G4DensityEffectData Class Reference

#include <G4DensityEffectData.hh>

Public Member Functions
void	DumpData () const
	G4DensityEffectData ()
G4double	GetAdensity (G4int idx) const
G4double	GetAdjustmentFactor (G4int idx) const
G4double	GetCdensity (G4int idx) const
G4double	GetDelta0density (G4int idx) const
G4int	GetElementIndex (G4int Z, G4State st=kStateUndefined) const
G4double	GetErrorDensity (G4int idx) const
G4int	GetIndex (const G4String &matName) const
G4double	GetMdensity (G4int idx) const
G4double	GetMeanIonisationPotential (G4int idx) const
G4double	GetPlasmaEnergy (G4int idx) const
G4double	GetX0density (G4int idx) const
G4double	GetX1density (G4int idx) const
void	PrintData (const G4String &matName) const
	~G4DensityEffectData ()

Private Member Functions
void	AddMaterial (G4double *val, const G4String &matName)
	G4DensityEffectData (const G4DensityEffectData &)=delete
void	Initialize ()
G4DensityEffectData &	operator= (const G4DensityEffectData &right)=delete

Private Attributes
G4double	data [NDENSDATA][NDENSARRAY]
G4int	index
G4int	indexZ [NDENSELEM]
std::vector< G4String >	names
G4State	state [NDENSELEM]

Detailed Description

Definition at line 55 of file G4DensityEffectData.hh.

Constructor & Destructor Documentation

G4DensityEffectData() [1/2]

G4DensityEffectData::G4DensityEffectData ( )

explicit

Definition at line 46 of file G4DensityEffectData.cc.

                                        :index(0) 
{
  Initialize();
}

References Initialize().

~G4DensityEffectData()

G4DensityEffectData::~G4DensityEffectData

(

)

Definition at line 53 of file G4DensityEffectData.cc.

{
}

G4DensityEffectData() [2/2]

G4DensityEffectData::G4DensityEffectData ( const G4DensityEffectData &  )

privatedelete

Member Function Documentation

AddMaterial()

void G4DensityEffectData::AddMaterial ( G4double *  val, const G4String &  matName  )

private

Definition at line 1315 of file G4DensityEffectData.cc.

{
  for(G4int i=0; i<NDENSARRAY; ++i) { 
    data[index][i] = val[i]; 
  } 
  data[index][0] *= CLHEP::eV; 
  data[index][9] *= CLHEP::eV; 
  names.push_back( matName );
  ++index;
}

References data, CLHEP::eV, index, names, and NDENSARRAY.

Referenced by Initialize().

DumpData()

void G4DensityEffectData::DumpData

(

)

const

Definition at line 1352 of file G4DensityEffectData.cc.

{
  G4cout << "======================================================================"
     << G4endl; 
  G4cout << "     Material        Eplasma(eV)  rho  -C   x0   x1   a   m  d0  err"
     << G4endl;        
  G4cout << "======================================================================"
     << G4endl; 
  for(G4int i=0; i<NDENSDATA; ++i) {
    G4cout << std::setw(3) << i << ". " << std::setw(25) << names[i]
       << std::setw(8) << data[i][0]/eV;
    for(G4int j=1; j<NDENSARRAY; ++j) { G4cout << std::setw(8) << data[i][j]; }
    G4cout << G4endl;
  }
  G4cout << "======================================================================"
     << G4endl; 
}

References data, eV, G4cout, G4endl, names, NDENSARRAY, and NDENSDATA.

Referenced by PrintData().

GetAdensity()

G4double G4DensityEffectData::GetAdensity ( G4int  idx ) const

inline

Definition at line 133 of file G4DensityEffectData.hh.

{
  return (idx >= 0 && idx < NDENSDATA) ?  data[idx][5] : DBL_MAX;
}

References data, DBL_MAX, and NDENSDATA.

Referenced by G4IonisParamMat::ComputeDensityEffectParameters().

GetAdjustmentFactor()

G4double G4DensityEffectData::GetAdjustmentFactor ( G4int  idx ) const

inline

Definition at line 113 of file G4DensityEffectData.hh.

{
  return (idx >= 0 && idx < NDENSDATA) ? data[idx][1] : DBL_MAX; 
} 

References data, DBL_MAX, and NDENSDATA.

Referenced by G4IonisParamMat::ComputeDensityEffectParameters().

GetCdensity()

G4double G4DensityEffectData::GetCdensity ( G4int  idx ) const

inline

Definition at line 118 of file G4DensityEffectData.hh.

{
  return (idx >= 0 && idx < NDENSDATA) ? data[idx][2] : DBL_MAX;
} 

References data, DBL_MAX, and NDENSDATA.

Referenced by G4IonisParamMat::ComputeDensityEffectParameters().

GetDelta0density()

G4double G4DensityEffectData::GetDelta0density ( G4int  idx ) const

inline

Definition at line 143 of file G4DensityEffectData.hh.

