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==> Dataset      : #0 INCLUDED
==> Data file    : /Users/adamgoldstein/Desktop/BATSE_Catalog/burst_2828/cont_2828_01.bfits
==> Response file: /Users/adamgoldstein/Desktop/BATSE_Catalog/burst_2828/cont_2828_01.drm
==> Fit interval :  67.840: 69.888 s,  28.979: 1477.599 keV, channels  1: 14
 
==> MFIT F95 v0.99 2009 May 19: Fit completed at Fri Nov 13 17:04:31 2009
 
TERM: Gaussian (log10 E)
 
        Amplitude    VARY     0.007486 +/-      0.00218 p/s-cm2-keV 
        Centroid     VARY        35.87 +/-         4.78 keV         
        log10 FWHM   VARY       0.3565 +/-       0.0678 decades E   
 
==> CHISQ = 11.518, DOF = 11, REDUCED CHISQ = 1.047117, PROB = 0.4009
==> Photon Flux =       0.64284734 +/-       0.10159986 ph/s-cm^2 in the interval: 20.00: 2000.0 keV
==> Energy Flux =    4.4902035e-08 +/-    5.2237290e-09 erg/s-cm^2 in the interval: 20.00: 2000.0 keV
 
    The Normed Covariance Matrix = Correlation Coefficient Matrix:
   1.000 -0.957  0.845
  -0.957  1.000 -0.920
   0.845 -0.920  1.000

 
    The global correlation coefficients of the varying parameters are:
   0.961  0.979  0.927
  
Detector 0: LAD#0
Livetime:   1.97147
Total ChiSq: 11.5183
 Chan         E range         Observ.Rate  Back.Rate  Model.Rate  Model.Sigma   deduced     Sigma
               (keV)                       (counts / s-keV-det)                obs cnts
   1     24.737     33.221       119.9       106.3       11.10       2.725     2005.94       0.931
   2     33.221     41.535       144.6       129.7       18.08       3.097     2369.92      -1.027
   3     41.535     55.026       118.1       100.5       17.25       2.181     3143.89       0.150
   4     55.026     72.966       79.40       69.98       9.069       1.536     2811.90       0.225
   5     72.966     97.352       42.89       40.45       2.436      0.9626     2065.92       0.003
   6     97.352     122.85       23.67       23.55      0.3923      0.7045     1192.95      -0.378
   7     122.85     163.59       13.50       14.35     0.04322      0.4328     1086.96      -2.062
   8     163.59     231.43       8.256       8.403    0.001309      0.2559     1106.96      -0.581
   9     231.43     316.87       4.091       4.131   1.040E-05      0.1598      690.97      -0.252
  10     316.87     425.60       2.235       2.103   4.795E-08      0.1012      479.98       1.302
  11     425.60     591.28       1.422       1.352   1.088E-10     0.06575      465.98       1.065
  12     591.28     747.83      0.6370      0.6764   7.614E-14     0.04776      196.99      -0.824
  13     747.83     1110.1      0.3394      0.3562   1.120E-16     0.02282      242.99      -0.736
  14     1110.1     1845.1      0.1624      0.1715   1.627E-21     0.01109      235.99      -0.822
