EXP_PARAM Struct Reference

#include <libcpixe.h>

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Data Fields

ELEMENT ion
 Beam type.
double ioncharge
 Beam ion charge (useful only for ions heavier than H, which are still not supported).
double BeamEner
 Beam Energy, in keV.
double BeamCol
 colimator aperture (diameter of the beam), in mm
double DetColFac
 [DEPRECATED] Relative diameter of det colimator to that used during calib. Use SAngFract and Efficiency calibration files instead of DetColFac and DATTPIXE-style calibration yields.
double IncAng
 Incident angle (beam to surface normal), in degrees.
double DetAng
 Detector Angle (detector to surface normal), in degrees.
double cosDet
 For optimization. Cos(IncDet).
double cosInc
 For optimization. Cos(IncAng).
double cosFac
 For optimization. Cos(IncAng)/Cos(IncDet).
double BeamCross
 Beam cross section, in cm2.
double FinalEner
 Minimum energy considered, in keV.
double SAngFract
 Solid Angle fraction of the detector (solid angle in steradians/4PI).
double Fluence
 Number of beam particles (corrected by dead time).
SIM_PARAM simpar
 Collection of parameters regarding to simulation.

Detailed Description

Experimental parameters

Definition at line 145 of file libcpixe.h.


Field Documentation

ELEMENT EXP_PARAM::ion

Beam type.

Todo:
For the moment only H ions are supported.

Definition at line 147 of file libcpixe.h.

Referenced by cpixecalib(), CPIXEMAIN(), cpixemain(), createSPTs(), deNormalize(), integrate_Simpson(), integrate_Simpson2(), and readINPUT().

double EXP_PARAM::ioncharge

Beam ion charge (useful only for ions heavier than H, which are still not supported).

Definition at line 148 of file libcpixe.h.

Referenced by readINPUT().

double EXP_PARAM::BeamEner

Beam Energy, in keV.

Definition at line 149 of file libcpixe.h.

Referenced by cpixecalib(), CPIXEMAIN(), cpixemain(), createSPTs(), initlyrarray(), readINPUT(), and SSThick().

double EXP_PARAM::BeamCol

colimator aperture (diameter of the beam), in mm

Definition at line 150 of file libcpixe.h.

Referenced by readINPUT().

double EXP_PARAM::DetColFac

[DEPRECATED] Relative diameter of det colimator to that used during calib. Use SAngFract and Efficiency calibration files instead of DetColFac and DATTPIXE-style calibration yields.

Definition at line 151 of file libcpixe.h.

Referenced by cpixecalib(), CPIXEMAIN(), cpixemain(), deNormalize(), and readINPUT().

double EXP_PARAM::IncAng

Incident angle (beam to surface normal), in degrees.

Definition at line 152 of file libcpixe.h.

Referenced by cpixecalib(), CPIXEMAIN(), cpixemain(), and readINPUT().

double EXP_PARAM::DetAng

Detector Angle (detector to surface normal), in degrees.

Definition at line 153 of file libcpixe.h.

Referenced by cpixecalib(), CPIXEMAIN(), cpixemain(), and readINPUT().

double EXP_PARAM::cosDet

For optimization. Cos(IncDet).

Definition at line 154 of file libcpixe.h.

Referenced by initlyr(), and readINPUT().

double EXP_PARAM::cosInc

For optimization. Cos(IncAng).

Definition at line 155 of file libcpixe.h.

Referenced by createsublyrs(), integrate_Simpson(), integrate_Simpson2(), and readINPUT().

double EXP_PARAM::cosFac

For optimization. Cos(IncAng)/Cos(IncDet).

Definition at line 156 of file libcpixe.h.

Referenced by integrate_Simpson(), integrate_Simpson2(), readINPUT(), and SSThick().

double EXP_PARAM::BeamCross

Beam cross section, in cm2.

Definition at line 157 of file libcpixe.h.

Referenced by readINPUT().

double EXP_PARAM::FinalEner

Minimum energy considered, in keV.

Definition at line 158 of file libcpixe.h.

Referenced by createsublyrs(), initlyrarray(), and readINPUT().

double EXP_PARAM::SAngFract

Solid Angle fraction of the detector (solid angle in steradians/4PI).

Definition at line 159 of file libcpixe.h.

Referenced by cpixecalib(), deNormalize2(), and readINPUT().

double EXP_PARAM::Fluence

Number of beam particles (corrected by dead time).

Definition at line 160 of file libcpixe.h.

Referenced by cpixecalib(), deNormalize2(), and readINPUT().

SIM_PARAM EXP_PARAM::simpar

Collection of parameters regarding to simulation.

Definition at line 161 of file libcpixe.h.

Referenced by cpixecalib(), CPIXEMAIN(), cpixemain(), createSFCList(), deNormalize(), deNormalize2(), initlyr(), integrate_Simpson(), integrate_Simpson2(), and readINPUT().


The documentation for this struct was generated from the following file:
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