{
  return (idx >= 0 && idx < NDENSDATA) ?  data[idx][7] : DBL_MAX;
} 

References data, DBL_MAX, and NDENSDATA.

Referenced by G4IonisParamMat::ComputeDensityEffectParameters().

GetElementIndex()

G4int G4DensityEffectData::GetElementIndex	(	G4int	Z,
		G4State	st = kStateUndefined
	)		const

Definition at line 1297 of file G4DensityEffectData.cc.

{
  return (Z >= 0 && Z < NDENSELEM) ? indexZ[Z] : -1;
}

References indexZ, NDENSELEM, and Z.

Referenced by G4IonisParamMat::ComputeDensityEffectParameters(), and G4ICRU73QOModel::GetOscillatorEnergy().

GetErrorDensity()

G4double G4DensityEffectData::GetErrorDensity ( G4int  idx ) const

inline

Definition at line 148 of file G4DensityEffectData.hh.

{
  return (idx >= 0 && idx < NDENSDATA) ?  data[idx][8] : DBL_MAX;
} 

References data, DBL_MAX, and NDENSDATA.

GetIndex()

G4int G4DensityEffectData::GetIndex

(

const G4String &

matName

)

const

Definition at line 1302 of file G4DensityEffectData.cc.

{
  G4int idx = -1;
 
  for (G4int i=0; i<NDENSDATA; ++i) {
    if ( names[i] == matName ) {
      idx = i;
      break;
    }
  }
  return idx;
}

References names, and NDENSDATA.

Referenced by G4IonisParamMat::ComputeDensityEffectParameters(), G4IonisParamMat::FindMeanExcitationEnergy(), and PrintData().

GetMdensity()

G4double G4DensityEffectData::GetMdensity ( G4int  idx ) const

inline

Definition at line 138 of file G4DensityEffectData.hh.

{
  return (idx >= 0 && idx < NDENSDATA) ?  data[idx][6] : DBL_MAX;
} 

References data, DBL_MAX, and NDENSDATA.

Referenced by G4IonisParamMat::ComputeDensityEffectParameters().

GetMeanIonisationPotential()

G4double G4DensityEffectData::GetMeanIonisationPotential ( G4int  idx ) const

inline

Definition at line 153 of file G4DensityEffectData.hh.

{
  return (idx >= 0 && idx < NDENSDATA) ?  data[idx][9] : DBL_MAX;
} 

References data, DBL_MAX, and NDENSDATA.

Referenced by G4IonisParamMat::FindMeanExcitationEnergy().

GetPlasmaEnergy()

G4double G4DensityEffectData::GetPlasmaEnergy ( G4int  idx ) const

inline

Definition at line 108 of file G4DensityEffectData.hh.

{
  return (idx >= 0 && idx < NDENSDATA) ? data[idx][0] : DBL_MAX; 
} 

References data, DBL_MAX, and NDENSDATA.

Referenced by G4IonisParamMat::ComputeDensityEffectParameters(), and G4ICRU73QOModel::GetOscillatorEnergy().

GetX0density()

G4double G4DensityEffectData::GetX0density ( G4int  idx ) const

inline

Definition at line 123 of file G4DensityEffectData.hh.

{
  return (idx >= 0 && idx < NDENSDATA) ?  data[idx][3] : DBL_MAX;
} 

References data, DBL_MAX, and NDENSDATA.

Referenced by G4IonisParamMat::ComputeDensityEffectParameters().

GetX1density()

G4double G4DensityEffectData::GetX1density ( G4int  idx ) const

inline

Definition at line 128 of file G4DensityEffectData.hh.

{
  return (idx >= 0 && idx < NDENSDATA) ? data[idx][4] : DBL_MAX; 
} 

References data, DBL_MAX, and NDENSDATA.

Referenced by G4IonisParamMat::ComputeDensityEffectParameters().

Initialize()

void G4DensityEffectData::Initialize ( )

private

Definition at line 57 of file G4DensityEffectData.cc.

{
  // R.M. Sternheimer et al. Density Effect for the Ionization Loss of Charged
  // Particles in Various Substances. Atom. Data Nucl. Data Tabl. 30 (1984) 261-271.
  //
  // Data[10]:  Eplasma rho -C X_0 X_1 a m delta_0 DELTA_{max} I        
  // Eplasma - Plasma energy (in eV)
  // rho     - Sternheimer adjustment factor for the atomic excitation energies
  // -C 
  // X_0, X_1, m, a - parameters in fitting formulas
  // delta_0 - Density-effect value delta(X_0)
  // DELTA_{max} - Upper bound for the error inherent in the fitting procedure
  // I - Mean ionisation potential in keV used in this parameterisation
 
  for (G4int i=0; i< NDENSELEM; ++i)
    {
      indexZ[i] = -1;
      state[i]  = kStateSolid;
    }
 
//G4_lH2  index=0
  G4double M1[NDENSARRAY]={7.031,1.546,3.2632,0.4759,1.9215,0.13483,5.6249,0.,0.021,21.8 };
  AddMaterial(M1,"G4_lH2");
 
