********************************************************************************
E_Glass:
Calculate various parameters from mass fractions of elements (LBL-like way)
TiO2, Na2O, K2O, Fe2O3, F2 components are ignored.
********************************************************************************
Fraction by weight ([SiO2])=    0.540
Fraction by weight ([CaO])=     0.190
Fraction by weight ([Al2O3])=   0.140
Fraction by weight ([MgO])=     0.030
Fraction by weight ([B2O3])=    0.100
Molecular fraction ([SiO2])=    1.000000
Molecular fraction ([CaO])=     0.376990
Molecular fraction ([Al2O3])=   0.152778
Molecular fraction ([MgO])=     0.082820
Molecular fraction ([B2O3])=    0.159826
      I_eff_alt =  141.84141 (eV)
        A_eff_d =  111.26574
        Z_eff_d =   55.28508
Z_eff_d/A_eff_d =    0.49687
Mass fraction (Si)=   0.252418
Mass fraction (Ca)=   0.135792
Mass fraction (Al)=   0.074096
Mass fraction (Mg)=   0.018091
Mass fraction (B)=    0.031056
Mass fraction (O)=    0.488547
Atomic fraction (O)=    1.000000
Atomic fraction (Si)=   0.294324
Atomic fraction (Ca)=   0.110957
Atomic fraction (Al)=   0.089932
Atomic fraction (Mg)=   0.024376
Atomic fraction (B)=    0.094081
          I_eff =  126.91040 (eV)
          A_eff =   32.74814
          Z_eff =   16.27171
    Z_eff/A_eff =    0.49687
          L_rad =   25.87439 (g/cm^2)
            <A> =   23.12247
           <Ad> =   23.13200 <- <Z>/(Z_eff/A_eff)
            <Z> =   11.49369
********************************************************************************
Epotek 301-1:
Calculate various parameters from mass fractions of elements (LBL-like way)
********************************************************************************
Fraction by weight ([C19H20O4])=   0.560
Fraction by weight ([C10H18O4])=   0.240
Fraction by weight ([C9H22N2])=    0.200
Molecular fraction ([C19H20O4])=   1.000000
Molecular fraction ([C10H18O4])=   0.661905
Molecular fraction ([C9H22N2])=    0.704779
      I_eff_alt =   67.82826 (eV)
        A_eff_d =  557.78446
        Z_eff_d =  302.23966
Z_eff_d/A_eff_d =    0.54186
Mass fraction (C)=   0.688235
Mass fraction (H)=   0.085694
Mass fraction (O)=   0.190674
Mass fraction (N)=   0.035397
Atomic fraction (H)=   1.000000
Atomic fraction (C)=   0.674029
Atomic fraction (O)=   0.140188
Atomic fraction (N)=   0.029725
          I_eff =   67.82787 (eV)
          A_eff =   11.76278
          Z_eff =    6.37375
    Z_eff/A_eff =    0.54186
          L_rad =   41.70567 (g/cm^2)
            <A> =   11.89896
           <Ad> =   11.05139 <- <Z>/(Z_eff/A_eff)
            <Z> =    5.98828
********************************************************************************
G10-FR4:
Calculate various parameters from mass fractions of elements (LBL-like way)
 with I_E_Glass=    141.84 (ev)
 with I_Epotek301_1= 76.70 (ev) (<-- From LBL Epotk301-1)
TiO2, Na2O, K2O, Fe2O3, F2 components are ignored.
********************************************************************************
Fraction by weight ([E_Glass])=       0.600
Fraction by weight ([Epotek301-1])=   0.400
Mass of E_Glass (arb-unit))=         32.748145
Mass of Epotek301-1 (arb-unit))=     11.762783
Molecular fraction ([E_Glass])=       0.538784
Molecular fraction ([Epotek301-1])=   1.000000
      I_eff_alt =  109.49675 (eV)
        A_eff_d =   29.40696
        Z_eff_d =   15.14069
Z_eff_d/A_eff_d =    0.51487
Atomic fraction (H)=    1.000000
Atomic fraction (C)=    0.674029
Atomic fraction (O)=    0.678972
Atomic fraction (N)=    0.029725
Atomic fraction (Si)=   0.158577
Atomic fraction (Ca)=   0.059782
Atomic fraction (Al)=   0.048454
Atomic fraction (Mg)=   0.013133
Atomic fraction (B)=    0.050689
          I_eff =   97.48916 (eV)
          A_eff =   29.40696
          Z_eff =   15.14069
    Z_eff/A_eff =    0.51487
Mass fraction (H)=    0.034278
Mass fraction (C)=    0.275294
Mass fraction (O)=    0.369398
Mass fraction (N)=    0.014159
Mass fraction (Si)=   0.151451
Mass fraction (Ca)=   0.081475
Mass fraction (Al)=   0.044458
Mass fraction (Mg)=   0.010855
Mass fraction (B)=    0.018633
          L_rad =   30.50643 (g/cm^2)
            <A> =   18.63307
           <Ad> =   18.04644 <- <Z>/(Z_eff/A_eff)
            <Z> =    9.29153