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CH3BR: PD data: agust,heima,...Mars10/PXT-260310ak.pxp agust,www,.....Mars10/PXT-260310ak

CH3BR: PD data: agust,heima,...Mars10/PXT-260310ak.pxp agust,www,.....Mars10/PXT-260310ak.ppt. Vs VHW, KM (n=3):. CH 3 + log-log slopes: O: f = 0.92 (VHW) O: f = 0.91 (VHW) O: f = 0.90 (VHW). 3 +/- 0.5 range. CH 3 + log-log slopes: O: f = 0.92 (KM) O: f = 0.84 (KM). 3 +/- 0.5 range.

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CH3BR: PD data: agust,heima,...Mars10/PXT-260310ak.pxp agust,www,.....Mars10/PXT-260310ak

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  1. CH3BR: PD data: agust,heima,...Mars10/PXT-260310ak.pxp agust,www,.....Mars10/PXT-260310ak.ppt

  2. Vs VHW, KM (n=3):

  3. CH3+ log-log slopes: O: f = 0.92 (VHW) O: f = 0.91 (VHW) O: f = 0.90 (VHW) 3 +/- 0.5 range

  4. CH3+ log-log slopes: O: f = 0.92 (KM) O: f = 0.84 (KM) 3 +/- 0.5 range

  5. Vs VHW, KM (n=2):

  6. CH2+ log-log slopes: O: f = 0.92 (VHW) O: f = 0.91 (VHW) O: f = 0.90 (VHW) 3 +/- 0.5 range

  7. CH2+ log-log slopes: O: f = 0.92 (KM) O: f = 0.84 (KM) 3 +/- 0.5 range

  8. Vs VHW, KM (n=1):

  9. CH+ log-log slopes: O: f = 0.92 (VHW) (O: f = 0.91 (VHW)) O: f = 0.90 (VHW) 3 +/- 0.5 range

  10. CH+ log-log slopes: O: f = 0.92 (KM) O: f = 0.84 (KM) 3 +/- 0.5 range

  11. Comment: • On the whole VHW and KM agree on the general trends: • slope close to constant or slightly decreasing from 66020 –> 76695 (threshold) • After which it rises sharply with energy 76695 -> 81000.

  12. Vs CHn; n = 3,2,1 (VHW):

  13. CH3+ log-log slopes: O: f = 0.92 (VHW) O: f = 0.91 (VHW) O: f = 0.90 (VHW) 3 +/- 0.5 range

  14. CH2+ log-log slopes: O: f = 0.92 (VHW) O: f = 0.91 (VHW) O: f = 0.90 (VHW) 3 +/- 0.5 range

  15. CH+ log-log slopes: O: f = 0.92 (VHW) (O: f = 0.91 (VHW)) O: f = 0.90 (VHW) 3 +/- 0.5 range

  16. Vs CHn; n = 3,2,1 (KM):

  17. CH3+ log-log slopes: O: f = 0.92 (KM) O: f = 0.84 (KM) 3 +/- 0.5 range

  18. CH2+ log-log slopes: O: f = 0.92 (KM) O: f = 0.84 (KM) 3 +/- 0.5 range

  19. CH+ log-log slopes: O: f = 0.92 (KM) O: f = 0.84 (KM) 3 +/- 0.5 range

  20. Comment: • slope increases as n = 3<2<1 for the region 66020 – 76695; • slope increases as n = 3<2 for the region 76695 – 81000 • (seems to drop as2>1)

  21. Br+:

  22. 79Br+ log-log slopes: O: f = 0.92 (VHW) O: f = 0.90 (VHW) 3 +/- 0.5 range

  23. 81Br+ log-log slopes: O: f = 0.92 (VHW) O: f = 0.90 (VHW) 3 +/- 0.5 range

  24. 79Br+ log-log slopes: O: f = 0.92 (KM) O: f = 0.84 (KM) 3 +/- 0.5 range

  25. 81Br+ log-log slopes: O: f = 0.92 (KM) O: f = 0.84 (KM) 3 +/- 0.5 range

  26. CHnBr+

  27. CH3Br+ CH2Br+ CHBr+ CBr+ From low power data (VHW): Red: 0.90, three different exp. Black: 0.92, three different exp. Log-log slope

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