ICQ
Below are the CCD observations of comets in archival, one-line, 129-character form corresponding to the data summary published in the April 2011 issue of the ICQ (Vol. 33, pp. 36-45).
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IIIYYYYMnL YYYY MM DD.DD eM/mm.m:r AAA.ATF/xxxx /dd.ddnDC /t.ttmANG ICQ XX*OBSxxf InT APERTURcamchip SFW C ## u.uu xx.x PIXELSIZE
9 2011 03 04.79 C 14.5 UD 15.0R 7a 90 0.6 1.0m253 ICQ158 NOV01I C 0.57mST0 K6F A46 4 P5 1.7s 1.7
9 2011 03 06.79 C 14.3 UD 15.0R 7a120 0.7 1.3m253 ICQ158 NOV01I C 0.68mST0 K6F A46 4 P5 1.7s 1.7
9 2011 03 11.81 C 14.1 UD 15.0R 7a120 0.7 ICQ158 NOV01I C 0.68mST0 K6F A46 4 P2 1.7s 1.7
10 2011 01 24.11 C 14.5 UO 35.5M 4a300 1.4 ICQ158 NOV01I C 1.40mSTM K32 A46 4 P2 2.0s 2.0
10 2011 02 05.09 C 14.6 UD 35.5M 4a300 1.5 ICQ158 NOV01I C 1.53mSTM K32 A46 4 P2 2.0s 2.0
10 2011 02 22.11 C 15.7 UD 20.6R 8a300 0.9 ICQ158 NOV01I C 0.77mSTLaKA1 A46 4 P2 2.3s 2.3
10 2011 03 05.14 C 15.7 UD 20.6R 8a300 1.0 ICQ158 NOV01I C 1.06mSTLaKA1 A46 4 P3 2.3s 2.3
29 2011 01 26.29 C 14.2 UD 35.5M 4a120 0.7 ICQ158 NOV01I C 0.67mSTM K32 A46 4 P1 2.0s 2.0
29 2011 01 27.33 C 14.1 UD 35.5M 4a 60 0.8 ICQ158 NOV01I C 0.80mSTM K32 A46 4 P2 2.0s 2.0
29 2011 01 28.54 C 14.1 UD 20.6R 8a 60 0.9 ICQ158 NOV01I C 0.92mSTLaKA1 A46 4 P2 2.3s 2.3
29 2011 01 28.54 C 15.7 UD 20.6R 8a 60 ICQ158 NOV01I C 0.38mSTLaKA1 A46 4 P2 2.3s 2.3
29 2011 01 30.54 C 14.2 UO 20.6R 8a 60 0.9 ICQ158 NOV01I C 0.92mSTLaKA1 A46 4 P1 2.3s 2.3
29 2011 02 04.50 C 13.5 UD 35.5M 4a120 1.9 ICQ158 NOV01I C 1.93mSTM K32 A46 4 P1 2.0s 2.0
29 2011 02 07.69 C 15.4 UO 15 R 7a240 0.70 7/ ICQ158 SHU C 0.70mST0 K6F A32 4 15.2 1.7s 1.7
29 2011 02 07.90 dk 14.4 LB 30 L 6a800 > 0.8 ICQ158 BRE03 a 2C 2.35mST7 K40 GAI 5 9*0.15 10.5 2.2s 2.2
29 2011 02 07.90 dk 14.6 LB 30 L 6a800 > 0.8 ICQ158 BRE03 a 2C 1.17mST7 K40 GAI 5 9*0.10 10.5 2.2s 2.2
29 2011 02 07.90 dk 15.2 LB 30 L 6a800 > 0.8 ICQ158 BRE03 a 2C 0.59mST7 K40 GAI 5 9*0.10 10.5 2.2s 2.2
29 2011 02 07.90 dk 16.1 LB 30 L 6a800 > 0.8 ICQ158 BRE03 a 2C 0.29mST7 K40 GAI 5 9*0.15 10.5 2.2s 2.2
29 2011 02 07.90 dk 17.2 LB 30 L 6a800 > 0.8 ICQ158 BRE03 a 2C 0.15mST7 K40 GAI 5 9*0.20 10.5 2.2s 2.2
29 2011 02 08.68 C 15.6 UO 15 R 7a240 0.68 6/ ICQ158 SHU C 0.68mST0 K6F A32 4 15.5 1.7s 1.7
29 2011 02 16.41 C 15.1 UO 36 M 4a400 0.47 7/ ICQ158 SHU C 0.50mSTT K32 A32 4 15.8 1.0s 1.0
29 2011 02 22.48 C 13.8 UD 45.5L 3a240 1.5 ICQ158 NOV01I C 1.53mFL9aKA9 A46 4 P1 2.0s 2.0
29 2011 02 22.48 c 16.3 UD 45.5L 3a240 ICQ158 NOV01I C 0.33mFL9aKA9 A46 4 P1 2.0s 2.0
29 2011 02 23.25 C 13.5 UD 20.6R 8a300 1.7 ICQ158 NOV01I C 1.67mSTLaKA1 A46 4 P1 2.3s 2.3
29 2011 02 23.25 c 16.6 UD 20.6R 8a 60 ICQ158 NOV01I C 0.37mSTLaKA1 A46 4 P1 2.3s 2.3
29 2011 03 01.27 C 13.4 UD 20.6R 8a120 & 2.8 ICQ158 NOV01I C 2.89mSTLaKA1 A46 4 P2 2.3s 2.3
29 2011 03 01.27 c 15.5 UD 20.6R 8a120 ICQ158 NOV01I C 0.38mSTLaKA1 A46 4 P2 2.3s 2.3
29 2011 03 01.93 dk 14.6 LB 30 L 6a800 > 0.6 ICQ158 BRE03 a 2C 1.17mST7 K40 GAI 5 9*0.15 10.5 2.2s 2.2
29 2011 03 01.93 dk 15.1 LB 30 L 6a800 > 0.6 ICQ158 BRE03 a 2C 0.59mST7 K40 GAI 5 9*0.10 10.5 2.2s 2.2
29 2011 03 01.93 dk 15.5 LB 30 L 6a800 > 0.6 ICQ158 BRE03 a 2C 0.29mST7 K40 GAI 5 9*0.10 10.5 2.2s 2.2
29 2011 03 01.93 dk 16.3 LB 30 L 6a800 > 0.6 ICQ158 BRE03 a 2C 0.15mST7 K40 GAI 5 9*0.15 10.5 2.2s 2.2
29 2011 03 02.42 C 13.4 UD 20.6R 8a120 2.2 ICQ158 NOV01I C 2.20mSTLaKA1 A46 4 P2 2.3s 2.3
29 2011 03 02.42 c 15.5 UD 20.6R 8a120 ICQ158 NOV01I C 0.38mSTLaKA1 A46 4 P2 2.3s 2.3
29 2011 03 02.54 xC 13.5 TJ 16.0L 6a540 1.7 ICQ158 YOS02N a 5S 1.7 mST9 K26 SI5 5 11.0 4.1s 4.1
29 2011 03 06.55 C 14.7 UO 15 R 7a300 1.13 6/ ICQ158 SHU C 1.13mST0 K6F A32 4 15.3 1.7s 1.7
29 2011 03 07.87 dk 14.4 LB 30 L 6a800 > 0.6 ICQ158 BRE03 a 2C 1.17mST7 K40 GAI 5 9*0.15 10.5 2.2s 2.2
29 2011 03 07.87 dk 14.7 LB 30 L 6a800 > 0.6 ICQ158 BRE03 a 2C 0.59mST7 K40 GAI 5 9*0.10 10.5 2.2s 2.2
29 2011 03 07.87 dk 15.2 LB 30 L 6a800 > 0.6 ICQ158 BRE03 a 2C 0.29mST7 K40 GAI 5 9*0.10 10.5 2.2s 2.2
29 2011 03 07.87 dk 16.0 LB 30 L 6a800 > 0.6 ICQ158 BRE03 a 2C 0.15mST7 K40 GAI 5 9*0.15 10.5 2.2s 2.2
29 2011 03 22.87 dk 13.0 LB 30 L 6a800 0.6 ICQ158 BRE03 a 2C 1.17mST7 K40 GAI 5 9*0.20 10.5 2.2s 2.2
29 2011 03 22.87 dk 13.2 LB 30 L 6a800 0.6 ICQ158 BRE03 a 2C 0.59mST7 K40 GAI 5 9*0.10 10.5 2.2s 2.2
29 2011 03 22.87 dk 13.6 LB 30 L 6a800 0.6 ICQ158 BRE03 a 2C 0.29mST7 K40 GAI 5 9*0.10 10.5 2.2s 2.2
29 2011 03 22.87 dk 14.5 LB 30 L 6a800 0.6 ICQ158 BRE03 a 2C 0.15mST7 K40 GAI 5 9*0.15 10.5 2.2s 2.2
29 2011 03 26.89 C 12.5 UO 41 L 4a300 1.00 7/ ICQ158 SHU C 1.00mALL SAL A41 4 10.1 0.8s 0.8
29 2011 03 28.53 C 13.0 LA 16.0L 6a720 1.7 ICQ158 YOS02 2a 15C 1.7 mST9 K26 SI5 5 9.9 4.1s 4.1
29 2011 03 28.54 V 13.0 LA 16.0L 6a480 1.3 ICQ158 YOS02 2a 30C 1.7 mST9 K26 SI5 5 9.9 4.1s 4.1
29 2011 03 28.55 H 12.1 LA 16.0L 6a480 1.7 ICQ158 YOS02 2a 30C 1.7 mST9 K26 SI5 5 9.2 4.1s 4.1
29 2011 03 29.85 dk 13.0 LB 30 L 6a800 1.0 > 0.5m357 ICQ158 BRE03 a 2C 2.35mST7 K40 GAI 5 9*0.15 11.6 2.2s 2.2
29 2011 03 29.85 dk 13.1 LB 30 L 6a800 1.0 > 0.5m357 ICQ158 BRE03 a 2C 1.17mST7 K40 GAI 5 9*0.15 11.6 2.2s 2.2
29 2011 03 29.85 dk 13.6 LB 30 L 6a800 1.0 > 0.5m357 ICQ158 BRE03 a 2C 0.59mST7 K40 GAI 5 9*0.10 11.6 2.2s 2.2
