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==> Dataset      : #0 INCLUDED
==> Data file    : /Users/adamgoldstein/Desktop/BATSE_Catalog/burst_6342/cont_6342_04.bfits
==> Response file: /Users/adamgoldstein/Desktop/BATSE_Catalog/burst_6342/cont_6342_04.drm
==> Fit interval :  -1.088: 13.248 s,  28.263: 1455.675 keV, channels  1: 14
 
==> MFIT F95 v0.99 2009 May 19: Fit completed at Fri Nov 13 18:47:12 2009
 
TERM: Power Law
 
        Amplitude    VARY    2.290E-07 +/-     3.23E-07 p/s-cm2-keV 
        Pivot E =fix  FIX        100.0 +/-         0.00 keV         
        Index        VARY       -9.612 +/-        0.991             
 
==> CHISQ = 35.427, DOF = 12, REDUCED CHISQ = 2.952228, PROB = 0.0004004
==> Photon Flux =        2.7653093 +/-       0.26349944 ph/s-cm^2 in the interval: 20.00: 2000.0 keV
==> Energy Flux =    1.0030759e-07 +/-    8.4786453e-09 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#0
Livetime:   5.84960
Total ChiSq: 35.4267
 Chan         E range         Observ.Rate  Back.Rate  Model.Rate  Model.Sigma   deduced     Sigma
               (keV)                       (counts / s-keV-det)                obs cnts
   1     24.016     32.509       143.1       114.6       27.22       1.752     7108.88       0.698
   2     32.509     41.433       148.1       148.0       6.486       1.780     7735.87      -3.583
   3     41.433     55.379       110.2       107.4      0.7783       1.192     8994.85       1.741
   4     55.379     73.584       78.06       77.54     0.07255      0.8842     8315.87       0.497
   5     73.584     99.068       47.13       46.07    0.005466      0.5771     7025.89       1.832
   6     99.068     125.05       26.55       26.29   0.0004131      0.4322     4034.94       0.601
   7     125.05     166.19       17.99       17.53   3.872E-05      0.2796     4327.93       1.625
   8     166.19     234.05       14.85       14.30   1.761E-06      0.1970     5891.91       2.782
   9     234.05     318.93       7.172       7.121   5.130E-08      0.1241     3558.94       0.410
  10     318.93     426.41       3.550       3.446   1.803E-09     0.07669     2230.97       1.348
  11     426.41     589.53       2.295       2.271   6.373E-11     0.05054     2188.96       0.471
  12     589.53     743.16       1.420       1.400   2.303E-12     0.04115     1275.98       0.501
  13     743.16     1097.5      0.6868      0.7001   1.110E-13     0.01906     1422.98      -0.701
  14     1097.5     1813.9      0.3512      0.3388   1.289E-15    0.009316     1470.98       1.333
 