//G4_H  index=1
  G4double M0[NDENSARRAY]={0.263,1.412,9.5835,1.8639,3.2718,0.14092,5.7273,0.0,0.024,19.2 };
  AddMaterial(M0,"G4_H");
  indexZ[1]=1;
  state[1]=kStateGas;
 
//G4_He  index=2
  G4double M2[NDENSARRAY]={0.263,1.7,11.1393,2.2017,3.6122,0.13443,5.8347,0,0.024,41.8 };
  AddMaterial(M2,"G4_He");
  indexZ[2]=2;
  state[2]=kStateGas;
 
//G4_Li  index=3
  G4double M3[NDENSARRAY]={13.844,1.535,3.1221,0.1304,1.6397,0.95136,2.4993,0.14,0.062,40.0 };
  AddMaterial(M3,"G4_Li");
  indexZ[3]=3;
 
//G4_Be  index=4
  G4double M4[NDENSARRAY]={26.098,1.908,2.7847,0.0392,1.6922,0.80392,2.4339,0.14,0.029,63.7 };
  AddMaterial(M4,"G4_Be");
  indexZ[4]=4;
 
//G4_B  index=5
  G4double M5[NDENSARRAY]={30.17,2.32,2.8477,0.0305,1.9688,0.56224,2.4512,0.14,0.024,76.0 };
  AddMaterial(M5,"G4_B");
  indexZ[5]=5;
 
//G4_C  index=6
  G4double M6[NDENSARRAY]={28.803,2.376,2.9925,-0.0351,2.486,0.2024,3.0036,0.1,0.038,78.0 };
  AddMaterial(M6,"G4_C");
  indexZ[6]=6;
 
//G4_N  index=7
  G4double M7[NDENSARRAY]={0.695,1.984,10.5400,1.7378,4.1323,0.15349,3.2125,0.0,0.086,82. };
  AddMaterial(M7,"G4_N");
  indexZ[7]=7;
  state[7]=kStateGas;
 
//G4_O  index=8
  G4double M8[NDENSARRAY]={0.744,2.314,10.7004,1.7541,4.3213,0.11778,3.2913,0.0,0.101,95. };
  AddMaterial(M8,"G4_O");
  indexZ[8]=8;
  state[8]=kStateGas;
 
//G4_F  index=9
  G4double M9[NDENSARRAY]={0.788,2.450,10.9653,1.8433,4.4096,0.11083,3.2962,0.0,0.121,115. };
  AddMaterial(M9,"G4_F");
  indexZ[9]=9;
  state[9]=kStateGas;
 
//G4_Ne  index=10
  G4double M10[NDENSARRAY]={0.587,2.577,11.9041,2.0735,4.6421,0.08064,3.5771,0.0,0.110,137. };
  AddMaterial(M10,"G4_Ne");
  indexZ[10]=10;
  state[10]=kStateGas;
 
//G4_Na  index=11
  G4double M11[NDENSARRAY]={19.641,2.648,5.0526,0.2880,3.1962,0.07772,3.6452,0.08,0.098,149. };
  AddMaterial(M11,"G4_Na");
  indexZ[11]=11;
 
//G4_Mg  index=12
  G4double M12[NDENSARRAY]={26.708,2.331,4.5297,0.1499,3.0668,0.08163,3.6166,0.08,0.073,156. };
  AddMaterial(M12,"G4_Mg");
  indexZ[12]=12;
 
//G4_Al  index=13
  G4double M13[NDENSARRAY]={32.86,2.18,4.2395,0.1708,3.0127,0.08024,3.6345,0.12,0.061,166. };
  AddMaterial(M13,"G4_Al");
  indexZ[13]=13;
 
//G4_Si  index=14
  G4double M14[NDENSARRAY]={31.055,2.103,4.4351,0.2014,2.8715,0.14921,3.2546,0.14,0.059,173. };
  AddMaterial(M14,"G4_Si");
  indexZ[14]=14;
 
//G4_P  index=15
  G4double M15[NDENSARRAY]={29.743,2.056,4.5214,0.1696,2.7815,0.2361,2.9158,0.14,0.057,173. };
  AddMaterial(M15,"G4_P");
  indexZ[15]=15;
 
//G4_S  index=16
  G4double M16[NDENSARRAY]={28.789,2.131,4.6659,0.158,2.7159,0.33992,2.6456,0.14,0.059,180. };
  AddMaterial(M16,"G4_S");
  indexZ[16]=16;
 
//G4_Cl  index=17
  G4double M17[NDENSARRAY]={1.092,1.734,11.1421,1.5555,4.2994,0.19849,2.9702,0.0,0.041,174. };
  AddMaterial(M17,"G4_Cl");
  indexZ[17]=17;
  state[17]=kStateGas;
 
//G4_Ar  index=18
  G4double M18[NDENSARRAY]={0.789,1.753,11.9480,1.7635,4.4855,0.19714,2.9618,0.0,0.037,188. };
  AddMaterial(M18,"G4_Ar");
  indexZ[18]=18;
  state[18]=kStateGas;
 