29 2011 03 29.85 dk 14.5 LB 30 L 6a800 1.0 > 0.5m357 ICQ158 BRE03 a 2C 0.29mST7 K40 GAI 5 9*0.10 11.6 2.2s 2.2
29 2011 03 29.85 dk 15.7 LB 30 L 6a800 1.0 > 0.5m357 ICQ158 BRE03 a 2C 0.15mST7 K40 GAI 5 9*0.15 11.6 2.2s 2.2
29 2011 03 30.84 dk 13.0 LB 30 L 6a800 1.1 > 0.6m 2 ICQ158 BRE03 a 2C 2.35mST7 K40 GAI 5 9*0.15 10.5 2.2s 2.2
29 2011 03 30.84 dk 13.2 LB 30 L 6a800 1.1 > 0.6m 2 ICQ158 BRE03 a 2C 1.17mST7 K40 GAI 5 9*0.15 10.5 2.2s 2.2
29 2011 03 30.84 dk 13.7 LB 30 L 6a800 1.1 > 0.6m 2 ICQ158 BRE03 a 2C 0.59mST7 K40 GAI 5 9*0.10 10.5 2.2s 2.2
29 2011 03 30.84 dk 14.6 LB 30 L 6a800 1.1 > 0.6m 2 ICQ158 BRE03 a 2C 0.29mST7 K40 GAI 5 9*0.10 10.5 2.2s 2.2
29 2011 03 30.84 dk 15.7 LB 30 L 6a800 1.1 > 0.6m 2 ICQ158 BRE03 a 2C 0.15mST7 K40 GAI 5 9*0.15 10.5 2.2s 2.2
29 2011 03 30.90 C 13.4 UO 41 L 4a 40 1.20 6/ ICQ158 SHU C 1.20mAAL SAL A41 4 12.8 0.8s 0.8
29 2011 04 04.44 C 12.7 UO 15 R 7a300 1.19 6/ ICQ158 SHU C 1.19mST0 K6F A32 4 11.9 1.7s 1.7
29 2011 04 05.48 C 14.2 UO 15 R 7a300 1.13 6/ ICQ158 SHU C 1.13mST0 K6F A32 4 14.9 1.7s 1.7
29 2011 04 07.91 V 13.5 TK 10.9R 9a 70 1.9 ICQ158 QVA S 1.9 mST3 KA2 MIm 4 3 0.15 10.6 7.0s 7.0
31 2011 01 27.30 C 17.8 UD 35.5M 4a300 0.6m286 ICQ158 NOV01I C 0.27mSTM K32 A46 4 P2 2.0s 2.0
31 2011 02 08.71 C 17.6 UO 15 R 7a300 0.34 ICQ158 SHU C 0.34mST0 K6F A32 4 18.2 1.7s 1.7
31 2011 02 23.21 C 17.9 UD 20.6R 8a300 0.6m289 ICQ158 NOV01I C 0.31mSTLaKA1 A46 4 P2 2.3s 2.3
43 2011 01 13.84 xC 16.2 TJ 16.0L 6a540 0.7 2 m290 ICQ158 YOS02N a 5S 0.7 mST9 K26 SI5 5 10.5 4.1s 4.1
43 2011 01 28.51 C 16.4 UD 20.6R 8a300 0.4 1.1m296 ICQ158 NOV01I C 0.46mSTLaKA1 A46 4 P3 2.3s 2.3
43 2011 02 04.47 C 16.3 UD 20.6R 8a300 0.6 1.7m299 ICQ158 NOV01I C 0.61mSTLaKA1 A46 4 P2 2.3s 2.3
43 2011 02 27.70 C 16.8 UD 15.0R 7a300 0.4 1.4m299 ICQ158 NOV01I C 0.39mST0 K6F A46 4 P3 1.7s 1.7
43 2011 03 11.78 C 16.9 UD 15.0R 7a300 0.4 0.9m295 ICQ158 NOV01I C 0.39mST0 K6F A46 4 P3 1.7s 1.7
71 2011 02 23.23 C 18.2 UD 20.6R 8a300 ICQ158 NOV01I C 0.31mSTLaKA1 A46 4 P2 2.3s 2.3
71 2011 03 05.18 C 18.1 UD 20.6R 8a300 0.4 ICQ158 NOV01I C 1.06mSTLaKA1 A46 4 P2 2.3s 2.3
73 c2011 02 02.57 C 19.0 TA 16.0L 6A380 0.3 ICQ158 YOS02N a 5S 0.3 mST9 K26 SI5 5 12.3 4.1s 4.1
73 c2011 02 05.51 C 18.9 UD 20.6R 8a300 0.3 ICQ158 NOV01I C 0.35mSTLaKA1 A46 4 P2 2.3s 2.3
73 c2011 02 21.53 xC 18.8 TJ 16.0L 6A080 0.3 ICQ158 YOS02N a 5S 0.3 mST9 K26 SI5 5 11.1 4.1s 4.1
73 c2011 02 24.18 C 17.9 UD 20.6R 8a360 0.3 0.9m203 ICQ158 NOV01I C 0.35mSTLaKA1 A46 4 P2 2.3s 2.3
73 c2011 03 02.52 xC 18.7 TJ 16.0L 6a780 0.4 ICQ158 YOS02N a 15S 0.4 mST9 K26 SI5 5 11.8 4.1s 4.1
73 c2011 03 06.27 C 18.3 UD 20.6R 8a300 ICQ158 NOV01I C 0.30mSTLaKA1 A46 4 P2 2.3s 2.3
73 c2011 03 28.62 aC 17.5 TJ 16.0L 6A020 0.5 ICQ158xYOS02N a 5S 0.5 mST9 K26 SI5 5 11.2 4.1s 4.1
74 2011 01 30.52 C 17.7 UO 20.6R 8a300 0.3 ICQ158 NOV01I C 1.00mSTLaKA1 A46 4 P3 2.3s 2.3
88 2011 01 26.27 C 18.2 UD 35.5M 4a300 0.5 ICQ158 NOV01I C 0.53mSTM K32 A46 4 P4 2.0s 2.0
103 2010 06 15.99 dk 17.6 LA 65 P 4a990 0.26 0.8m253 ICQ158 HOR02 a 60C 0.35mMG2 K32 GAI 5 9*0.05 13.9 1.1s 1.1
103 2010 06 15.99 dk 17.7 LA 65 P 4a990 0.26 0.8m253 ICQ158 HOR02 a 60C 0.28mMG2 K32 GAI 5 9*0.05 13.9 1.1s 1.1
103 2010 06 15.99 dk 18.0 LA 65 P 4a990 0.26 0.8m253 ICQ158 HOR02 a 60C 0.21mMG2 K32 GAI 5 9*0.05 13.9 1.1s 1.1
103 2010 06 15.99 dk 18.4 LA 65 P 4a990 0.26 0.8m253 ICQ158 HOR02 a 60C 0.14mMG2 K32 GAI 5 9*0.05 13.9 1.1s 1.1
103 2010 06 15.99 dk 18.9 LA 65 P 4a990 0.26 0.8m253 ICQ158 HOR02 a 60C 0.11mMG2 K32 GAI 5 9*0.05 13.9 1.1s 1.1
103 2010 06 15.99 dk 19.5 LA 65 P 4a990 0.26 0.8m253 ICQ158 HOR02 a 60C 0.07mMG2 K32 GAI 5 9*0.05 13.9 1.1s 1.1
103 2010 07 03.05 dk 17.0 LA 65 P 4a900 0.32 0.6m236 ICQ158 SRB a 60C 0.35mMG2 K32 GAI 5 9*0.10 13.7 1.1s 1.1
103 2010 07 03.05 dk 17.0 LA 65 P 4a900 0.32 0.6m236 ICQ158 SRB a 60C 0.28mMG2 K32 GAI 5 9*0.05 13.7 1.1s 1.1
103 2010 07 03.05 dk 17.2 LA 65 P 4a900 0.32 0.6m236 ICQ158 SRB a 60C 0.21mMG2 K32 GAI 5 9*0.05 13.7 1.1s 1.1
103 2010 07 03.05 dk 17.6 LA 65 P 4a900 0.32 0.6m236 ICQ158 SRB a 60C 0.14mMG2 K32 GAI 5 9*0.05 13.7 1.1s 1.1
103 2010 07 03.05 dk 17.9 LA 65 P 4a900 0.32 0.6m236 ICQ158 SRB a 60C 0.11mMG2 K32 GAI 5 9*0.05 13.7 1.1s 1.1
103 2010 07 03.05 dk 18.4 LA 65 P 4a900 0.32 0.6m236 ICQ158 SRB a 60C 0.07mMG2 K32 GAI 5 9*0.05 13.7 1.1s 1.1
103 2010 07 04.05 dk 16.9 LA 65 P 4a720 0.30 0.5m242 ICQ158 HOR02 a 60C 0.35mMG2 K32 GAI 5 9*0.10 13.3 1.1s 1.1
103 2010 07 04.05 dk 17.0 LA 65 P 4a720 0.30 0.5m242 ICQ158 HOR02 a 60C 0.28mMG2 K32 GAI 5 9*0.05 13.3 1.1s 1.1
103 2010 07 04.05 dk 17.2 LA 65 P 4a720 0.30 0.5m242 ICQ158 HOR02 a 60C 0.21mMG2 K32 GAI 5 9*0.05 13.3 1.1s 1.1
103 2010 07 04.05 dk 17.6 LA 65 P 4a720 0.30 0.5m242 ICQ158 HOR02 a 60C 0.14mMG2 K32 GAI 5 9*0.05 13.3 1.1s 1.1
103 2010 07 04.05 dk 17.9 LA 65 P 4a720 0.30 0.5m242 ICQ158 HOR02 a 60C 0.11mMG2 K32 GAI 5 9*0.05 13.3 1.1s 1.1
103 2010 07 04.05 dk 18.5 LA 65 P 4a720 0.30 0.5m242 ICQ158 HOR02 a 60C 0.07mMG2 K32 GAI 5 9*0.05 13.3 1.1s 1.1
103 2010 07 06.93 dk 16.1 LA 65 P 4a810 0.51 0.6m236 ICQ158 SRB a 60C 0.70mMG2 K32 GAI 5 9*0.05 14.1 1.1s 1.1
103 2010 07 06.93 dk 16.4 LA 65 P 4a810 0.51 0.6m236 ICQ158 SRB a 60C 0.56mMG2 K32 GAI 5 9*0.05 14.1 1.1s 1.1
