CSigCharged Class Reference

inverse xsections More...

#include <CSigCharged.h>

List of all members.

Public Member Functions

 CSigCharged (string file, float Zp0, float Ap0)
 constructor
void prepare (float Z, float A)
 prepares for calculations of inverse xsections
float getInverseXsec (float energy)
 calculates the inverse xsection
float getBarrier ()
 calculates the barrier

Private Attributes

string sName
 name of input file of coefficients
float rc0
 paramter to calculate radius for Coulomb barrier
float rc1
 paramter to calculate radius for Coulomb barrier
float rc2
 paramter to calculate radius for Coulomb barrier
float omega0
 paramter for omega
float omega1
 parameter for omega
float omega2
 parameter for omega
float omega3
 parameter for omega
float rI0
 paramter for radius for rotational energy
float rI1
 paramter for radius for rotational energy
float rI2
 paramter for radius for rotational energy
float aa0
 below barrier correction parameter
float aa1
 below barrier correction parameter
float a0
 above barrier correction parameter
float a1
 above barrier correction parameter
float Zp
 proton number of evaporated particle
float Ap
 mass number of evaporated particle
float barrier
 Coulomb barrier in MeV.
float InvInertia
 inverse of the moment of inertia associated with rotateion
float omega
 amega parameter in MeV
float a
 above barrier correction
float aa
 below barrier correction
float offset
 offset
bool neutron
 bool to signify neutron calculation
float n0
 neutron parameter
float n1
 neutron parameter
float n2
 neutron parameter


Detailed Description

inverse xsections

!

This class calculates $ \sum_{0}^{\infty} (2\ell+1) T_{\ell}(\varepsilon)$ which is the inverse xsection divided by $ \pi/k^2 $


The documentation for this class was generated from the following files:
Generated on Mon Aug 6 14:13:09 2012 by  doxygen 1.4.7