//G4_K  index=19
  G4double M19[NDENSARRAY]={18.65,1.830,5.6423,0.3851,3.1724,0.19827,2.9233,0.10,0.035,190. };
  AddMaterial(M19,"G4_K");
  indexZ[19]=19;
 
//G4_Ca  index=20
  G4double M20[NDENSARRAY]={25.342,1.666,5.0396,0.3228,3.1191,0.15643,3.0745,0.14,0.031,191. };
  AddMaterial(M20,"G4_Ca");
  indexZ[20]=20;
 
//G4_Sc  index=21
  G4double M21[NDENSARRAY]={34.050,1.826,4.6949,0.1640,3.0593,0.15754,3.0517,0.10,0.027,216. };
  AddMaterial(M21,"G4_Sc");
  indexZ[21]=21;
 
//G4_Ti  index=22
  G4double M22[NDENSARRAY]={41.619,1.969,4.4450,0.0957,3.0386,0.15662,3.0302,0.12,0.025,233. };
  AddMaterial(M22,"G4_Ti");
  indexZ[22]=22;
 
//G4_V  index=23
  G4double M23[NDENSARRAY]={47.861,2.070,4.2659,0.0691,3.0322,0.15436,3.0163,0.14,0.024,245. };
  AddMaterial(M23,"G4_V");
  indexZ[23]=23;
 
//G4_Cr  index=24
  G4double M24[NDENSARRAY]={52.458,2.181,4.1781,0.0340,3.0451,0.15419,2.9896,0.14,0.023,257. };
  AddMaterial(M24,"G4_Cr");
  indexZ[24]=24;
 
//G4_Mn  index=25
  G4double M25[NDENSARRAY]={53.022,2.347,4.2702,0.0447,3.1074,0.14973,2.9796,0.14,0.021,272. };
  AddMaterial(M25,"G4_Mn");
  indexZ[25]=25;
 
//G4_Fe  index=26
  G4double M26[NDENSARRAY]={55.172,2.504,4.2911,-0.0012,3.1531,0.1468,2.9632,0.12,0.021,286. };
  AddMaterial(M26,"G4_Fe");
  indexZ[26]=26;
 
//G4_Co  index=27
  G4double M27[NDENSARRAY]={58.188,2.626,4.2601,-0.0187,3.1790,0.14474,2.9502,0.12,0.019,297. };
  AddMaterial(M27,"G4_Co");
  indexZ[27]=27;
 
//G4_Ni  index=28
  G4double M28[NDENSARRAY]={59.385,2.889,4.3115,-0.0566,3.1851,0.16496,2.843,0.10,0.020,311. };
  AddMaterial(M28,"G4_Ni");
  indexZ[28]=28;
 
//G4_Cu  index=29
  G4double M29[NDENSARRAY]={58.270,2.956,4.4190,-0.0254,3.2792,0.14339,2.9044,0.08,0.019,322. };
  AddMaterial(M29,"G4_Cu");
  indexZ[29]=29;
 
//G4_Zn  index=30
  G4double M30[NDENSARRAY]={52.132,3.142,4.6906,0.0049,3.3668,0.14714,2.8652,0.08,0.019,330. };
  AddMaterial(M30,"G4_Zn");
  indexZ[30]=30;
 
//G4_Ga  index=31
  G4double M31[NDENSARRAY]={46.688,2.747,4.9353,0.2267,3.5434,0.09440,3.1314,0.14,0.019,334. };
  AddMaterial(M31,"G4_Ga");
  indexZ[31]=31;
 
//G4_Ge  index=32
  G4double M32[NDENSARRAY]={44.141,2.461,5.1411,0.3376,3.6096,0.07188,3.3306,0.14,0.025,350. };
  AddMaterial(M32,"G4_Ge");
  indexZ[32]=32;
 
//G4_As  index=33
  G4double M33[NDENSARRAY]={45.779,2.219,5.0510,0.1767,3.5702,0.06633,3.4176,0.00,0.030,347. };
  AddMaterial(M33,"G4_As");
  indexZ[33]=33;
 
//G4_Se  index=34
  G4double M34[NDENSARRAY]={40.112,2.104,5.3210,0.2258,3.6264,0.06568,3.4317,0.10,0.024,348. };
  AddMaterial(M34,"G4_Se");
  indexZ[34]=34;
 
//G4_Br  index=35
  G4double M35[NDENSARRAY]={1.604,1.845,11.7307,1.5262,4.9899,0.06335,3.467,0,0.022,343. };
  AddMaterial(M35,"G4_Br");
  indexZ[35]=35;
  state[35]=kStateGas;
 
//G4_Kr  index=36
  G4double M36[NDENSARRAY]={1.114,1.77,12.5115,1.7158,5.0748,0.07446,3.4051,0,0.025,352. };
  AddMaterial(M36,"G4_Kr");
  indexZ[36]=36;
  state[36]=kStateGas;
 