103 2010 07 06.93 dk 16.5 LA 65 P 4a810 0.51 0.6m236 ICQ158 SRB a 60C 0.42mMG2 K32 GAI 5 9*0.05 14.1 1.1s 1.1
103 2010 07 06.93 dk 16.7 LA 65 P 4a810 0.51 0.6m236 ICQ158 SRB a 60C 0.35mMG2 K32 GAI 5 9*0.05 14.1 1.1s 1.1
103 2010 07 06.93 dk 16.9 LA 65 P 4a810 0.51 0.6m236 ICQ158 SRB a 60C 0.28mMG2 K32 GAI 5 9*0.05 14.1 1.1s 1.1
103 2010 07 06.93 dk 17.2 LA 65 P 4a810 0.51 0.6m236 ICQ158 SRB a 60C 0.21mMG2 K32 GAI 5 9*0.05 14.1 1.1s 1.1
103 2010 07 06.93 dk 17.6 LA 65 P 4a810 0.51 0.6m236 ICQ158 SRB a 60C 0.14mMG2 K32 GAI 5 9*0.05 14.1 1.1s 1.1
103 2010 07 06.93 dk 18.0 LA 65 P 4a810 0.51 0.6m236 ICQ158 SRB a 60C 0.11mMG2 K32 GAI 5 9*0.05 14.1 1.1s 1.1
103 2010 07 06.93 dk 18.6 LA 65 P 4a810 0.51 0.6m236 ICQ158 SRB a 60C 0.07mMG2 K32 GAI 5 9*0.05 14.1 1.1s 1.1
103 2010 07 16.88 dk 15.9 LA 65 P 4A890 0.53 1.4m237 ICQ158 HOR02 a 60C 0.56mMG2 K32 GAI 5 9*0.10 14.2 1.1s 1.1
103 2010 07 16.88 dk 16.0 LA 65 P 4A890 0.53 1.4m237 ICQ158 HOR02 a 60C 0.42mMG2 K32 GAI 5 9*0.10 14.2 1.1s 1.1
103 2010 07 16.88 dk 16.2 LA 65 P 4A890 0.53 1.4m237 ICQ158 HOR02 a 60C 0.35mMG2 K32 GAI 5 9*0.05 14.2 1.1s 1.1
103 2010 07 16.88 dk 16.4 LA 65 P 4A890 0.53 1.4m237 ICQ158 HOR02 a 60C 0.28mMG2 K32 GAI 5 9*0.05 14.2 1.1s 1.1
103 2010 07 16.88 dk 16.6 LA 65 P 4A890 0.53 1.4m237 ICQ158 HOR02 a 60C 0.21mMG2 K32 GAI 5 9*0.05 14.2 1.1s 1.1
103 2010 07 16.88 dk 17.1 LA 65 P 4A890 0.53 1.4m237 ICQ158 HOR02 a 60C 0.14mMG2 K32 GAI 5 9*0.05 14.2 1.1s 1.1
103 2010 07 16.88 dk 17.4 LA 65 P 4A890 0.53 1.4m237 ICQ158 HOR02 a 60C 0.11mMG2 K32 GAI 5 9*0.05 14.2 1.1s 1.1
103 2010 07 16.88 dk 18.0 LA 65 P 4A890 0.53 1.4m237 ICQ158 HOR02 a 60C 0.07mMG2 K32 GAI 5 9*0.05 14.2 1.1s 1.1
103 2010 07 27.07 dk 15.1 LA 65 P 4A440 0.49 > 1.4m234 ICQ158 SRB a 60C 0.84mMG2 K32 GAI 5 9*0.05 14.1 1.1s 1.1
103 2010 07 27.07 dk 15.4 LA 65 P 4A440 0.49 > 1.4m234 ICQ158 SRB a 60C 0.56mMG2 K32 GAI 5 9*0.05 14.1 1.1s 1.1
103 2010 07 27.07 dk 15.8 LA 65 P 4A440 0.49 > 1.4m234 ICQ158 SRB a 60C 0.35mMG2 K32 GAI 5 9*0.05 14.1 1.1s 1.1
103 2010 07 27.07 dk 16.0 LA 65 P 4A440 0.49 > 1.4m234 ICQ158 SRB a 60C 0.28mMG2 K32 GAI 5 9*0.05 14.1 1.1s 1.1
103 2010 07 27.07 dk 16.3 LA 65 P 4A440 0.49 > 1.4m234 ICQ158 SRB a 60C 0.21mMG2 K32 GAI 5 9*0.05 14.1 1.1s 1.1
103 2010 07 27.07 dk 16.7 LA 65 P 4A440 0.49 > 1.4m234 ICQ158 SRB a 60C 0.14mMG2 K32 GAI 5 9*0.05 14.1 1.1s 1.1
103 2010 07 27.07 dk 17.0 LA 65 P 4A440 0.49 > 1.4m234 ICQ158 SRB a 60C 0.11mMG2 K32 GAI 5 9*0.05 14.1 1.1s 1.1
103 2010 07 27.07 dk 17.7 LA 65 P 4A440 0.49 > 1.4m234 ICQ158 SRB a 60C 0.07mMG2 K32 GAI 5 9*0.05 14.1 1.1s 1.1
103 2010 07 28.08 dk 15.4 LA 65 P 4A260 0.43 1.3m230 ICQ158 HOR02 a 60C 0.56mMG2 K32 GAI 5 9*0.05 14.5 1.1s 1.1
103 2010 07 28.08 dk 15.6 LA 65 P 4A260 0.43 1.3m230 ICQ158 HOR02 a 60C 0.42mMG2 K32 GAI 5 9*0.05 14.5 1.1s 1.1
103 2010 07 28.08 dk 15.7 LA 65 P 4A260 0.43 1.3m230 ICQ158 HOR02 a 60C 0.35mMG2 K32 GAI 5 9*0.05 14.5 1.1s 1.1
103 2010 07 28.08 dk 15.9 LA 65 P 4A260 0.43 1.3m230 ICQ158 HOR02 a 60C 0.28mMG2 K32 GAI 5 9*0.05 14.5 1.1s 1.1
103 2010 07 28.08 dk 16.1 LA 65 P 4A260 0.43 1.3m230 ICQ158 HOR02 a 60C 0.21mMG2 K32 GAI 5 9*0.05 14.5 1.1s 1.1
103 2010 07 28.08 dk 16.6 LA 65 P 4A260 0.43 1.3m230 ICQ158 HOR02 a 60C 0.14mMG2 K32 GAI 5 9*0.05 14.5 1.1s 1.1
103 2010 07 28.08 dk 16.9 LA 65 P 4A260 0.43 1.3m230 ICQ158 HOR02 a 60C 0.11mMG2 K32 GAI 5 9*0.05 14.5 1.1s 1.1
103 2010 07 28.08 dk 17.4 LA 65 P 4A260 0.43 1.3m230 ICQ158 HOR02 a 60C 0.07mMG2 K32 GAI 5 9*0.05 14.5 1.1s 1.1
103 2010 08 18.95 dk 11.7 LA 65 P 4a720 > 4.2 > 5.0m223 ICQ158 SRB a 60C 4.48mMG2 K32 GAI 5 9*0.05 13.3 1.1s 1.1
103 2010 08 18.95 dk 12.5 LA 65 P 4a720 > 4.2 > 5.0m223 ICQ158 SRB a 60C 3.36mMG2 K32 GAI 5 9*0.05 13.3 1.1s 1.1
103 2010 08 18.95 dk 13.0 LA 65 P 4a720 > 4.2 > 5.0m223 ICQ158 SRB a 60C 2.24mMG2 K32 GAI 5 9*0.05 13.3 1.1s 1.1
103 2010 08 18.95 dk 13.6 LA 65 P 4a720 > 4.2 > 5.0m223 ICQ158 SRB a 60C 1.12mMG2 K32 GAI 5 9*0.05 13.3 1.1s 1.1
103 2010 08 18.95 dk 14.2 LA 65 P 4a720 > 4.2 > 5.0m223 ICQ158 SRB a 60C 0.56mMG2 K32 GAI 5 9*0.05 13.3 1.1s 1.1
103 2010 08 18.95 dk 14.8 LA 65 P 4a720 > 4.2 > 5.0m223 ICQ158 SRB a 60C 0.28mMG2 K32 GAI 5 9*0.05 13.3 1.1s 1.1
103 2010 08 18.95 dk 15.5 LA 65 P 4a720 > 4.2 > 5.0m223 ICQ158 SRB a 60C 0.14mMG2 K32 GAI 5 9*0.05 13.3 1.1s 1.1
103 2010 08 18.95 dk 16.5 LA 65 P 4a720 > 4.2 > 5.0m223 ICQ158 SRB a 60C 0.07mMG2 K32 GAI 5 9*0.05 13.3 1.1s 1.1
103 2010 08 19.84 dk 12.6 LA 65 P 4a720 > 4.2 > 3.5m223 ICQ158 HOR02 a 60C 3.36mMG2 K32 GAI 5 9*0.05 13.3 1.1s 1.1
103 2010 08 19.84 dk 12.9 LA 65 P 4a720 > 4.2 > 3.5m223 ICQ158 HOR02 a 60C 2.24mMG2 K32 GAI 5 9*0.05 13.3 1.1s 1.1
103 2010 08 19.84 dk 13.5 LA 65 P 4a720 > 4.2 > 3.5m223 ICQ158 HOR02 a 60C 1.12mMG2 K32 GAI 5 9*0.05 13.3 1.1s 1.1
103 2010 08 19.84 dk 14.1 LA 65 P 4a720 > 4.2 > 3.5m223 ICQ158 HOR02 a 60C 0.56mMG2 K32 GAI 5 9*0.05 13.3 1.1s 1.1
103 2010 08 19.84 dk 14.7 LA 65 P 4a720 > 4.2 > 3.5m223 ICQ158 HOR02 a 60C 0.28mMG2 K32 GAI 5 9*0.05 13.3 1.1s 1.1
103 2010 08 19.84 dk 15.4 LA 65 P 4a720 > 4.2 > 3.5m223 ICQ158 HOR02 a 60C 0.14mMG2 K32 GAI 5 9*0.05 13.3 1.1s 1.1
