10#ifndef __KVCALORIMETRY_H
11#define __KVCALORIMETRY_H
13#include "KVCaloBase.h"
#define ClassDef(name, id)
Calorimetry of hot nuclei.
Improved calorimetry of hot nuclei.
void SetNeutronMeanEnergyFactor(Double_t value)
void fill(const KVNucleus *)
void IncludeFreeNeutrons(Double_t AsurZ, Double_t NeutronMeanEnergyFactor, Double_t LevelDensityParameter)
void SetLevelDensityParameter(Double_t value)
protected method, set the value of LevelDensityParameter parameter
void SetAsurZ(Double_t value)
protected method, set the value of AsurZ parameter
void init_KVCalorimetry()
Bool_t kchargediff
= kTRUE -> distinction entre particule et fragment
void ComputeTemperature() const
void SetFragmentMinimumCharge(Double_t value)
protected method, set the value of FragmentMinimumCharge parameter
void UseChargeDiff(Int_t FragmentMinimumCharge, Double_t ParticleFactor)
virtual ~KVCalorimetry(void)
Destructeur.
void SetParticleFactor(Double_t value)
protected method, set the value of ParticleFactor parameter
Bool_t kfree_neutrons_included
= kTRUE -> Estimation des neutrons libre est faite
void DeduceTemperature(Double_t LevelDensityParameter)
Bool_t ktempdeduced
= kTRUE -> calcul de la temperature
KVCalorimetry(void)
Createur par default.
Description of properties and kinematics of atomic nuclei.