//G4_Rb  index=37
  G4double M37[NDENSARRAY]={23.467,1.823,6.4776,0.5737,3.7995,0.07261,3.4177,0.14,0.026,363. };
  AddMaterial(M37,"G4_Rb");
  indexZ[37]=37;
 
//G4_Sr  index=38
  G4double M38[NDENSARRAY]={30.244,1.707,5.9867,0.4585,3.6778,0.07165,3.4435,0.14,0.026,366. };
  AddMaterial(M38,"G4_Sr");
  indexZ[38]=38;
 
//G4_Y  index=39
  G4double M39[NDENSARRAY]={40.346,1.649,5.4801,0.3608,3.5542,0.07138,3.4585,0.14,0.027,379. };
  AddMaterial(M39,"G4_Y");
  indexZ[39]=39;
 
//G4_Zr  index=40
  G4double M40[NDENSARRAY]={48.671,1.638,5.1774,0.2957,3.489,0.07177,3.4533,0.14,0.028,393. };
  AddMaterial(M40,"G4_Zr");
  indexZ[40]=40;
 
//G4_Nb  index=41
  G4double M41[NDENSARRAY]={56.039,1.734,5.0141,0.1785,3.2201,0.13883,3.093,0.14,0.036,417. };
  AddMaterial(M41,"G4_Nb");
  indexZ[41]=41;
 
//G4_Mo  index=42
  G4double M42[NDENSARRAY]={60.951,1.658,4.8793,0.2267,3.2784,0.10525,3.2549,0.14,0.03,424. };
  AddMaterial(M42,"G4_Mo");
  indexZ[42]=42;
 
//G4_Tc  index=43
  G4double M43[NDENSARRAY]={64.760,1.727,4.7769,0.0949,3.1253,0.16572,2.9738,0.14,0.040,428. };
  AddMaterial(M43,"G4_Tc");
  indexZ[43]=43;
 
//G4_Ru  index=44
  G4double M44[NDENSARRAY]={66.978,1.780,4.7694,0.0599,3.0834,0.19342,2.8707,0.14,0.046,441. };
  AddMaterial(M44,"G4_Ru");
  indexZ[44]=44;
 
//G4_Rh  index=45
  G4double M45[NDENSARRAY]={67.128,1.804,4.8008,0.0576,3.1069,0.19205,2.8633,0.14,0.046,449. };
  AddMaterial(M45,"G4_Rh");
  indexZ[45]=45;
 
//G4_Pd  index=46
  G4double M46[NDENSARRAY]={65.683,1.911,4.9358,0.0563,3.0555,0.24178,2.7239,0.14,0.047,470. };
  AddMaterial(M46,"G4_Pd");
  indexZ[46]=46;
 
//G4_Ag  index=47
  G4double M47[NDENSARRAY]={61.635,1.933,5.0630,0.0657,3.1074,0.24585,2.6899,0.14,0.052,470. };
  AddMaterial(M47,"G4_Ag");
  indexZ[47]=47;
 
//G4_Cd  index=48
  G4double M48[NDENSARRAY]={55.381,1.895,5.2727,0.1281,3.1667,0.24609,2.6772,0.14,0.051,469. };
  AddMaterial(M48,"G4_Cd");
  indexZ[48]=48;
 
//G4_In  index=49
  G4double M49[NDENSARRAY]={50.896,1.851,5.5211,0.2406,3.2032,0.23879,2.7144,0.14,0.044,488. };
  AddMaterial(M49,"G4_In");
  indexZ[49]=49;
 
//G4_Sn  index=50
  G4double M50[NDENSARRAY]={50.567,1.732,5.5340,0.2879,3.2959,0.18689,2.8576,0.14,0.037,488. };
  AddMaterial(M50,"G4_Sn");
  indexZ[50]=50;
 
//G4_Sb  index=51
  G4double M51[NDENSARRAY]={48.242,1.645,5.6241,0.3189,3.3489,0.16652,2.9319,0.14,0.034,487. };
  AddMaterial(M51,"G4_Sb");
  indexZ[51]=51;
 
//G4_Te  index=52
  G4double M52[NDENSARRAY]={45.952,1.577,5.7131,0.3296,3.4418,0.13815,3.0354,0.14,0.033,485. };
  AddMaterial(M52,"G4_Te");
  indexZ[52]=52;
 
//G4_I  index=53
  G4double M53[NDENSARRAY]={41.348,1.498,5.9488,0.0549,3.2596,0.23766,2.7276,0.0,0.045,491. };
  AddMaterial(M53,"G4_I");
  indexZ[53]=53;
 
//G4_Xe  index=54
  G4double M54[NDENSARRAY]={1.369,1.435,12.7281,1.563,4.7371,0.23314,2.7414,0,0.043,482. };
  AddMaterial(M54,"G4_Xe");
  indexZ[54]=54;
  state[54]=kStateGas;
 
