//JLAB SULI Project #include <iostream> #include <cmath> using namespace std; int main() { //variables double N=6.0221415e+23; //avogadro's number double r=2.817940325e-13; //electron radius in cm double Z; //atomic number of absorber double A; //atomic mass of absorber double l; //L(prime) in rad. length formula double L; //L in rad. length formula double Xo; //rad. length double al=1/137.03599911; //fine structure const. double a; //a in the rd. length formula double f; //see Bichsel article double X; //length of absorbing material in cm double d; //density of material in g/cm^3 double x; //length in g/cm^2, X*d double E; //final energy double E1; //initial energy
//JLAB SULI Project #include <iostream> #include <cmath> using namespace std; int main() { //variables double N=6.0221415e+23; //avogadro's number double r=2.817940325e-13; //electron radius in cm double Z; //atomic number of absorber double A; //atomic mass of absorber double l; //L(prime) in rad. length formula double L; //L in rad. length formula double Xo; //rad. length double al=1/137.03599911; //fine structure const. double a; //a in the rd. length formula double f; //see Bichsel article double X; //length of absorbing material in cm double d; //density of material in g/cm^3 double x; //length in g/cm^2, X*d double E; //final energy double E1; //initial energy
Dayawan_Paper.docx