103 2010 08 19.84 dk 16.3 LA 65 P 4a720 > 4.2 > 3.5m223 ICQ158 HOR02 a 60C 0.07mMG2 K32 GAI 5 9*0.05 13.3 1.1s 1.1
103 2010 08 28.79 dk 12.1 LA 65 P 4a900 > 5.3 > 6.3m215 ICQ158 SRB a 60C 3.36mMG2 K32 GAI 5 9*0.05 12.9 1.1s 1.1
103 2010 08 28.79 dk 12.4 LA 65 P 4a900 > 5.3 > 6.3m215 ICQ158 SRB a 60C 2.24mMG2 K32 GAI 5 9*0.05 12.9 1.1s 1.1
103 2010 08 28.79 dk 13.0 LA 65 P 4a900 > 5.3 > 6.3m215 ICQ158 SRB a 60C 1.12mMG2 K32 GAI 5 9*0.05 12.9 1.1s 1.1
103 2010 08 28.79 dk 13.6 LA 65 P 4a900 > 5.3 > 6.3m215 ICQ158 SRB a 60C 0.56mMG2 K32 GAI 5 9*0.05 12.9 1.1s 1.1
103 2010 08 28.79 dk 14.3 LA 65 P 4a900 > 5.3 > 6.3m215 ICQ158 SRB a 60C 0.28mMG2 K32 GAI 5 9*0.05 12.9 1.1s 1.1
103 2010 08 28.79 dk 15.2 LA 65 P 4a900 > 5.3 > 6.3m215 ICQ158 SRB a 60C 0.14mMG2 K32 GAI 5 9*0.05 12.9 1.1s 1.1
103 2010 08 28.79 dk 16.4 LA 65 P 4a900 > 5.3 > 6.3m215 ICQ158 SRB a 60C 0.07mMG2 K32 GAI 5 9*0.05 12.9 1.1s 1.1
103 2010 08 31.89 dk 11.5 LA 65 P 4a990 > 6.3 5.4m203 ICQ158 HOR02 a 60C 5.60mMG2 K32 GAI 5 9*0.15 12.3 1.1s 1.1
103 2010 08 31.89 dk 11.7 LA 65 P 4a990 > 6.3 5.4m203 ICQ158 HOR02 a 60C 4.48mMG2 K32 GAI 5 9*0.10 12.3 1.1s 1.1
103 2010 08 31.89 dk 11.8 LA 65 P 4a990 > 6.3 5.4m203 ICQ158 HOR02 a 60C 3.36mMG2 K32 GAI 5 9*0.05 12.3 1.1s 1.1
103 2010 08 31.89 dk 12.2 LA 65 P 4a990 > 6.3 5.4m203 ICQ158 HOR02 a 60C 2.24mMG2 K32 GAI 5 9*0.05 12.3 1.1s 1.1
103 2010 08 31.89 dk 12.8 LA 65 P 4a990 > 6.3 5.4m203 ICQ158 HOR02 a 60C 1.12mMG2 K32 GAI 5 9*0.05 12.3 1.1s 1.1
103 2010 08 31.89 dk 13.4 LA 65 P 4a990 > 6.3 5.4m203 ICQ158 HOR02 a 60C 0.56mMG2 K32 GAI 5 9*0.05 12.3 1.1s 1.1
103 2010 08 31.89 dk 14.1 LA 65 P 4a990 > 6.3 5.4m203 ICQ158 HOR02 a 60C 0.28mMG2 K32 GAI 5 9*0.05 12.3 1.1s 1.1
103 2010 08 31.89 dk 14.9 LA 65 P 4a990 > 6.3 5.4m203 ICQ158 HOR02 a 60C 0.14mMG2 K32 GAI 5 9*0.05 12.3 1.1s 1.1
103 2010 08 31.89 dk 15.9 LA 65 P 4a990 > 6.3 5.4m203 ICQ158 HOR02 a 60C 0.07mMG2 K32 GAI 5 9*0.05 12.3 1.1s 1.1
103 2010 09 04.83 dk 11.2 LA 65 P 4a450 >12 > 8 m202 ICQ158 SRB a 60C 8.96mMG2 K32 GAI 5 9*0.25 14.3 1.1s 1.1
103 2010 09 04.83 dk 11.3 LA 65 P 4a450 >12 > 8 m202 ICQ158 SRB a 60C 4.48mMG2 K32 GAI 5 9*0.15 14.3 1.1s 1.1
103 2010 09 04.83 dk 11.5 LA 65 P 4a450 >12 > 8 m202 ICQ158 SRB a 60C 3.36mMG2 K32 GAI 5 9*0.10 14.3 1.1s 1.1
103 2010 09 04.83 dk 11.9 LA 65 P 4a450 >12 > 8 m202 ICQ158 SRB a 60C 2.24mMG2 K32 GAI 5 9*0.05 14.3 1.1s 1.1
103 2010 09 04.83 dk 12.5 LA 65 P 4a450 >12 > 8 m202 ICQ158 SRB a 60C 1.12mMG2 K32 GAI 5 9*0.05 14.3 1.1s 1.1
103 2010 09 04.83 dk 13.2 LA 65 P 4a450 >12 > 8 m202 ICQ158 SRB a 60C 0.56mMG2 K32 GAI 5 9*0.05 14.3 1.1s 1.1
103 2010 09 04.83 dk 13.9 LA 65 P 4a450 >12 > 8 m202 ICQ158 SRB a 60C 0.28mMG2 K32 GAI 5 9*0.05 14.3 1.1s 1.1
103 2010 09 04.83 dk 14.8 LA 65 P 4a450 >12 > 8 m202 ICQ158 SRB a 60C 0.14mMG2 K32 GAI 5 9*0.05 14.3 1.1s 1.1
103 2010 09 04.83 dk 15.2 LA 65 P 4a450 >12 > 8 m202 ICQ158 SRB a 60C 0.07mMG2 K32 GAI 5 9*0.05 14.3 1.1s 1.1
103 2010 09 14.08 dk 10.1 LA 65 P 4a540 >12 > 7 m187 ICQ158 HOR02 a 60C 8.96mMG2 K32 GAI 5 9*0.25 12.6 1.1s 1.1
103 2010 09 14.08 dk 10.7 LA 65 P 4a540 >12 > 7 m187 ICQ158 HOR02 a 60C 4.48mMG2 K32 GAI 5 9*0.15 12.6 1.1s 1.1
103 2010 09 14.08 dk 11.3 LA 65 P 4a540 >12 > 7 m187 ICQ158 HOR02 a 60C 2.24mMG2 K32 GAI 5 9*0.05 12.6 1.1s 1.1
103 2010 09 14.08 dk 11.9 LA 65 P 4a540 >12 > 7 m187 ICQ158 HOR02 a 60C 1.12mMG2 K32 GAI 5 9*0.05 12.6 1.1s 1.1
103 2010 09 14.08 dk 12.6 LA 65 P 4a540 >12 > 7 m187 ICQ158 HOR02 a 60C 0.56mMG2 K32 GAI 5 9*0.05 12.6 1.1s 1.1
103 2010 09 14.08 dk 13.3 LA 65 P 4a540 >12 > 7 m187 ICQ158 HOR02 a 60C 0.28mMG2 K32 GAI 5 9*0.05 12.6 1.1s 1.1
103 2010 09 14.08 dk 14.2 LA 65 P 4a540 >12 > 7 m187 ICQ158 HOR02 a 60C 0.14mMG2 K32 GAI 5 9*0.05 12.6 1.1s 1.1
103 2010 09 14.08 dk 15.3 LA 65 P 4a540 >12 > 7 m187 ICQ158 HOR02 a 60C 0.07mMG2 K32 GAI 5 9*0.05 12.6 1.1s 1.1
103 2010 09 17.77 dk 10.3 LA 65 P 4a720 >14 > 7 m189 ICQ158 SRB a 60C 8.96mMG2 K32 GAI 5 9*0.25 12.5 1.1s 1.1
103 2010 09 17.77 dk 10.6 LA 65 P 4a720 >14 > 7 m189 ICQ158 SRB a 60C 4.48mMG2 K32 GAI 5 9*0.15 12.5 1.1s 1.1
103 2010 09 17.77 dk 11.1 LA 65 P 4a720 >14 > 7 m189 ICQ158 SRB a 60C 2.24mMG2 K32 GAI 5 9*0.05 12.5 1.1s 1.1
103 2010 09 17.77 dk 11.8 LA 65 P 4a720 >14 > 7 m189 ICQ158 SRB a 60C 1.12mMG2 K32 GAI 5 9*0.05 12.5 1.1s 1.1
103 2010 09 17.77 dk 12.4 LA 65 P 4a720 >14 > 7 m189 ICQ158 SRB a 60C 0.56mMG2 K32 GAI 5 9*0.05 12.5 1.1s 1.1
103 2010 09 17.77 dk 13.2 LA 65 P 4a720 >14 > 7 m189 ICQ158 SRB a 60C 0.28mMG2 K32 GAI 5 9*0.05 12.5 1.1s 1.1
103 2010 09 17.77 dk 14.0 LA 65 P 4a720 >14 > 7 m189 ICQ158 SRB a 60C 0.14mMG2 K32 GAI 5 9*0.05 12.5 1.1s 1.1
103 2010 09 17.77 dk 15.1 LA 65 P 4a720 >14 > 7 m189 ICQ158 SRB a 60C 0.07mMG2 K32 GAI 5 9*0.05 12.5 1.1s 1.1
103 2010 09 20.80 dk 9.8 LA 65 P 4a900 >14 > 7 m183 ICQ158 HOR02 a 60C 8.96mMG2 K32 GAI 5 9*0.25 13.9 1.1s 1.1
103 2010 09 20.80 dk 10.3 LA 65 P 4a900 >14 > 7 m183 ICQ158 HOR02 a 60C 4.48mMG2 K32 GAI 5 9*0.15 13.9 1.1s 1.1
103 2010 09 20.80 dk 10.8 LA 65 P 4a900 >14 > 7 m183 ICQ158 HOR02 a 60C 2.24mMG2 K32 GAI 5 9*0.05 13.9 1.1s 1.1
103 2010 09 20.80 dk 11.6 LA 65 P 4a900 >14 > 7 m183 ICQ158 HOR02 a 60C 1.12mMG2 K32 GAI 5 9*0.05 13.9 1.1s 1.1
103 2010 09 20.80 dk 12.3 LA 65 P 4a900 >14 > 7 m183 ICQ158 HOR02 a 60C 0.56mMG2 K32 GAI 5 9*0.05 13.9 1.1s 1.1