//G4_Cs  index=55
  G4double M55[NDENSARRAY]={25.37,1.462,6.9135,0.5473,3.5914,0.18233,2.8866,0.14,0.035,488. };
  AddMaterial(M55,"G4_Cs");
  indexZ[55]=55;
 
//G4_Ba  index=56
  G4double M56[NDENSARRAY]={34.425,1.410,6.3153,0.4190,3.4547,0.18268,2.8906,0.14,0.035,491. };
  AddMaterial(M56,"G4_Ba");
  indexZ[56]=56;
 
//G4_La  index=57
  G4double M57[NDENSARRAY]={45.792,1.392,5.7850,0.3161,3.3293,0.18591,2.8828,0.14,0.036,501. };
  AddMaterial(M57,"G4_La");
  indexZ[57]=57;
 
//G4_Ce  index=58
  G4double M58[NDENSARRAY]={47.834,1.461,5.7837,0.2713,3.3432,0.18885,2.8592,0.14,0.040,523. };
  AddMaterial(M58,"G4_Ce");
  indexZ[58]=58;
 
//G4_Pr  index=59
  G4double M59[NDENSARRAY]={48.301,1.520,5.8096,0.2333,3.2773,0.23265,2.7331,0.14,0.041,535. };
  AddMaterial(M59,"G4_Pr");
  indexZ[59]=59;
 
//G4_Ne  index=60
  G4double M60[NDENSARRAY]={48.819,1.588,5.8290,0.1984,3.3063,0.23530,2.7050,0.14,0.044,546. };
  AddMaterial(M60,"G4_Ne");
  indexZ[60]=60;
 
//G4_Pr  index=61
  G4double M61[NDENSARRAY]={50.236,1.672,5.8224,0.1627,3.3199,0.24280,2.6674,0.14,0.048,560. };
  AddMaterial(M61,"G4_Pr");
  indexZ[61]=61;
 
//G4_Sa  index=62
  G4double M62[NDENSARRAY]={50.540,1.749,5.8597,0.1520,3.3460,0.24698,2.6403,0.14,0.053,574. };
  AddMaterial(M62,"G4_Sa");
  indexZ[62]=62;
 
//G4_Eu  index=63
  G4double M63[NDENSARRAY]={42.484,1.838,6.2278,0.1888,3.4633,0.24448,2.6245,0.14,0.06,580. };
  AddMaterial(M63,"G4_Eu");
  indexZ[63]=63;
 
//G4_Gd  index=64
  G4double M64[NDENSARRAY]={51.672,1.882,5.8738,0.1058,3.3932,0.25109,2.5977,0.14,0.061,591. };
  AddMaterial(M64,"G4_Gd");
  indexZ[64]=64;
 
//G4_Tb  index=65
  G4double M65[NDENSARRAY]={52.865,1.993,5.9045,0.0947,3.4224,0.24453,2.6056,0.14,0.063,614. };
  AddMaterial(M65,"G4_Tb");
  indexZ[65]=65;
 
//G4_Dy  index=66
  G4double M66[NDENSARRAY]={53.698,2.081,5.9183,0.0822,3.4474,0.24665,2.5849,0.14,0.061,628. };
  AddMaterial(M66,"G4_Dy");
  indexZ[66]=66;
 
//G4_Ho  index=67
  G4double M67[NDENSARRAY]={54.467,2.197,5.9587,0.0761,3.4782,0.24638,2.5726,0.14,0.062,650. };
  AddMaterial(M67,"G4_Ho");
  indexZ[67]=67;
 
//G4_Er  index=68
  G4double M68[NDENSARRAY]={55.322,2.26,5.9521,0.0648,3.4922,0.24823,2.5573,0.14,0.061,658. };
  AddMaterial(M68,"G4_Er");
  indexZ[68]=68;
 
//G4_Tm  index=69
  G4double M69[NDENSARRAY]={56.225,2.333,5.9677,0.0812,3.5085,0.24889,2.5469,0.14,0.062,674. };
  AddMaterial(M69,"G4_Tm");
  indexZ[69]=69;
 
//G4_Yb  index=70
  G4double M70[NDENSARRAY]={47.546,2.505,6.3325,0.1199,3.6246,0.25295,2.5141,0.14,0.071,684. };
  AddMaterial(M70,"G4_Yb");
  indexZ[70]=70;
 
//G4_Lu  index=71
  G4double M71[NDENSARRAY]={57.581,2.348,5.9785,0.1560,3.5218,0.24033,2.5643,0.14,0.054,694. };
  AddMaterial(M71,"G4_Lu");
  indexZ[71]=71;
 
//G4_Hf  index=72
  G4double M72[NDENSARRAY]={66.770,2.174,5.7139,0.1965,3.4337,0.22918,2.6155,0.14,0.035,705. };
  AddMaterial(M72,"G4_Hf");
  indexZ[72]=72;
 
//G4_Ta  index=73
  G4double M73[NDENSARRAY]={74.692,2.07,5.5262,0.2117,3.4805,0.17798,2.7623,0.14,0.03,718. };
  AddMaterial(M73,"G4_Ta");
  indexZ[73]=73;
 
