SKED Summary from file ./rdvfrn.skd for experiment RDVFRN (all scans with at least one subnet station) Average number of obs. per baseline per source (normalized by up-time) = .5 Min = .0 Max = 12.2 (Baseline Gc-Gg on 0003-066) RMS = 1.5 Total time: 126 minutes ( 2.1 hours). Key: Gc=GILCREEK Nl=NL-VLBA Gg=ORION_5M Gc Nl Gg Avg % obs. time: 81 72 73 75 % cal. time: 1 1 1 1 % slew time: 6 10 3 6 % idle time: 10 15 21 15 total # scans: 13 14 11 12 # scans/hour : 6.2 6.7 5.2 6.0 Avg scan (sec): 471 392 508 457 Total GBytes: 112 99 102 105 Total GB(M5): 99 88 90 93 # of tapes : .3 .2 .2 tape change times (hhmm): Total number of tapes: .7 Total GBytes (M5) recorded: 278.9 # OF OBSERVATIONS BY BASELINE | Gc Nl Gg StnTotal -------------------------- Gc| 13 13 10 23 Nl| 14 11 24 Gg| 11 21 Number of 2-station scans: 4 Number of 3-station scans: 10 Total # of scans, observations: 14 34 Name Code VGEOSX SX Recording mode setup for: GILCREEK Mode Tot.Rate Tot.BandW #chan #bits Barrel VLBA1:4 128.000 Mbits 64.000 MHz 8 1 8:1 Chan.BW #Subpasses Tracks(*fan) Tot.tracks Speed 8.00 MHz 1 8(*4) 32 80.00 X-band spanned bw= 490.0 MHz rms spanned bw= 206.1 MHz S-band spanned bw= 140.0 MHz rms spanned bw= 58.9 MHz Effective number of channels recorded per sub-pass X S Total 4.000 4.000 8.000 Recording mode setup for: NL-VLBA Mode Tot.Rate Tot.BandW #chan #bits Barrel VLBA1:4 128.000 Mbits 64.000 MHz 8 1 NONE Chan.BW #Subpasses Tracks(*fan) Tot.tracks Speed 8.00 MHz 1 8(*4) 32 80.00 X-band spanned bw= 490.0 MHz rms spanned bw= 206.1 MHz S-band spanned bw= 140.0 MHz rms spanned bw= 58.9 MHz Effective number of channels recorded per sub-pass X S Total 4.000 4.000 8.000 Recording mode setup for: GGAO7108 Mode Tot.Rate Tot.BandW #chan #bits Barrel Mk341:4 128.000 Mbits 64.000 MHz 8 1 16 Chan.BW #Subpasses Tracks(*fan) Tot.tracks Speed 8.00 MHz 1 8(*4) 32 80.00 X-band spanned bw= 490.0 MHz rms spanned bw= 206.1 MHz S-band spanned bw= 140.0 MHz rms spanned bw= 58.9 MHz Effective number of channels recorded per sub-pass X S Total 4.000 4.000 8.000 # SOURCE RA(hms) 2000 DEC(dms) RA(hms) DATE DEC(dms) RA(hms) 1950 DEC(dms) 1 1 0003-066 0 6 13.9 - 6 23 35. 0 6 28.5 - 6 21 60. 0 3 40.3 - 6 40 17. 2 2 0014+813 0 17 8.5 +81 35 8. 0 17 15.2 +81 36 46. 0 14 4.5 +81 18 28. 3 3 0048-097 0 50 41.3 - 9 29 5. 0 50 55.6 - 9 27 31. 0 48 10.0 - 9 45 24. 4 4 0059+581 1 2 45.8 +58 24 11. 1 3 1.2 +58 25 48. 0 59 43.5 +58 8 4. 0106+013 is less than 15 degrees from the sun, arc length = 5.3 5 5 0106+013 1 8 38.8 + 1 35 0. 