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Chandra data reduction The CDFs Giorgio, Margherita, Elisabeta, - PowerPoint PPT Presentation

Nov 02, 2022 •134 likes •315 views

Chandra data reduction The CDFs Giorgio, Margherita, Elisabeta, Eleonora, Lazarus, Enrica, Laurel, Enrique, Fabrizio Log(Nh)=24 Log(Nh)=23.5 Log(Nh)=24 Log(Nh)=23.5 Log(Nh)=23.6 Log(Nh)=24 Log(Nh)=23. Log(Nh)=24 5 Log(Nh)=23.5 Zeng

  1. Chandra data reduction The CDFs Giorgio, Margherita, Elisabeta, Eleonora, Lazarus, Enrica, Laurel, Enrique, Fabrizio

  2. Log(Nh)=24 Log(Nh)=23.5

  3. Log(Nh)=24 Log(Nh)=23.5

  4. Log(Nh)=23.6 Log(Nh)=24 Log(Nh)=23. Log(Nh)=24 5 Log(Nh)=23.5

  5. Zeng & Wang 2008

  6. Zeng & Wang 2008 z=1.617

  7. Zeng & Wang 2008 z=1.617

  10. 11 sources 2<z<3 Log(Nh)=23.4

  12. ======================================================================== Model wabs<1>*zwabs<2>*powerlaw<3> Source No.: 1 Active/On Model Model Component Parameter Unit Value par comp 1 1 wabs nH 10^22 1.00000E-02 frozen 2 2 zwabs nH 10^22 8.88983 +/- 3.50514 3 2 zwabs redshift 0.481000 frozen 4 3 powerlaw PhoIndex 0.914029 +/- 0.232553 5 3 powerlaw norm 2.36292E-07 +/- 2.65760E-07 ________________________________________________________________________ Using energies from responses. Chi-Squared = 15.18 using 17 PHA bins. Reduced chi-squared = 1.084 for 14 degrees of freedom Null hypothesis probability = 3.659512e-01 Weighting method: standard

  13. wabs<1>*zwabs<2>*powerlaw<3> + powerlaw<4> + gaussian<5> + powerlaw<6> + gaussian<7> + powerlaw<8> + gaussian<9> + gaussian<10>

  14. ============================================================= = Model wabs<1>*zwabs<2>*powerlaw<3> + powerlaw<4> + gaussian<5> + powerlaw<6> + gaussian<7> + powerlaw<8> + gaussian<9> + gaussian<10> Source No.: 1 Active/On Model Model Component Parameter Unit Value par comp 1 1 wabs nH 10^22 1.00000E-02 frozen 2 2 zwabs nH 10^22 7.81893 +/- 3.07105 3 2 zwabs redshift 0.481000 frozen 4 3 powerlaw PhoIndex 0.863339 +/- 0.508804 5 3 powerlaw norm 2.20851E-07 +/- 3.73254E-07 6 4 powerlaw PhoIndex 4.45000 frozen 7 4 powerlaw norm 2.75500E-08 frozen 8 5 gaussian LineE keV 2.20000 frozen 9 5 gaussian Sigma keV 7.37000E-02 frozen 10 5 gaussian norm 9.41000E-09 frozen 11 6 powerlaw PhoIndex -5.52000 frozen 12 6 powerlaw norm 1.17700E-12 frozen 13 7 gaussian LineE keV 2.73700 frozen 14 7 gaussian Sigma keV 1.73300 frozen 15 7 gaussian norm 5.85350E-08 frozen 16 8 powerlaw PhoIndex -28.2200 frozen 17 8 powerlaw norm 1.43000E-34 frozen 18 9 gaussian LineE keV 7.56500 frozen 19 9 gaussian Sigma keV 0.161300 frozen 20 9 gaussian norm 4.73400E-08 frozen 21 10 gaussian LineE keV 8.41000 frozen 22 10 gaussian Sigma keV 0.204000 frozen 23 10 gaussian norm 9.32300E-08 frozen _________________________________________________________________ C-statistic = 595.55 using 663 PHA bins and 660 degrees of freedom.

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