//G4_W  index=74
  G4double M74[NDENSARRAY]={80.315,1.997,5.4059,0.2167,3.496,0.15509,2.8447,0.14,0.027,727. };
  AddMaterial(M74,"G4_W");
  indexZ[74]=74;
 
//G4_Re  index=75
  G4double M75[NDENSARRAY]={83.846,1.976,5.3445,0.0559,3.4845,0.15184,2.8627,0.08,0.026,736. };
  AddMaterial(M75,"G4_Re");
  indexZ[75]=75;
 
//G4_Os  index=76
  G4double M76[NDENSARRAY]={86.537,1.947,5.3083,0.0891,3.5414,0.12751,2.9608,0.10,0.023,746. };
  AddMaterial(M76,"G4_Os");
  indexZ[76]=76;
 
//G4_Ir  index=77
  G4double M77[NDENSARRAY]={86.357,1.927,5.3418,0.0819,3.5480,0.12690,2.9658,0.10,0.023,757. };
  AddMaterial(M77,"G4_Ir");
  indexZ[77]=77;
 
//G4_Pt  index=78
  G4double M78[NDENSARRAY]={84.389,1.965,5.4732,0.1484,3.6212,0.11128,3.0417,0.12,0.021,790. };
  AddMaterial(M78,"G4_Pt");
  indexZ[78]=78;
 
//G4_Au  index=79
  G4double M79[NDENSARRAY]={80.215,1.926,5.5747,0.2021,3.6979,0.09756,3.1101,0.14,0.020,790. };
  AddMaterial(M79,"G4_Au");
  indexZ[79]=79;
 
//G4_Hg  index=80
  G4double M80[NDENSARRAY]={66.977,1.904,5.9605,0.2756,3.7275,0.11014,3.0519,0.14,0.021,800. };
  AddMaterial(M80,"G4_Hg");
  indexZ[80]=80;
 
//G4_Tl  index=81
  G4double M81[NDENSARRAY]={62.104,1.814,6.1365,0.3491,3.8044,0.09455,3.1450,0.14,0.019,810. };
  AddMaterial(M81,"G4_Tl");
  indexZ[81]=81;
 
//G4_Pb  index=82
  G4double M82[NDENSARRAY]={61.072,1.755,6.2018,0.3776,3.8073,0.09359,3.1608,0.14,0.019,823. };
  AddMaterial(M82,"G4_Pb");
  indexZ[82]=82;
 
//G4_Bi  index=83
  G4double M83[NDENSARRAY]={56.696,1.684,6.3505,0.4152,3.8248,0.0941,3.1671,0.14,0.02,823. };
  AddMaterial(M83,"G4_Bi");
  indexZ[83]=83;
 
//G4_Po  index=84
  G4double M84[NDENSARRAY]={55.773,1.637,6.4003,0.4267,3.8293,0.09282,3.183,0.14,0.02,830. };
  AddMaterial(M84,"G4_Po");
  indexZ[84]=84;
 
//G4_Rn  index=85
  G4double M85[NDENSARRAY]={1.708,1.458,13.2839,1.5368,4.9889,0.20798,2.7409,0,0.057,794. };
  AddMaterial(M85,"G4_Rn");
  indexZ[86]=85;
  state[86]=kStateGas;
 
//G4_Ra  index=86
  G4double M86[NDENSARRAY]={40.205,1.403,7.0452,0.5991,3.9428,0.08804,3.2454,0.14,0.022,826. };
  AddMaterial(M86,"G4_Ra");
  indexZ[88]=86;
 
//G4_Ac  index=87
  G4double M87[NDENSARRAY]={57.254,1.380,6.3742,0.4559,3.7966,0.08567,3.2683,0.14,0.023,841. };
  AddMaterial(M87,"G4_Ac");
  indexZ[89]=87;
 
//G4_Th  index=88
  G4double M88[NDENSARRAY]={61.438,1.363,6.2473,0.4202,3.7681,0.08655,3.2610,0.14,0.025,847. };
  AddMaterial(M88,"G4_Th");
  indexZ[90]=88;
 
//G4_Pa  index=89
  G4double M89[NDENSARRAY]={70.901,1.42,6.0327,0.3144,3.5079,.14770,2.9845,0.14,0.036,878. };
  AddMaterial(M89,"G4_Pa");
  indexZ[91]=89;
 
//G4_U  index=90
  G4double M90[NDENSARRAY]={77.986,1.447,5.8694,0.2260,3.3721,.19677,2.8171,0.14,0.043,890. };
  AddMaterial(M90,"G4_U");
  indexZ[92]=90;
 
//G4_Np  index=91
  G4double M91[NDENSARRAY]={81.221,1.468,5.8149,0.1869,3.369,0.19741,2.8082,0.14,0.043,902. };
  AddMaterial(M91,"G4_Np");
  indexZ[93]=91;
 