1 8 53.3 + 1 36 33. 1 6 4.5 + 1 19 1. 6 6 0133+476 1 36 58.6 +47 51 29. 1 37 15.0 +47 53 3. 1 33 55.1 +47 36 13. 7 7 CTA26 3 39 30.9 - 1 46 36. 3 39 45.5 - 1 45 38. 3 36 58.9 - 1 56 17. 8 8 0402-362 4 3 53.8 -36 5 2. 4 4 4.2 -36 4 19. 4 2 2.6 -36 13 12. 9 9 0454-234 4 57 3.2 -23 24 52. 4 57 15.4 -23 24 29. 4 54 57.3 -23 29 28. 10 a 0458-020 5 1 12.8 - 1 59 14. 5 1 27.7 - 1 58 48. 4 58 41.3 - 2 3 34. 11 b 0528+134 5 30 56.4 +13 31 55. 5 31 13.3 +13 32 13. 5 28 6.7 +13 29 42. 12 c 0556+238 5 59 32.0 +23 53 54. 5 59 50.4 +23 54 3. 5 56 28.7 +23 53 45. 13 d 0602+673 6 7 52.7 +67 20 55. 6 8 24.1 +67 21 15. 6 2 38.8 +67 21 18. 14 e 0607-157 6 9 41.0 -15 42 41. 6 9 54.5 -15 42 49. 6 7 26.0 -15 42 3. 15 f 0656+082 6 59 18.0 + 8 13 31. 6 59 34.7 + 8 13 8. 6 56 34.8 + 8 17 42. 16 g 0642+449 6 46 32.0 +44 51 17. 6 46 54.4 +44 51 12. 6 42 53.0 +44 54 31. 17 h 0718+793 7 26 11.7 +79 11 31. 7 27 2.6 +79 11 18. 7 18 8.7 +79 17 23. 18 i 0727-115 7 30 19.1 -11 41 13. 7 30 33.7 -11 41 55. 7 27 58.1 -11 34 53. 19 j 0743+259 7 46 25.9 +25 49 2. 7 46 45.0 +25 48 25. 7 43 23.0 +25 56 25. 20 k 0749+540 7 53 1.4 +53 52 60. 7 53 26.2 +53 52 29. 7 49 6.4 +54 0 47. 21 l 0805+410 8 8 56.7 +40 52 45. 8 9 18.1 +40 52 4. 8 5 33.6 +41 1 33. 22 m 0808+019 8 11 26.7 + 1 46 52. 8 11 43.0 + 1 45 57. 8 8 51.1 + 1 55 51. 23 n OJ287 8 54 48.9 +20 6 31. 8 55 7.2 +20 5 24. 8 51 57.2 +20 17 59. 24 o 4C39.25 9 27 3.0 +39 2 21. 9 27 23.5 +39 1 9. 9 23 55.3 +39 15 24. 25 p OK290 9 56 49.9 +25 15 16. 9 57 8.5 +25 13 51. 9 53 59.7 +25 29 34. 26 q 1034-293 10 37 16.1 -29 34 3. 10 37 31.3 -29 35 48. 10 34 55.8 -29 18 27. 27 r 1044+719 10 48 27.6 +71 43 36. 10 48 54.8 +71 42 8. 10 44 49.7 +71 59 27. 28 s 1124-186 11 27 4.4 -18 57 17. 11 27 20.8 -18 59 8. 11 24 34.0 -18 40 46. 29 t 1128+385 11 30 53.3 +38 15 19. 11 31 11.7 +38 13 36. 11 28 12.5 +38 31 52. 30 u 1156+295 11 59 31.8 +29 14 44. 11 59 49.3 +29 12 57. 11 56 57.8 +29 31 26. 31 v 1219+044 12 22 22.6 + 4 13 16. 12 22 39.5 + 4 11 25. 12 19 49.3 + 4 29 54. 32 w 1255-316 12 57 59.1 -31 55 17. 12 58 17.0 -31 57 5. 12 55 15.2 -31 39 5. 33 x 1300+580 13 2 52.5 +57 48 38. 13 3 8.5 +57 46 52. 13 0 47.1 +58 4 44. 34 y 1308+326 13 10 28.7 +32 20 44. 13 10 44.9 +32 18 56. 13 8 7.6 +32 36 41. 35 z 1334-127 13 37 39.8 -12 57 25. 13 37 57.3 -12 59 9. 13 34 59.8 -12 42 10. 36 A 1351-018 13 54 6.9 - 2 6 3. 13 54 24.0 - 2 7 45. 13 51 32.0 - 1 51 20. 37 B 1357+769 13 57 55.4 +76 43 21. 13 58 4.4 +76 41 41. 13 57 42.2 +76 57 54. 38 C 1418+546 14 19 46.6 +54 23 15. 