103 2010 09 20.80 dk 13.0 LA 65 P 4a900 >14 > 7 m183 ICQ158 HOR02 a 60C 0.28mMG2 K32 GAI 5 9*0.05 13.9 1.1s 1.1
103 2010 09 20.80 dk 13.9 LA 65 P 4a900 >14 > 7 m183 ICQ158 HOR02 a 60C 0.14mMG2 K32 GAI 5 9*0.05 13.9 1.1s 1.1
103 2010 09 20.80 dk 14.9 LA 65 P 4a900 >14 > 7 m183 ICQ158 HOR02 a 60C 0.07mMG2 K32 GAI 5 9*0.05 13.9 1.1s 1.1
103 2010 10 06.98 dk 9.0 LA 65 P 4a720 >14 > 7 m231 ICQ158 SRB a 60C 8.96mMG2 K32 GAI 5 9*0.25 13.4 1.1s 1.1
103 2010 10 06.98 dk 9.6 LA 65 P 4a720 >14 > 7 m231 ICQ158 SRB a 60C 4.48mMG2 K32 GAI 5 9*0.20 13.4 1.1s 1.1
103 2010 10 06.98 dk 9.8 LA 65 P 4a720 >14 > 7 m231 ICQ158 SRB a 60C 2.24mMG2 K32 GAI 5 9*0.15 13.4 1.1s 1.1
103 2010 10 06.98 dk 10.5 LA 65 P 4a720 >14 > 7 m231 ICQ158 SRB a 60C 1.12mMG2 K32 GAI 5 9*0.10 13.4 1.1s 1.1
103 2010 10 06.98 dk 11.2 LA 65 P 4a720 >14 > 7 m231 ICQ158 SRB a 60C 0.56mMG2 K32 GAI 5 9*0.10 13.4 1.1s 1.1
103 2010 10 06.98 dk 12.0 LA 65 P 4a720 >14 > 7 m231 ICQ158 SRB a 60C 0.28mMG2 K32 GAI 5 9*0.10 13.4 1.1s 1.1
103 2010 10 06.98 dk 12.7 LA 65 P 4a720 >14 > 7 m231 ICQ158 SRB a 60C 0.14mMG2 K32 GAI 5 9*0.10 13.4 1.1s 1.1
103 2010 10 06.98 dk 13.6 LA 65 P 4a720 >14 > 7 m231 ICQ158 SRB a 60C 0.07mMG2 K32 GAI 5 9*0.05 13.4 1.1s 1.1
103 2010 12 03.73 xc 9.4 TJ 7.1A 3a 60 9.5 6 ICQ158 HAR10I S 0.8 mCKD CAC SI5 4 9.5 5.0s 5.0
103 2010 12 11.74 xc 9.1 TJ 7.1A 3a 60 8.6 6 ICQ158 HAR10I S 1.0 mCKD CAC SI5 4 9.3 5.0s 5.0
103 2011 01 06.71 xc 10.7 TJ 7.1A 3a 60 3.5 5 ICQ158 HAR10I S 1.2 mCKD CAC SI5 4 11.4 5.0s 5.0
103 2011 02 02.50 xC 13.0 TJ 16.0L 6a180 1.0 ICQ158 YOS02I a 5S 1.0 mST9 K26 SI5 5 11.4 4.1s 4.1
103 2011 02 07.80 dk 13.1 LB 30 L 6a800 > 0.9 ICQ158 BRE03 a 2C 1.17mST7 K40 GAI 5 9*0.15 10.5 2.2s 2.2
103 2011 02 07.80 dk 14.0 LB 30 L 6a800 > 0.9 ICQ158 BRE03 a 2C 0.59mST7 K40 GAI 5 9*0.15 10.5 2.2s 2.2
103 2011 02 07.80 dk 14.8 LB 30 L 6a800 > 0.9 ICQ158 BRE03 a 2C 0.29mST7 K40 GAI 5 9*0.10 10.5 2.2s 2.2
103 2011 02 07.80 dk 15.9 LB 30 L 6a800 > 0.9 ICQ158 BRE03 a 2C 0.15mST7 K40 GAI 5 9*0.15 10.5 2.2s 2.2
103 2011 02 08.67 C 14.5 UO 15 R 7a300 0.82 7/ 0.9m 24 ICQ158 SHU C 0.82mST0 K6F A32 4 14.6 1.7s 1.7
103 2011 03 01.89 dk 15.6 LB 30 L 6a760 > 0.3 ICQ158 BRE03 a 2C 0.59mST7 K40 GAI 5 9*0.10 10.5 2.2s 2.2
103 2011 03 01.89 dk 15.9 LB 30 L 6a760 > 0.3 ICQ158 BRE03 a 2C 0.29mST7 K40 GAI 5 9*0.10 10.5 2.2s 2.2
103 2011 03 01.89 dk 16.9 LB 30 L 6a760 > 0.3 ICQ158 BRE03 a 2C 0.15mST7 K40 GAI 5 9*0.15 10.5 2.2s 2.2
103 2011 03 06.54 C 16.1 UO 15 R 7a360 0.28 7/ ICQ158 SHU C 0.28mST0 K6F A32 4 15.3 1.7s 1.7
103 2011 03 07.88 dk 15.4 LB 30 L 6a800 0.5 ICQ158 BRE03 a 2C 0.59mST7 K40 GAI 5 9*0.10 10.5 2.2s 2.2
103 2011 03 07.88 dk 15.8 LB 30 L 6a800 0.5 ICQ158 BRE03 a 2C 0.29mST7 K40 GAI 5 9*0.10 10.5 2.2s 2.2
103 2011 03 07.88 dk 16.7 LB 30 L 6a800 0.5 ICQ158 BRE03 a 2C 0.15mST7 K40 GAI 5 9*0.15 10.5 2.2s 2.2
103 2011 03 30.81 C 15.7 UO 41 L 4a 60 0.25 4 ICQ158 SHU C 0.25mAAL SAL A41 4 16.1 0.8s 0.8
103 2011 03 30.81 dk 16.2 LB 30 L 6a800 0.4 ICQ158 BRE03 a 2C 0.59mST7 K40 GAI 5 9*0.15 10.5 2.2s 2.2
103 2011 03 30.81 dk 16.5 LB 30 L 6a800 0.4 ICQ158 BRE03 a 2C 0.29mST7 K40 GAI 5 9*0.10 10.5 2.2s 2.2
103 2011 03 30.81 dk 17.3 LB 30 L 6a800 0.4 ICQ158 BRE03 a 2C 0.15mST7 K40 GAI 5 9*0.15 10.5 2.2s 2.2
103 2011 05 07.83 dk 17.9 LA 65 P 4a420 0.14 ICQ158 HOR02 a 60C 0.11mMG2 K32 GAI 5 7*0.20 13.8 1.1s 1.1
103 2011 05 07.83 dk 18.3 LA 65 P 4a420 0.14 ICQ158 HOR02 a 60C 0.07mMG2 K32 GAI 5 7*0.10 13.8 1.1s 1.1
123 2011 01 24.18 C 16.3 UD 35.5M 4a180 0.4 0.5m ICQ158 NOV01I C 0.40mSTM K32 A46 4 P3 2.0s 2.0
123 2011 02 05.12 C 16.2 UD 35.5M 4a180 0.3 0.5m108 ICQ158 NOV01I C 1.53mSTM K32 A46 4 P2 2.0s 2.0
123 2011 02 22.14 C 16.3 UD 20.6R 8a180 0.3 ICQ158 NOV01I C 0.77mSTLaKA1 A46 4 P1 2.3s 2.3
123 2011 02 25.46 C 16.5 UD 50.0P 2a270 0.4 0.6m118 ICQ158 NOV01I C 0.34mFL9 KA9 A46 2 P2* 2.2s 2.2
133 2011 02 24.82 C 20.4 UD 50.0M 4a420 ICQ158 NOV01I C 0.33mST1 K10 A46 4 P4 1.2s 1.2
203 2011 01 27.31 C 18.1 UD 35.5M 4a300 3.0m295 ICQ158 NOV01I C 0.30mSTM K32 A46 4 P2 2.0s 2.0
203 2011 02 23.22 C 17.6 UD 20.6R 8a420 4.8m294 ICQ158 NOV01I C 0.31mSTLaKA1 A46 4 P2 2.3s 2.3
203 2011 02 25.44 C 17.6 UD 45.5L 3a300 6 m294 ICQ158 NOV01I C 0.33mFL9aKA9 A46 4 P4 2.0s 2.0
217 2011 02 28.80 C 20.6 UD 50.0M 4a360 ICQ158 NOV01I C 0.20mST1 K10 A46 4 P5 1.2s 1.2
223 2011 01 26.26 C 18.7 UD 35.5M 4a300 ICQ158 NOV01I C 0.33mSTM K32 A46 4 P2 2.0s 2.0
231 2011 02 05.52 C 18.6 UO 20.6R 8a300 ICQ158 NOV01I C 0.38mSTLaKA1 A46 4 P2 2.3s 2.3
231 2011 02 23.24 C 17.9 UD 20.6R 8a300 0.3 1.3m274 ICQ158 NOV01I C 0.35mSTLaKA1 A46 4 P2 2.3s 2.3
231 2011 02 24.15 C 18.0 UD 35.5M 4a270 1.0m277 ICQ158 NOV01I C 0.33mSTM K32 A46 4 P4 2.0s 2.0
231 2011 02 24.18 C 17.9 UD 20.6R 8a360 0.3 0.5m280 ICQ158 NOV01I C 0.35mSTLaKA1 A46 4 P3 2.3s 2.3
231 2011 03 05.19 C 18.0 UD 20.6R 8a300 0.3 0.6m271 ICQ158 NOV01I C 0.34mSTLaKA1 A46 4 P4 2.3s 2.3
231 2011 04 05.46 C 17.8 UO 15 R 7a300 0.28 7/ ICQ158 SHU C 0.28mST0 K6F A32 4 17.6 1.7s 1.7
240 2011 01 26.28 C 15.2 UD 35.5M 4a180 1.0 ICQ158 NOV01I C 1.00mSTM K32 A46 4 P2 2.0s 2.0
240 2011 02 05.11 C 15.3 UD 35.5M 4a300 1.4 ICQ158 NOV01I C 1.53mSTM K32 A46 4 P2 2.0s 2.0
