01-Nov-03 22:15:03.000 to 02-Nov-03 00:59:57.000
Assumed source volume =  1.58E+028 cm^3
	  
Energies up to time of maximum thermal energy (t_Umax) = 
 1-Nov-2003 22:37:42.000 UT
Maximum thermal energy (Umax) =  4.56E+030  ergs, log10 = 30.66
Radiated Energy =  4.42E+029  ergs, log10 = 29.65
Conducted Energy =  1.15E+028  ergs, log10 = 28.06
Lx =  1.92E+028 ergs, log10 = 28.28
Lx low =  1.66E+028 ergs, log10 = 28.22
Lx high =  2.59E+027 ergs, log10 = 27.41
Ratio L_total/L_x = 23.00
	  
Energies from start of flare at 01-Nov-03 22:15:03.000 UT to end of flare at 
02-Nov-03 00:59:57.000 UT
Total Energy Input to Thermal Plasma =  8.57E+030 ergs, log10 = 30.93
Radiated Energy =  7.96E+030  ergs, log10 = 30.90
Conducted Energy =  4.21E+028  ergs, log10 = 28.62
Lx =  1.25E+029 ergs, log10 = 29.10
Lx low =  1.15E+029 ergs, log10 = 29.06
Lx high =  1.03E+028 ergs, log10 = 28.01
Ratio L_total/L_x = 63.63
Total Energy input to thermal plasma =  5.01E+030  ergs, log10 = 30.70
from 01-Nov-03 22:15:03.000 through 02-Nov-03 00:59:57.000