14 19 59.6 +54 21 36. 14 18 6.2 +54 36 58. 39 D 1417+385 14 19 46.6 +38 21 48. 14 20 1.2 +38 20 9. 14 17 43.1 +38 35 33. 40 E 1519-273 15 22 37.7 -27 30 11. 15 22 57.2 -27 31 25. 15 19 37.3 -27 19 30. 41 F 1606+106 16 8 46.2 +10 29 8. 16 9 1.8 +10 28 2. 16 6 23.4 +10 36 60. 42 G 1622-253 16 25 46.9 -25 27 38. 16 26 6.4 -25 28 28. 16 22 44.1 -25 20 52. 43 H NRAO512 16 40 29.6 +39 46 46. 16 40 41.2 +39 45 47. 16 38 48.2 +39 52 30. 44 I 1741-038 17 43 58.9 - 3 50 5. 17 44 15.5 - 3 50 27. 17 41 20.6 - 3 48 49. 45 J 1745+624 17 46 14.0 +62 26 55. 17 46 17.7 +62 26 20. 17 45 48.2 +62 27 56. 46 K 1749+096 17 51 32.8 + 9 39 1. 17 51 47.8 + 9 38 37. 17 49 10.4 + 9 39 43. 47 L 1803+784 18 0 45.7 +78 28 4. 18 0 29.6 +78 27 36. 18 3 39.3 +78 27 54. 48 M 1921-293 19 24 51.1 -29 14 30. 19 25 10.4 -29 13 59. 19 21 42.3 -29 20 26. 49 N 1923+210 19 25 59.6 +21 6 26. 19 26 12.7 +21 6 41. 19 23 49.8 +21 0 23. 50 O 1954-388 19 57 59.8 -38 45 6. 19 58 20.2 -38 44 18. 19 54 39.1 -38 53 13. 51 P 1958-179 20 0 57.1 -17 48 58. 20 1 14.5 -17 48 16. 19 58 4.6 -17 57 17. 52 Q 3C418 20 38 37.0 +51 19 13. 20 38 44.9 +51 19 53. 20 37 7.5 +51 8 36. 53 R 2113+293 21 15 29.4 +29 33 38. 21 15 41.6 +29 34 35. 21 13 20.6 +29 21 7. 54 S 2128-123 21 31 35.3 -12 7 5. 21 31 51.2 -12 5 53. 21 28 52.7 -12 20 21. 55 T 2149+056 21 51 37.9 + 5 52 13. 21 51 52.4 + 5 53 26. 21 49 7.7 + 5 38 7. 56 U 2209+236 22 12 6.0 +23 55 41. 22 12 19.1 +23 56 56. 22 9 45.7 +23 40 50. 57 V 2243-123 22 46 18.2 -12 6 51. 22 46 33.5 -12 5 22. 22 43 39.8 -12 22 40. 58 W 2255-282 22 58 6.0 -27 58 21. 22 58 21.8 -27 56 47. 22 55 22.5 -28 14 26. 59 X 2318+049 23 20 44.9 + 5 13 50. 23 20 59.3 + 5 15 21. 23 18 12.1 + 4 57 23. 60 Y 2356+385 23 59 33.2 +38 50 42. 23 59 46.9 +38 52 16. 23 56 59.8 +38 34 0. STATION AXIS SLEW RATES SLEW CONST LIMIT STOPS 1 A Gc GILCREEK XYNS 60.0 60.0 0 0 -86.0 86.0 -73.5 73.5 147.50 WEST 64.98 NORTH Occupation code: 40476601 HORIZON: 0. 17.0 20. 10.0 50. 5.0 90. 5.0 140. 10.0 150. 12.0 160. 12.0 180. 17.0 205. 8.0 225. 5.0 290. 5.0 340. 11.0 360. 17.0 2 O Nl NL-VLBA AZEL 90.0 30.0 0 0 270.0 810.0 2.3 88.0 91.57 WEST 41.77 NORTH Occupation code: 76129701 HORIZON: 0. 3.0 75. 3.0 80. 6.0 105. 8.0 150. 8.0 170. 4.0 200. 4.0 205. 3.0 360. 3.0 3 Z Gg GGAO7108 AZEL 180.0180.0 0 0 170.0 850.0 6.2 89.0 76.83 WEST 39.02 NORTH Occupation code: 71085301 Baseline lengths (km): Gc Nl Nl 4232. Gg 5115. 