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properties of Interplanetary shock events

properties of Interplanetary shock events. including events on... 940221 040829 941022 040913 941029 041107_1 951018 041107_2 970515 041211 980801 980826 980924 000608 000715 010827 010925 011124 020801 020826 020907 021109. Kouta Nakata 2005 9/13. 凡例.

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properties of Interplanetary shock events

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  1. properties of Interplanetary shock events including events on... 940221 040829 941022 040913 941029 041107_1 951018 041107_2 970515 041211 980801 980826 980924 000608 000715 010827 010925 011124 020801 020826 020907 021109 Kouta Nakata 2005 9/13

  2. 凡例 940221:position-direction of field shockのgeometry GTL,ACE,WIND,SOHOの位置 下の３つの方法から決定した shock normalに従ったショック面 横軸：方位角、縦軸：仰角 上流、下流の磁場+shock normalのベクトル shock normalは ・Minimum Variance Analysis (MVA) ・CoPlanarity (CP) ・衛星のgeometry でそれぞれ求めた。 ショック速度Vsは衛星系での値

  3. 凡例 横軸がUTのものは すべてshock 5h前-1h後 940221:Et-MGF-ft Ｅｔ図 （2004年は粒子データが出ていないためなし） 上段：電子 中段：プロトン 下段：SW 磁場データ 上段：絶対値（0-50nT） 中段：方位角 下段：仰角 ｆｔ図 (0.01-8.0Hz log scale) 上段：right-hand 中段：left-hand 下段：compressional

  4. 凡例 940221:particle data protonのtime profile 横軸：ＵＴ、縦軸：カウント数 2001年まではEPIC、2002年以降はEPAM、2004年はなし EPIC:195keV, 249keV, 320keV, 414keV, 539keV EPAM:56keV, 88.5keV, 149.5 keV, 248.5keV 445keV, 820keV, 1.485MeV, 3.330MeV LEP electronのtime profile 横軸：ＵＴ、縦軸：カウント数 エネルギーレンジは低い方から、 315.7eV, 519.9eV, 1.58keV 4.57keV, 13.2keV, 38.2keV 左：proton(EPIC or EPAM) 右：electron(LEP) のpower spectrum shock前 5h-4h、shock前 1h-0h、 shock後 0h-1h

  5. 940221:position-direction of field Vs=998 (vxB) Va=64.3 Ma:7.7 shock angle: 68

  6. 940221:Et-MGF-ft

  7. 940221:particle data

  8. 941022:position-direction of field Vs=388 (vxB) Va=49.8 Ma: 1.6 shock angle: 8.0

  9. 941022:Et-MGF-ft

  10. 941022:particle data

  11. 941029:position-direction of field Vs=591 (vxB) Va=32.4 Ma: 6.1 shock angle: 62

  12. 941029:Et-MGF-ft

  13. 941029:particle data

  14. 951018:position-direction of field Vs=369 (vxB) Va=28.3 Ma=2.4 shock angle: *86

  15. 951018:Et-MGF-ft

  16. 951018:particle data

  17. 970515:position-direction of field Vs= 503 Va=63.2 Ma=2.8 shock angle: 85

  18. 970515:Et-MGF-ft

  19. 970515:particle data

  20. 980501:position-direction of field Vs= 620 (geometry) Va= 69.4 Ma=2.1 shock angle: 63

  21. 980501:Et-MGF-ft

  22. 980501:particle data

  23. 980826:position-direction of field Vs= 904 (vxB) Va= 64.3 Ma= 6.7 shock angle: 88

  24. 980826:Et-MGF-ft

  25. 980826:particle data

  26. 980924:position-direction of field Vs= 759 (AtoG) Va= 94.7 Ma= 4.1 shock angle: 65

  27. 980924:Et-MGF-ft

  28. 980924:particle data

  29. 000608:position-direction of field Vs= 822 (AtoG) Va= 67.3 Ma= 4.4 shock angle: 32

  30. 000608:Et-MGF-ft

  31. 000608:particle data

  32. 000715:position-direction of field Vs= 930 (geometry) Va= 91.6 Ma= 6.7 shock angle: 47

  33. 000715:Et-MGF-ft

  34. 000715:particle data

  35. 010827:position-direction of field Vs= 532 (vxB) Va= 60.5 Ma= 2.5 shock angle: 52

  36. 010827:Et-MGF-ft

  37. 010827:particle data

  38. 010925:position-direction of field Vs= 663(geo) Va= 65.0 Ma= 8.2 shock angle: 49

  39. 010925:Et-MGF-ft

  40. 010925:particle data

  41. 011124:position-direction of field Vs= 1413 (geo) Va= 58.5 Ma= 9.2 shock angle: *89

  42. 011124:Et-MGF-ft

  43. 011124:particle data

  44. 020801:position-direction of field Vs= 469 (geo) Va= 98.2 Ma= 1.8 shock angle: 10

  45. 020801:Et-MGF-ft

  46. 020801:particle data

  47. 020826:position-direction of field Vs= 320 (geo) Va= 53.8 Ma= 1.7 shock angle: 85

  48. 020826:Et-MGF-ft

  49. 020826:particle data

  50. 020907:position-direction of field Vs= 563 (geo) Va= 73.9 Ma= 4.7 shock angle: *84

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