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==> Dataset      : #0 INCLUDED
==> Data file    : /Users/adamgoldstein/Desktop/BATSE_Catalog/burst_7440/cont_7440_57.bfits
==> Response file: /Users/adamgoldstein/Desktop/BATSE_Catalog/burst_7440/cont_7440_57.drm
==> Fit interval :  78.016: 80.064 s,  26.399: 1536.321 keV, channels  1: 14
 
==> MFIT F95 v0.99 2009 May 19: Fit completed at Fri Nov 13 19:28:23 2009
 
TERM: Power Law
 
        Amplitude    VARY    1.591E-07 +/-     4.09E-07 p/s-cm2-keV 
        Pivot E =fix  FIX        100.0 +/-         0.00 keV         
        Index        VARY       -11.96 +/-         1.89             
 
==> CHISQ = 17.922, DOF = 12, REDUCED CHISQ = 1.493499, PROB = 0.1181
==> Photon Flux =        66.237291 +/-        21.567636 ph/s-cm^2 in the interval: 20.00: 2000.0 keV
==> Energy Flux =    2.3360399e-06 +/-    7.2280289e-07 erg/s-cm^2 in the interval: 20.00: 2000.0 keV
 
***
*** WARNING: Mild non-convergence.
***
 
    The Normed Covariance Matrix = Correlation Coefficient Matrix:
   1.000  0.999
   0.999  1.000

 
    The global correlation coefficients of the varying parameters are:
   0.999  0.999
  
Detector 0: LAD#5
Livetime:   1.86666
Total ChiSq: 17.9220
 Chan         E range         Observ.Rate  Back.Rate  Model.Rate  Model.Sigma   deduced     Sigma
               (keV)                       (counts / s-keV-det)                obs cnts
   1     21.663     31.135       139.8       114.6       23.10       2.823     2471.94       0.729
   2     31.135     40.309       129.5       125.7       9.529       2.847     2216.95      -2.020
   3     40.309     55.201       101.7       99.15      0.8078       1.923     2825.93       0.901
   4     55.201     74.090       79.64       79.91     0.03092       1.528     2806.93      -0.196
   5     74.090     99.908       54.09       54.88    0.001111       1.082     2604.94      -0.734
   6     99.908     127.29       36.63       35.10   4.036E-05      0.8403     1871.95       1.822
   7     127.29     170.47       30.31       29.79   1.868E-06      0.6176     2441.94       0.845
   8     170.47     242.18       27.35       26.71   3.974E-08      0.4545     3658.91       1.415
   9     242.18     331.79       15.41       15.59   5.153E-10      0.3096     2574.94      -0.596
  10     331.79     445.41       8.447       8.457   9.396E-12      0.2025     1790.96      -0.047
  11     445.42     618.03       8.755       8.651   1.937E-13      0.1662     2817.93       0.624
  12     618.03     780.73       3.367       3.242   3.536E-15      0.1049     1021.97       1.200
  13     780.73     1156.3       2.237       2.130   1.028E-16     0.05590     1566.96       1.915
  14     1156.3     1916.3       1.194       1.189   5.115E-19     0.02938     1692.96       0.176
 