240 2011 02 07.85 dk 16.4 LB 30 L 6a800 > 0.5 ICQ158 BRE03 a 2C 0.59mST7 K40 GAI 5 9*0.10 10.5 2.2s 2.2
240 2011 02 07.85 dk 16.5 LB 30 L 6a800 > 0.5 ICQ158 BRE03 a 2C 0.29mST7 K40 GAI 5 9*0.10 10.5 2.2s 2.2
240 2011 02 07.85 dk 17.3 LB 30 L 6a800 > 0.5 ICQ158 BRE03 a 2C 0.15mST7 K40 GAI 5 9*0.15 10.5 2.2s 2.2
240 2011 02 19.17 C 16.0:UD 45.5L 3a240 0.5 ICQ158 NOV01I C 0.80mFL9aKA9 A46 4 P4 2.0s 2.0
240 2011 03 01.23 C 16.6 UD 20.6R 8a300 0.6 ICQ158 NOV01I C 0.65mSTLaKA1 A46 4 P3 2.3s 2.3
241 2011 01 24.19 C 17.1 UD 35.5M 4a300 0.4 1.2m297 ICQ158 NOV01I C 0.40mSTM K32 A46 4 P2 2.0s 2.0
241 2011 02 05.15 C 17.4 UD 35.5M 4a300 0.4 ICQ158 NOV01I C 0.40mSTM K32 A46 4 P2 2.0s 2.0
241 2011 02 22.16 C 17.8 UD 20.6R 8a300 0.3 ICQ158 NOV01I C 0.37mSTLaKA1 A46 4 P2 2.3s 2.3
241 2011 03 05.17 C 18.3 UD 20.6R 8a300 0.4 ICQ158 NOV01I C 0.38mSTLaKA1 A46 4 P1 2.3s 2.3
247 2011 01 24.14 C 16.9 UD 35.5M 4a180 ICQ158 NOV01I C 0.33mSTM K32 A46 4 P2 2.0s 2.0
247 2011 02 02.52 xC 16.3 TJ 16.0L 6a720 0.3 ICQ158 YOS02N a 5S 0.3 mST9 K26 SI5 5 10.8 4.1s 4.1
247 2011 02 05.12 C 17.1 UD 35.5M 4a180 0.5m267 ICQ158 NOV01I C 0.33mSTM K32 A46 4 P2 2.0s 2.0
247 2011 02 22.15 C 17.3 UD 20.6R 8a180 ICQ158 NOV01I C 0.77mSTLaKA1 A46 4 P2 2.3s 2.3
247 2011 03 05.20 C 17.6 UD 20.6R 8a180 ICQ158 NOV01I C 0.38mSTLaKA1 A46 4 P2 2.3s 2.3
249 2011 01 30.49 C 19.7 UD 45.5L 3a 60 ICQ158 NOV01I C 0.33mFL9aKA9 A46 4 P9 2.0s 2.0
596 2011 01 13.72 wH 13.0 LA 16.0L 6a360 9 ICQ158 YOS0244a 30C 1.2 mST9 K26 SI5 5 9.4 4.1s 4.1
596 2011 01 13.74 wV 14.0 LA 16.0L 6a360 9 ICQ158 YOS0244a 30C 1.2 mST9 K26 SI5 5 9.9 4.1s 4.1
596 2011 01 13.75 wC 13.9 SK 16.0L 6a600 9 ICQ158 YOS0244a 15C 1.2 mST9 K26 SI5 5 11.9 4.1s 4.1
2005L3 2011 01 27.33 C 15.2 UD 35.5M 4a180 1.0 2.7m 95 ICQ158 NOV01I C 1.00mSTM K32 A46 4 P2 2.0s 2.0
2005L3 2011 02 23.20 C 15.4 UD 20.6R 8a300 0.8 ICQ158 NOV01I C 1.00mSTLaKA1 A46 4 P2 2.3s 2.3
2005L3 2011 03 01.99 dk 16.4 LB 30 L 6a800 > 0.6 ICQ158 BRE03 a 2C 0.59mST7 K40 GAI 5 9*0.15 10.5 2.2s 2.2
2005L3 2011 03 01.99 dk 17.3 LB 30 L 6a800 > 0.6 ICQ158 BRE03 a 2C 0.29mST7 K40 GAI 5 9*0.15 10.5 2.2s 2.2
2005L3 2011 03 01.99 dk 18.2 LB 30 L 6a800 > 0.6 ICQ158 BRE03 a 2C 0.15mST7 K40 GAI 5 9*0.20 10.5 2.2s 2.2
2005L3 2011 03 07.92 dk 16.5 LB 30 L 6a800 > 0.6 ICQ158 BRE03 a 2C 0.59mST7 K40 GAI 5 9*0.15 10.5 2.2s 2.2
2005L3 2011 03 07.92 dk 17.1 LB 30 L 6a800 > 0.6 ICQ158 BRE03 a 2C 0.29mST7 K40 GAI 5 9*0.15 10.5 2.2s 2.2
2005L3 2011 03 07.92 dk 18.2 LB 30 L 6a800 > 0.6 ICQ158 BRE03 a 2C 0.15mST7 K40 GAI 5 9*0.20 10.5 2.2s 2.2
2006S3 2011 03 16.50 C 14.9 UD 20.6R 8a180 0.7 ICQ158 NOV01I C 0.72mSTLaKA1 A46 4 U1 2.3s 2.3
2006S3 2011 04 09.78 xC 15.2 TJ 16.0L 6a600 0.7 ICQ158 YOS02I a 15S 0.7 mST9 K26 SI5 5 11.1 4.1s 4.1
2006W3 2011 02 07.76 C 13.7:UD 15.0R 7a300 & 2.5 ICQ158 NOV01I C 2.49mST0 K6F A46 4 P3 1.7s 1.7
2006W3 2011 02 27.72 C 13.5:UD 15.0R 7a180 & 2.0 ICQ158 NOV01I C 2.00mST0 K6F A46 4 P2 1.7s 1.7
2007Q3 2011 02 04.51 C 17.8 UD 35.5M 4a300 0.3 1.1m284 ICQ158 NOV01I C 0.33mSTM K32 A46 4 P2 2.0s 2.0
2007Q3 2011 03 04.48 C 17.8 UD 20.6R 8a300 0.3 0.6m306 ICQ158 NOV01I C 0.30mSTLaKA1 A46 4 P2 2.3s 2.3
2007VO532011 02 04.52 C 17.2 UD 35.5M 4a300 0.3 0.6m343 ICQ158 NOV01I C 0.33mSTM K32 A46 4 P2 2.0s 2.0
2007VO532011 03 02.45 C 17.5 UD 20.6R 8a300 0.3 ICQ158 NOV01I C 0.33mSTLaKA1 A46 4 P2 2.3s 2.3
2008FK752011 03 16.48 C 16.1 UD 20.6R 8a180 0.5 ICQ158 NOV01I C 0.46mSTLaKA1 A46 4 U1 2.3s 2.3
2008S3 2011 01 24.09 C 17.9 UD 35.5M 4a300 0.7m 82 ICQ158 NOV01I C 0.33mSTM K32 A46 4 P2 2.0s 2.0
2008S3 2011 02 22.10 C 18.3 UD 20.6R 8a300 ICQ158 NOV01I C 0.31mSTLaKA1 A46 4 P2 2.3s 2.3
2009F4 2011 02 07.74 C 14.1 UD 15.0R 7a180 0.4 ICQ158 NOV01I C 0.45mST0 K6F A46 4 P3 1.7s 1.7
2009F4 2011 02 27.72 C 14.4 UD 15.0R 7a180 0.5 0.8m337 ICQ158 NOV01I C 0.50mST0 K6F A46 4 P2 1.7s 1.7
2009F4 2011 03 11.80 C 14.0 UD 15.0R 7a180 0.5 0.7m341 ICQ158 NOV01I C 0.51mST0 K6F A46 4 P2 1.7s 1.7
2009K5 2011 01 24.20 C 15.6 UD 35.5M 4a300 1.3 4.1m 1 ICQ158 NOV01I C 1.33mSTM K32 A46 4 P2 2.0s 2.0
2009K5 2011 01 30.73 dk 16.7 LB 30 L 6a800 > 0.5 ICQ158 BRE03 a 2C 0.59mST7 K40 GAI 5 9*0.25 10.3 2.2s 2.2
2009K5 2011 01 30.73 dk 17.0 LB 30 L 6a800 > 0.5 ICQ158 BRE03 a 2C 0.29mST7 K40 GAI 5 9*0.25 10.3 2.2s 2.2
2009K5 2011 01 30.73 dk 17.8 LB 30 L 6a800 > 0.5 ICQ158 BRE03 a 2C 0.15mST7 K40 GAI 5 9*0.25 10.3 2.2s 2.2
2009K5 2011 02 23.18 C 16.5 UD 20.6R 8a420 0.8 ICQ158 NOV01I C 0.84mSTLaKA1 A46 4 P2 2.3s 2.3
2009UG892011 02 04.52 C 17.0 UD 35.5M 4a300 0.3 0.6m122 ICQ158 NOV01I C 0.33mSTM K32 A46 4 P2 2.0s 2.0
2009UG892011 03 06.45 C 17.3 UD 35.5M 4a240 0.25 ICQ158 NOV01I C 0.27mSTM K32 A46 4 P2 2.0s 2.0
2009Y1 2011 01 16.74 C 13.6 UD 30.5T 2a 60 0.6 1.5m358 ICQ158 NOV01I C 0.77mSTM K32 A46 2 P5 1.7s 1.7
2009Y1 2011 01 29.74 C 13.7 UD 30.5T 2a 60 0.6 2.5m354 ICQ158 NOV01I C 0.77mSTM K32 A46 2 P5 1.7s 1.7
2010A4 2011 01 26.49 C 17.8 UD 15.0R 7a300 0.3 0.9m140 ICQ158 NOV01I C 0.28mST0 K6F A46 4 P2 1.7s 1.7
2010B1 2010 12 03.73 xC 13.3 TJ 7.1A 3a 60 0.9 5 ICQ158 HAR10I S 0.9 mCKD CAC SI5 4 10.8 5.5s 5.5
2010B1 2011 01 02.47 xC 14.0 TJ 16.0L 6a660 0.8 4 m 17 ICQ158 YOS02I a 60C 0.8 mST9 K26 SI5 5 10.9 4.1s 4.1