1285. Average total baseline length = 3544. km Average X-Y component length = 3337. km Average X-Z component length = 2588. km Average Y-Z component length = 2566. km GGAO7108 - NL-VLBA 1285. NL-VLBA - GILCREEK 4232. GGAO7108 - GILCREEK 5115. ID STATION Band SEFD Band SEFD DAT name ID Rack Recorder A Gc GILCREEK X 750. S 800. MOJ-VLBA 101 VLBA VLBA O Nl NL-VLBA X 500. S 400. NL-VLBA NL VLBA VLBA Z Gg GGAO7108 X 30000. S 45000. MV3_5M 10 Mark4 Mark4 Observation listing from file ./rdvfrn.skd for experiment RDVFRN Source Start AZ EL AZ EL AZ EL name yyddd-hhmmss Gc Nl Gg 0003-066 05095-180000| 134 11| 194 40| 213 38| 0059+581 05095-180707| 76 63| 2 73| 340 68| 2209+236 05095-181353| 162 48| 257 50| | 3C418 05095-181942| 209 75| 306 44| 311 33| 1803+784 05095-183208| 332 69| 346 36| 348 31| 0805+410 05095-184547| 20 17| 53 20| | 0749+540 05095-185124| 20 31| 43 31| 46 37| 1044+719 05095-190358| 355 46| 14 28| 18 28| 0602+673 05095-191227| 31 49| 30 48| 26 51| CTA26 05095-192704| | 151 42| 171 48| 2356+385 05095-193341| 146 61| 276 62| | 0133+476 05095-193931| 106 61| 307 78| 302 68| 0003-066 05095-195224| 162 17| 226 30| 240 22| CTA26 05095-195850| 110 7| 162 44| 183 49| End of listing. Observation listing from file ./rdvfrn.skd for experiment RDVFRN Source Start DURATIONS name yyddd-hhmmss Gc Nl Gg 0003-066 05095-180000| 333 300 333| 0059+581 05095-180707| 345 300 345| 2209+236 05095-181353| 300 300 | 3C418 05095-181942| 700 700 700| 1803+784 05095-183208| 501 318 501| 0805+410 05095-184547| 300 300 | 0749+540 05095-185124| 700 700 700| 1044+719 05095-190358| 464 300 464| 0602+673 05095-191227| 700 700 700| CTA26 05095-192704| 300 300| 2356+385 05095-193341| 300 300 | 0133+476 05095-193931| 700 300 700| 0003-066 05095-195224| 324 300 324| CTA26 05095-195850| 447 300 447| End of listing. Observation listing from file ./rdvfrn.skd for experiment RDVFRN Source Start TAPE FOOTAGE COUNTERS name yyddd-hhmmss Gc Nl Gg 0003-066 05095-180000|1F00000 1F00000 1F00000 | 0059+581 05095-180707|1F03046 1F03046 1F03046 | 2209+236 05095-181353|1F05752 1F05752 | 3C418 05095-181942|1F08078 1F08078 1F08079 | 1803+784 05095-183208|1F13050 1F13050 1F13051 | 0805+410 05095-184547|2R17400 2R16290 | 0749+540 05095-185124|2R14960 2R14050 2R17400 | 1044+719 05095-190358|2R09940 2R09030 2R12180 | 0602+673 05095-191227|2R06553 2R05643 2R08793 | CTA26 05095-192704| 3F00196 2R02953 | 2356+385 05095-193341|3F00000 3F02842 | 0133+476 05095-193931|3F02533 3F05175 3F00000 | 0003-066 05095-195224|3F07685 3F10328 3F05352 | CTA26 05095-195850|3F10258 3F12901 3F07925 | End of listing.