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Make NM data for Analysis

1 North. 2. 4. 3. 5. 6. 7. 8. 9. 10 South. Make NM data for Analysis. Count rate at i-th patch C i (t) is calculated from observed rate at k-th station as. nk: number of the station in i-th patch. Predict IMF from NM data. m, N: defined parameter

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Make NM data for Analysis

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  1. 1 North 2 4 3 5 6 7 8 9 10 South Make NM data for Analysis Count rate at i-th patch Ci(t) is calculated from observed rate at k-th station as nk: number of the station in i-th patch

  2. Predict IMF from NM data m, N: defined parameter An: defined from chi-square minimization • Input X: normalized NM count rate in the i-th patch Ci, i=1,10 or, deviation between i-th and j- th patch Ci,j=Ci-Cj, i,j=1,10 • Output B is compared with six types of IMF data • Bobs: Bx, By, Bz, dBx, dBy, dBz (dB(t)=B(t)-B(t-1)) by • normalized chi-square which defined as tn:number of the data in each year norm ~1: bad prediction <1: better prediction

  3. Predicted Bz, dBz (2006) from Ci m N

  4. Predicted Bz, dBz (2006) from Ci m N Number of data tn available in year 2006

  5. Predicted Bx, dBx (2006) from Ci

  6. Predicted By, dBy (2006) from Ci

  7. Predicted (2006) from Ci,j=Ci-Cj j dBx Bx i dBy By dBz Bz m=1, N=1 m=1, N=5

  8. Number of data tn available in year 2006 m=1, N=1 m=1, N=5

  9. Predicted Bx, dBx (2001) from Ci

  10. Predicted By, dBy (2001) from Ci

  11. Predicted Bz, dBz (2001) from Ci

  12. Predicted (2001) from Ci,j=Ci-Cj j i m=1, N=1 m=1, N=5

  13. From muon data Nagoya Kuwait Hobart SaoMartinho m=1, N=5 m=1, N=1 m=1, N=5 m=1, N=1 m=1, N=5 m=1, N=1 m=1, N=5 m=1, N=1

  14. From muon data (2006) m=1,N=1 m=1, N=1 m=1, N=1

  15. From muon data (2006) m=1,N=5 m=1, N=5 m=1, N=5

  16. Fill Data GapandCorrect Compton Getting Effect

  17. Predicted (2006) from Ci,j=Ci-Cj j dBx Bx i dBy By dBz Bz m=1, N=1 m=1, N=5

  18. Number of data tn available in year 2006 m=1, N=1 m=1, N=5 m=1, N=5 Num. of the gap needed to be 1/3*N

  19. After data gap is filled j i m=1, N=5 m=1, N=5

  20. Correct Compton-Getting anisotropy

  21. %-deviation from 24-hour trailing average

  22. Including CG anisotropy After correction of CG j i m=1, N=1 m=1, N=1

  23. Including CG anisotropy After correction of CG j i m=1, N=5 m=1, N=5

  24. For Muon data Number of data tn available in year 2006 m=1, N=1 m=1, N=5 After filling gap m=1, N=5

  25. Correct Compton-Getting anisotropy %-deviation from 24-hour trailing average

  26. Muon data After filling gap and correcting CG anisotropy Before j i m=1, N=5 m=1, N=5

  27. Separate Toward and Away At time t+mΔt Bx > By → Toward Bx < By → Away

  28. Toward m=1, N=1 m=1, N=5

  29. Away m=1, N=1 m=1, N=5

  30. Muon data Toward m=1, N=1 m=1, N=5

  31. Muon data Away m=1, N=1 m=1, N=5

  32. 1 North 2 4 3 5 6 7 8 9 10 South 1 North 2 4 3 5 6 7 8 9 10 12 11 13 14 15 16 17 18 20 19 21 22 23 24 25 26 South

  33. Toward m=1, N=1 m=1, N=5

  34. Toward No CG correction m=1, N=1 m=1, N=1

  35. Muon data Toward m=1, N=1 m=1, N=5

  36. Toward Away 2006 m=1, N=1 m=1, N=1

  37. Toward Away 2001 m=1, N=1 m=1, N=1

  38. A0=-1.156, A1=-0.923, Ac=2.389

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