2010B1 2011 01 02.48 xV 14.0 TJ 16.0L 6a480 0.6 3 m 17 ICQ158 YOS02I a 60C 0.8 mST9 K26 SI5 5 10.9 4.1s 4.1
2010B1 2011 01 24.16 C 14.3 UD 35.5M 4a300 0.6 7 m 23 ICQ158 NOV01I C 0.80mSTM K32 A46 4 P2 2.0s 2.0
2010B1 2011 02 05.16 C 14.8 UD 35.5M 4a180 0.6 5.6m 31 ICQ158 NOV01I C 0.73mSTM K32 A46 4 P1 2.0s 2.0
2010B1 2011 02 06.26 C 14.8 UD 20.6R 8a300 0.6 2.7m 37 ICQ158 NOV01I C 0.61mSTLaKA1 A46 4 P2 2.3s 2.3
2010B1 2011 02 21.45 xC 15.2 TJ 16.0L 6a900 0.6 3.0m 40 ICQ158 YOS02N a 5S 0.6 mST9 K26 SI5 5 10.7 4.1s 4.1
2010B1 2011 02 22.12 C 15.1 UD 20.6R 8a300 0.7 7 m 30 ICQ158 NOV01I C 0.77mSTLaKA1 A46 4 P2 2.3s 2.3
2010B1 2011 02 25.45 C 14.8 UD 50.0P 2a390 0.6 6 m 33 ICQ158 NOV01I C 1.22mFL9 KA9 A46 2 P2* 2.2s 2.2
2010B1 2011 04 05.44 C 16.1 UO 15 R 7a300 0.32 8/ 2 m 46 ICQ158 SHU C 0.32mST0 K6F A32 4 16.5 1.7s 1.7
2010D4 2011 03 15.48 C 20.2:UD 45.5L 3a300 ICQ158 NOV01I C 0.33mFL9aKA9 A46 4 P6 2.0s 2.0
2010FB872011 01 26.51 C 14.7 UD 15.0R 7a180 0.9 ICQ158 NOV01I C 0.91mST0 K6F A46 4 P3 1.7s 1.7
2010FB872011 02 07.73 C 14.2 UD 15.0R 7a180 0.8 ICQ158 NOV01I C 0.79mST0 K6F A46 4 P1 1.7s 1.7
2010FB872011 02 08.66 C 14.9 UO 15 R 7a300 0.65 7/ 1.2m154 ICQ158 SHU C 0.65mST0 K6F A32 4 14.9 1.7s 1.7
2010FB872011 02 10.64 C 14.4 UO 15 R 7a300 0.27 8 ICQ158 SHU C 0.27mST0 K6F A32 4 14.1 1.7s 1.7
2010FB872011 03 06.53 C 15.0 UO 15 R 7a360 0.51 8 1 m150 ICQ158 SHU C 0.51mST0 K6F A32 4 15.1 1.7s 1.7
2010FB872011 03 07.58 C 14.7 UD 15.0R 7a180 0.5 1.2m242 ICQ158 NOV01I C 0.62mST0 K6F A46 4 P2 1.7s 1.7
2010FB872011 04 04.47 C 15.8 UO 15 R 7a300 0.45 8 0.8m148 ICQ158 SHU C 0.45mST0 K6F A32 4 15.2 1.7s 1.7
2010FB872011 04 05.45 C 15.6 UO 15 R 7a300 0.45 8 0.5m147 ICQ158 SHU C 0.45mST0 K6F A32 4 15.6 1.7s 1.7
2010G2 2011 01 28.52 C 15.4 UD 20.6R 8a240 0.8 ICQ158 NOV01I C 0.77mSTLaKA1 A46 4 P3 2.3s 2.3
2010G2 2011 03 01.97 dk 15.9 LB 30 L 6a800 0.4 ICQ158 BRE03 a 2C 0.59mST7 K40 GAI 5 9*0.10 10.5 2.2s 2.2
2010G2 2011 03 01.97 dk 16.4 LB 30 L 6a800 0.4 ICQ158 BRE03 a 2C 0.29mST7 K40 GAI 5 9*0.15 10.5 2.2s 2.2
2010G2 2011 03 01.97 dk 17.5 LB 30 L 6a800 0.4 ICQ158 BRE03 a 2C 0.15mST7 K40 GAI 5 9*0.20 10.5 2.2s 2.2
2010G2 2011 03 02.46 C 15.0 UD 20.6R 8a180 0.9 ICQ158 NOV01I C 0.91mSTLaKA1 A46 4 P3 2.3s 2.3
2010G2 2011 03 08.80 xC 15.4 TJ 16.0L 6a300 0.6 0.6m220 ICQ158 YOS02I a 60S 0.6 mST9 K26 SI5 5 11.0 4.1s 4.1
2010G2 2011 03 09.49 C 15.2 UD 35.5M 4a180 0.8 0.5m292 ICQ158 NOV01I C 0.80mSTM K32 A46 4 P1 2.0s 2.0
2010G2 2011 03 16.49 C 14.8 UD 20.6R 8a180 1.2 ICQ158 NOV01I C 1.14mSTLaKA1 A46 4 U1 2.3s 2.3
2010G2 2011 03 28.70 aC 15.1 LA 16.0L 6a780 0.6 0.5m220 ICQ158 YOS0263a 15C 0.6 mST9 K26 SI5 5 12.2 4.1s 4.1
2010G2 2011 03 28.72 aV 15.3:LA 16.0L 6a600 0.4 ICQ158 YOS0263a 30C 0.6 mST9 K26 SI5 5 12.2 4.1s 4.1
2010G2 2011 03 28.73 aH 14.6 LA 16.0L 6a600 0.4 220 ICQ158 YOS0263a 30C 0.6 mST9 K26 SI5 5 11.4 4.1s 4.1
2010G2 2011 04 09.74 xC 15.0 TJ 16.0L 6a660 0.8 1.5m235 ICQ158 YOS02N a 15S 0.8 mST9 K26 SI5 5 10.9 4.1s 4.1
2010S1 2011 01 24.12 C 16.5 UD 35.5M 4a180 ICQ158 NOV01I C 0.33mSTM K32 A46 4 P2 2.0s 2.0
2010S1 2011 02 19.10 C 16.7 UD 45.5L 3a240 ICQ158 NOV01I C 0.33mFL9aKA9 A46 4 P4 2.0s 2.0
2010U3 2011 02 05.10 C 19.2 UD 35.5M 4a300 0.2 0.2m292 ICQ158 NOV01I C 0.33mSTM K32 A46 4 P3 2.0s 2.0
3322010V1 2010 12 09.80 xC 13.6 TJ 7.1A 3a 40 1.2 3 ICQ158 HAR10I S 1.2 mCKD CAC SI5 4 10.3 5.0s 5.0
3322010V1 2011 01 13.86 xC 16.1 TJ 16.0L 6a900 0.7 ICQ158 YOS02N a 5S 0.7 mST9 K26 SI5 5 11.0 4.1s 4.1
3322010V1 2011 01 30.51 C 15.8 UO 20.6R 8a300 1.0 ICQ158 NOV01I C 1.00mSTLaKA1 A46 4 P3 2.3s 2.3
P2010WK 2011 01 24.16 C 16.3 UD 35.5M 4a300 ICQ158 NOV01I C 0.40mSTM K32 A46 4 P2 2.0s 2.0
P2010WK 2011 02 06.27 C 16.4 UD 20.6R 8a180 0.4 ICQ158 NOV01I C 0.40mSTLaKA1 A46 4 P3 2.3s 2.3
P2010WK 2011 02 19.14 C 16.9 UD 45.5L 3a240 0.5 ICQ158 NOV01I C 0.47mFL9aKA9 A46 4 P3 2.0s 2.0
P2010WK 2011 03 01.21 C 17.3 UD 20.6R 8a240 0.4 ICQ158 NOV01I C 0.42mSTLaKA1 A46 4 P2 2.3s 2.3
2010X1 2011 01 13.79 xC 18.5 TJ 16.0L 6A080 0.3 ICQ158 YOS02I a 5S 0.3 mST9 K26 SI5 5 11.2 4.1s 4.1
2010X1 2011 01 27.44 C 18.4 UD 45.5L 3a300 0.3 0.5m264 ICQ158 NOV01I C 0.33mFL9aKA9 A46 4 P4 2.0s 2.0
2010X1 2011 02 04.47 C 17.9 UD 20.6R 8a300 0.3 0.3m305 ICQ158 NOV01I C 0.31mSTLaKA1 A46 4 P2 2.3s 2.3
2010X1 2011 02 06.52 C 17.8 UD 45.5L 3a300 0.3 0.3m260 ICQ158 NOV01I C 0.33mFL9aKA9 A46 4 P4 2.0s 2.0
2010X1 2011 02 07.71 C 17.9 UO 15 R 7a300 0.26 8/ ICQ158 SHU C 0.26mST0 K6F A32 4 17.8 1.7s 1.7
2010X1 2011 02 08.69 C 17.5 UO 15 R 7a300 0.34 7/ ICQ158 SHU C 0.34mST0 K6F A32 4 17.5 1.7s 1.7
2010X1 2011 02 11.52 C 17.7 UD 35.5M 4a300 0.3 0.2m282 ICQ158 NOV01I C 0.33mSTM K32 A46 4 P2 2.0s 2.0
2010X1 2011 02 12.39 C 17.8 UD 45.5L 3a300 0.3 0.4m280 ICQ158 NOV01I C 0.33mFL9aKA9 A46 4 P4 2.0s 2.0
2010X1 2011 02 16.40 C 17.5 UO 36 M 4a300 0.17 8/ ICQ158 SHU C 0.20mSTT K32 A32 4 17.2 1.0s 1.0
2010X1 2011 02 16.45 C 17.6 UD 45.5L 3a300 0.3 0.3m301 ICQ158 NOV01I C 0.33mFL9aKA9 A46 4 P4 2.0s 2.0
2010X1 2011 02 22.40 C 17.5 UD 45.5L 3a300 0.3 0.5m289 ICQ158 NOV01I C 0.33mFL9aKA9 A46 4 P2 2.0s 2.0
2010X1 2011 03 01.27 C 17.0 UD 20.6R 8a300 0.3 0.6m294 ICQ158 NOV01I C 0.30mSTLaKA1 A46 4 P2 2.3s 2.3
