ana_thermalNeutrons.py File Reference

Go to the source code of this file.

Namespaces
namespace	ana_thermalNeutrons

Functions
	ana_thermalNeutrons.count (hFile)
	ana_thermalNeutrons.beamGas ()
	ana_thermalNeutrons.myPrint (tc, tname)
	ana_thermalNeutrons.absorptionLength (plotOnly=True)
	ana_thermalNeutrons.printReactions ()
	ana_thermalNeutrons.reactions (hFile, distance=1E10)
	ana_thermalNeutrons.absorptionLengthOLD ()
	ana_thermalNeutrons.flukaRateIntegrated (save=False)
	ana_thermalNeutrons.coldBox (plotOnly=True, pas='')
	ana_thermalNeutrons.drawNeutronGen (hname='start')

Variables
	ana_thermalNeutrons.parser = ArgumentParser()
	ana_thermalNeutrons.dest
	ana_thermalNeutrons.type
	ana_thermalNeutrons.int
	ana_thermalNeutrons.help
	ana_thermalNeutrons.default
	ana_thermalNeutrons.str
	ana_thermalNeutrons.float
	ana_thermalNeutrons.required
	ana_thermalNeutrons.False
	ana_thermalNeutrons.options = parser.parse_args()
dict	ana_thermalNeutrons.h = {}
dict	ana_thermalNeutrons.materials = {'Boratedpolyethylene':ROOT.kGreen,'BoronCarbide':ROOT.kBlue,'Concrete':ROOT.kGray,'EmulsionAg109':ROOT.kOrange}
float	ana_thermalNeutrons.neutronMass = 939.565379/1000.
dict	ana_thermalNeutrons.hnorm = {}
	ana_thermalNeutrons.plotOnly
	ana_thermalNeutrons.pas