40 BetaSpectrum(
double Emin,
double Emax,
int NumberOfBins,
bool log=
false);
85 BetaSpectrum(
int NumberOfBins,
double a,
double b,
double c);
100 BetaSpectrum* ReadENSDF(
int Z,
int A,
int I,
double NAtoms=1);
104 void ExtractDataFromLine(
string Line,
Material* TheParent,
double NAtoms);
106 double CalculateIntensity(
int Zdaughter,
double EndPointEnergy,
double Energy);
107 void GetSpinParity(
string sSpinParity,
double & Spin,
char & Parity);
119 complex<double> cgamma(
const complex<double>& z,
bool LOG=
true) ;
double fEofDecayLevel
Energy of the "decaying level" of the parent nucleus.
Definition: BetaSpectrum.hxx:126
double fQvalue
Beta Q-value for ground state to ground state transition.
Definition: BetaSpectrum.hxx:129
BetaSpectrum contains a histogram of Beta ray intensities.
Definition: BetaSpectrum.hxx:26
double fEnergyLevel
Energy level of the decaying nucleus.
Definition: BetaSpectrum.hxx:127
double fDecayConst
Decay constant.
Definition: BetaSpectrum.hxx:122
char fParityParent
The parity of the parent.
Definition: BetaSpectrum.hxx:132
Base class to define spectra.
Definition: Spectrum.hxx:25
double fBranchingRatio
Branching Ratio.
Definition: BetaSpectrum.hxx:124
char fParityDaughter
The parity of the daughter.
Definition: BetaSpectrum.hxx:134
double fRelativeIntensity
Relative Intensity of beta.
Definition: BetaSpectrum.hxx:123
A Material constituing a Cell.
Definition: Material.hxx:53
bool fAllowToAdd
Allow a given beta to be included in the spectrum.
Definition: BetaSpectrum.hxx:121
double fSpinDaughter
The spin of the daughter.
Definition: BetaSpectrum.hxx:135
bool fIsomStateIsOk
True if the isomeric state is the wanted state according to the decay constant.
Definition: BetaSpectrum.hxx:131
double fIntensity
Intensity.
Definition: BetaSpectrum.hxx:130
double fEndPointEnergy
Maximum beta spectrum energy.
Definition: BetaSpectrum.hxx:128
double fNB
Normalization Factor.
Definition: BetaSpectrum.hxx:125
double fSpinParent
The spin of the parent.
Definition: BetaSpectrum.hxx:133