2010X1 2011 03 02.68 C 17.2 UO 15 R 7a360 0.28 8/ ICQ158 SHU C 0.30mST0 K6F A32 4 17.3 1.7s 1.7
2010X1 2011 03 04.47 C 16.7 UD 20.6R 8a300 0.3 0.4m308 ICQ158 NOV01I C 0.30mSTLaKA1 A46 4 P2 2.3s 2.3
2010X1 2011 03 04.48 C 17.4 UO 36 M 4a360 0.20 8 ICQ158 SHU C 0.20mSTT K32 A32 4 17.3 1.0s 1.0
2010X1 2011 03 06.42 C 16.6 UD 35.5M 4a180 0.3 0.4m279 ICQ158 NOV01I C 0.33mSTM K32 A46 4 P2 2.0s 2.0
2010X1 2011 03 08.43 C 16.5 UD 45.5L 3a300 0.4 0.7m282 ICQ158 NOV01I C 0.33mFL9aKA9 A46 4 P3 2.0s 2.0
2010X1 2011 03 09.48 C 16.3 UD 35.5M 4a180 0.4 0.5m292 ICQ158 NOV01I C 0.37mSTM K32 A46 4 P2 2.0s 2.0
2010X1 2011 03 12.41 C 16.0 UD 45.5L 3a300 0.4 0.7m303 ICQ158 NOV01I C 0.43mFL9aKA9 A46 4 P3 2.0s 2.0
2010X1 2011 03 14.86 C 16.2 UD 50.0M 4a180 0.3 0.4m290 ICQ158 NOV01I C 0.33mST1 K10 A46 4 P9 1.2s 1.2
2010X1 2011 03 15.44 C 15.8 UD 45.5L 3a240 0.45 1.2m293 ICQ158 NOV01I C 0.45mFL9aKA9 A46 4 P3 2.0s 2.0
2010X1 2011 03 17.42 C 15.9 UD 45.5L 3a240 0.3 0.4m296 ICQ158 NOV01I C 0.33mFL9aKA9 A46 4 P4 2.0s 2.0
2010X1 2011 03 28.58 xC 16.1 TJ 16.0L 6a600 0.6 ICQ158 YOS02I a 15S 0.6 mST9 K26 SI5 5 11.5 4.1s 4.1
2010X1 2011 03 29.91 dk 16.2 LB 30 L 6a800 0.4 ICQ158 BRE03 a 2C 0.59mST7 K40 GAI 5 9*0.10 11.6 2.2s 2.2
2010X1 2011 03 29.91 dk 16.3 LB 30 L 6a800 0.4 ICQ158 BRE03 a 2C 0.29mST7 K40 GAI 5 9*0.10 11.6 2.2s 2.2
2010X1 2011 03 29.91 dk 17.1 LB 30 L 6a800 0.4 ICQ158 BRE03 a 2C 0.15mST7 K40 GAI 5 9*0.15 11.6 2.2s 2.2
2010X1 2011 03 30.85 C 15.8 UO 41 L 4a 60 0.50 3/ ICQ158 SHU C 0.50mALL SAL A41 4 16.5 0.8s 0.8
2010X1 2011 03 30.86 dk 16.2 LB 30 L 6a760 0.3 ICQ158 BRE03 a 2C 0.59mST7 K40 GAI 5 9*0.10 10.5 2.2s 2.2
2010X1 2011 03 30.86 dk 16.3 LB 30 L 6a760 0.3 ICQ158 BRE03 a 2C 0.29mST7 K40 GAI 5 9*0.10 10.5 2.2s 2.2
2010X1 2011 03 30.86 dk 17.1 LB 30 L 6a760 0.3 ICQ158 BRE03 a 2C 0.15mST7 K40 GAI 5 9*0.15 10.5 2.2s 2.2
2010X1 2011 03 31.89 C 15.7 UO 41 L 4a 60 0.50 3/ ICQ158 SHU C 0.50mALL SAL A41 4 15.0 0.8s 0.8
2010X1 2011 04 02.54 C 16.0 UO 15 R 7a100 0.57 7/ ICQ158 SHU C 0.57mST0 K6F A32 4 15.9 1.7s 1.7
2010X1 2011 04 04.44 C 16.0 UO 15 R 7a150 0.34 ICQ158 SHU C 0.34mST0 K6F A32 4 15.2 1.7s 1.7
2010X1 2011 04 05.47 C 16.3 UO 15 R 7a300 0.51 7/ ICQ158 SHU C 0.51mST0 K6F A32 4 15.9 1.7s 1.7
2010X1 2011 04 25.49 aC 15.9 LA 16.0L 6a660 0.5 ICQ158 YOS02 8a 15C 0.5 mST9 K26 SI5 5 9.9 4.1s 4.1
2010X1 2011 04 25.50 aH 15.3 LA 16.0L 6a600 0.4 ICQ158 YOS02 8a 15C 0.5 mST9 K26 SI5 5 9.2 4.1s 4.1
2502011A1 2011 01 28.45 C 18.8 UD 45.5L 3a300 1.1m277 ICQ158 NOV01I C 0.33mFL9aKA9 A46 4 P4 2.0s 2.0
2502011A1 2011 02 25.47 C 18.9 UD 45.5L 3a300 ICQ158 NOV01I C 0.33mFL9aKA9 A46 4 P3 2.0s 2.0
P2011A2 2011 02 16.45 C 16.7:UD 45.5L 3a300 & 0.8 ICQ158 NOV01I C 0.80mFL9aKA9 A46 4 P4 2.0s 2.0
P2011A2 2011 02 19.49 C 16.4:UD 45.5L 3a240 & 0.7 ICQ158 NOV01I C 0.73mFL9aKA9 A46 4 P4 2.0s 2.0
P2011A2 2011 03 02.43 C 17.1 UD 20.6R 8a420 0.55 ICQ158 NOV01I C 0.53mSTLaKA1 A46 4 P2 2.3s 2.3
P2011A2 2011 03 04.46 C 17.9 UO 36 M 4a720 0.25 7/ ICQ158 SHU C 0.30mSTT K32 A32 4 18.0 1.0s 1.0
2011A3 2011 01 28.44 C 18.0 UD 45.5L 3a300 0.3 ICQ158 NOV01I C 0.33mFL9aKA9 A46 4 P4 2.0s 2.0
2011A3 2011 02 25.49 C 17.5 UD 45.5L 3a300 0.3 0.4m270 ICQ158 NOV01I C 0.33mFL9aKA9 A46 4 P3 2.0s 2.0
2011A3 2011 03 04.47 C 17.3 UO 36 M 4a360 0.28 8 ICQ158 SHU C 0.30mSTT K32 A32 4 17.8 1.0s 1.0
2011A3 2011 03 08.67 xC 17.3 TJ 16.0L 6a900 0.4 240 ICQ158 YOS02N a 5S 0.4 mST9 K26 SI5 5 11.4 4.1s 4.1
2011A3 2011 03 26.93 C 16.9 UO 41 L 4a330 0.28 7/ 0.3m260 ICQ158 SHU C 0.28mAAL SAL A41 4 15.8 0.8s 0.8
2011C1 2011 02 11.49 C 14.4:UD 20.6R 8a180 & 1.7 ICQ158 NOV01I C 1.69mSTLaKA1 A46 4 P3 2.3s 2.3
2011C1 2011 02 12.47 C 14.3:UD 35.5M 4a300 & 1.5 ICQ158 NOV01I C 0.33mSTM K32 A46 4 P2 2.0s 2.0
2011C1 2011 02 16.47 C 14.5:UD 45.5L 3a 60 & 1.1 ICQ158 NOV01I C 1.13mFL9aKA9 A46 4 P4 2.0s 2.0
2011C1 2011 03 05.73 C 14.7 UO 15 R 7a360 0.76 7/ ICQ158 SHU C 0.80mST0 K6F A32 4 17.3 1.7s 1.7
2011C1 2011 03 09.81 xc 13.2 TJ 7.1A 3a100 0.8 5 ICQ158 HAR10I S 0.8 mCKD CAC SI5 4 12.0 5.0s 5.0
2011C1 2011 03 16.47 C 11.0:UD 20.6R 8a 60 & 3.8 ICQ158 NOV01I C 3.80mSTLaKA1 A46 4 P7 2.3s 2.3
2011C1 2011 03 27.06 C 13.0 UO 41 L 4a 30 0.56 3 ICQ158 SHU C 0.56mALL SAL A41 4 14.3 0.8s 0.8
2011C1 2011 03 31.79 xc 10.3 TJ 7.1A 3a160 1.5 6 ICQ158 HAR10I S 1.5 mCKD CAC SI5 4 10.5 5.0s 5.0
2011C1 2011 04 01.79 xc 9.8 TJ 7.1A 3a160 1.5 6 ICQ158 HAR10I S 1.5 mCKD CAC SI5 4 9.8 5.0s 5.0
2011C1 2011 04 06.79 xc 9.1 TJ 7.1A 3a100 2.2 7 ICQ158 HAR10I S 2.2 mCKD CAC SI5 4 9.4 5.0s 5.0
2011C1 2011 04 09.81 aC 10.6 LA 16.0L 6a240 4.1 6 m262 ICQ158 YOS02N a 15C 4.1 mST9 K26 SI5 5 10.0 4.1s 4.1
2011C1 2011 04 09.81 aV 10.0 LA 16.0L 6a240 4.1 4 m268 ICQ158 YOS02N a 30C 4.1 mST9 K26 SI5 5 10.0 4.1s 4.1
2011C1 2011 04 09.82 aH 11.1 LA 16.0L 6a240 1.5 5 m262 ICQ158 YOS02N a 30C 4.1 mST9 K26 SI5 5 11.1 4.1s 4.1
2011C1 2011 04 12.78 xc 8.4 TJ 7.1A 3a100 3.2 7 ICQ158 HAR10I S 3.2 mCKD CAC SI5 4 8.8 5.0s 5.0
2011C1 2011 04 29.76 xc 9.9 TJ 7.1A 3a100 2.0 5 ICQ158 HAR10I S 2.0 mCKD CAC SI5 4 10.0 5.0s 5.0
2011F1 2011 03 27.03 C 17.7 UO 41 L 4A080 0.30 8 ICQ158 SHU C 0.30mAAL SAL A41 4 18.0 0.8s 0.8
2011F1 2011 04 25.52 C 17.5 TA 16.0L 6a660 0.3 ICQ158 YOS02I a 60S 0.3 mST9 K26 SI5 5 12.9 4.1s 4.1