 74.1 197 2918 04 49 33 04 53 42 J0954+7435 15 49 03 48.5 336.3 5.9 73.6 7 2918 04 53 42 04 54 42 =0950+748 15 50 03 48.5 336.3 5.9 73.4 60 2925 04 53 43 04 55 02 RBS797 15 50 23 48.5 339.1 6.0 73.6 -13 2925 04 55 02 04 58 32 --- 15 53 53 48.3 339.2 6.1 72.8 197 2952 04 55 03 04 58 52 J0954+7435 15 54 13 48.2 336.4 6.0 72.5 -13 2952 04 58 52 04 59 52 =0950+748 15 55 14 48.1 336.4 6.0 72.3 47 2960 04 58 53 SETUP FILE INFORMATION: NOTE: If DOPPLER, FREQ, or BW were used, see the individual scans for the final BBC settings. ======== Setup file: sess114.L1024 --- 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: 9 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= 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 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 = A2 B4 A2 B4 A2 B4 A2 B4 A2 B4 A2 B4 A2 B4 A2 B4 The following frequency sets based on these setups were used. Frequency Set: 1 Setup file default. LO sum= 1610.49 1610.49 1610.49 1610.49 1642.49 1642.49 1642.49 1642.49 1674.49 1674.49 1674.49 1674.49 1706.49 1706.49 1706.49 1706.49 BBC fr= 100.49 100.49 100.49 100.49 132.49 132.49 132.49 132.49 164.49 164.49 164.49 164.49 196.49 196.49 196.49 196.49 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 43.616187 0.00 76 37 05.87934 * 76 23 13.74000 76 19 09.27095 0.00 From catalog imbedded in main SCHED input file. * J0954+7435 09 50 04.561123 * 09 54 47.442227 09 56 10.759660 4.94 0950+748 74 50 07.76577 * 74 35 57.14561 74 31 47.02051 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 27.583363 0.77 * 3C345 39 54 10.81496 * 39 48 36.99402 39 46 51.37192 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.L1024 1 2 3 4 5 6 7 10 11 12 4.783 310.980 J0954+7435 sess114.L1024 1 2 3 4 5 6 7 10 11 12 1.483 89.151 3C345 sess114.L1024 1 2 3 4 5 6 7 10 11 12 0.146 8.784 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 111.8 J0954+7435 113.6 3C345 94.7 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