//G4_Pu  index=92
  G4double M92[NDENSARRAY]={80.486,1.519,5.8748,0.1557,3.3981,0.20419,2.7679,0.14,0.057,921. };
  AddMaterial(M92,"G4_Pu");
  indexZ[94]=92;
 
//G4_Am  index=93
  G4double M93[NDENSARRAY]={66.607,1.552,6.2813,0.2274,3.5021,0.20308,2.7615,0.14,0.056,934. };
  AddMaterial(M93,"G4_Am");
  indexZ[95]=93;
 
//G4_Cm  index=94
  G4double M94[NDENSARRAY]={66.022,1.559,6.3097,0.2484,3.516,.20257,2.7579,0.14,0.056,939. };
  AddMaterial(M94,"G4_Cm");
  indexZ[96]=94;
 
//G4_Bk  index=95
  G4double M95[NDENSARRAY]={67.557,1.574,6.2912,0.2378,3.5186,.20192,2.7560,0.14,0.062,952. };
  AddMaterial(M95,"G4_Bk");
  indexZ[97]=95;
 
//G4_A-150_TISSUE  index=96
  G4double M96[NDENSARRAY]={22.667,1.950,3.1100,0.1329,2.6234,0.10783,3.4442,0,0.048,65.1 };
  AddMaterial(M96,"G4_A-150_TISSUE");
 
//G4_ACETONE  index=97
  G4double M97[NDENSARRAY]={19.010,1.976,3.4341,0.2197,2.6928,0.11100,3.4047,0,0.069,64.2 };
  AddMaterial(M97,"G4_ACETONE");
 
//G4_ACETYLENE  index=98
  G4double M98[NDENSARRAY]={0.700,1.784,9.8419,1.6017,4.0074,0.12167,3.4277,0,0.080,58.2 };
  AddMaterial(M98,"G4_ACETYLENE");
 
//G4_ADENINE  index=99
  G4double M99[NDENSARRAY]={24.098,1.892,3.1724,0.1295,2.4219,0.20908,3.0271,0,0.052,71.4 };
  AddMaterial(M99,"G4_ADENINE");
 
//G4_ADIPOSE_TISSUE_ICRP  index=100
  G4double M100[NDENSARRAY]={20.655,1.987,3.2367,0.1827,2.6530,0.10278,3.4817,0,0.060,63.2 };
  AddMaterial(M100,"G4_ADIPOSE_TISSUE_ICRP");
 
//G4_AIR  index=101
  G4double M101[NDENSARRAY]={0.707,2.054,10.5961,1.7418,4.2759,0.10914,3.3994,0,0.090,85.7 };
  AddMaterial(M101,"G4_AIR");
 
//G4_ALANINE  index=102
  G4double M102[NDENSARRAY]={25.204,2.074,3.0965,0.1354,2.6336,0.11484,3.3526,0,0.056,71.9 };
  AddMaterial(M102,"G4_ALANINE");
 
//G4_ALUMINIM_OXIDE  index=103
  G4double M103[NDENSARRAY]={40.206,2.394,3.5682,0.0402,2.8665,0.08500,3.5458,0,0.031,145.2 };
  AddMaterial(M103,"G4_ALUMINIM_OXIDE");
 
//G4_AMBER  index=104
  G4double M104[NDENSARRAY]={22.450,1.946,3.0701,0.1335,2.5610,0.11934,3.4098,0,0.053,63.2 };
  AddMaterial(M104,"G4_AMBER");
 
//G4_AMMONIA  index=105
  G4double M105[NDENSARRAY]={0.635,1.814,9.8763,1.6822,4.1158,0.08315,3.6464,0,0.102,53.7 };
  AddMaterial(M105,"G4_AMMONIA");
 
//G4_ANILINE  index=106
  G4double M106[NDENSARRAY]={21.361,1.938,3.2622,0.1618,2.5805,0.13134,3.3434,0,0.052,66.2 };
  AddMaterial(M106,"G4_ANILINE");
 
//G4_ANTHRACENE  index=107
  G4double M107[NDENSARRAY]={23.704,1.954,3.1514,0.1146,2.5213,0.14677,3.2831,0,0.042,69.5 };
  AddMaterial(M107,"G4_ANTHRACENE");
 
//G4_B-100_BONE  index=108
  G4double M108[NDENSARRAY]={25.199,2.013,3.4528,0.1252,3.042,0.05268,3.7365,0,0.043,85.9 };
  AddMaterial(M108,"G4_B-100_BONE");
 
//G4_BAKELITE  index=109
  G4double M109[NDENSARRAY]={23.408,2.046,3.2582,0.1471,2.6055,0.12713,3.347,0,0.052,72.4 };
  AddMaterial(M109,"G4_BAKELITE");
 
//G4_BARIUM_FLUORIDE  index=110
  G4double M110[NDENSARRAY]={41.398,1.727,5.4122,-0.0098,3.3871,0.15991,2.8867,0,0.034,375.9 };
  AddMaterial(M110,"G4_BARIUM_FLUORIDE");
 
//G4_BARIUM_SULFATE  index=111
  G4double M111[NDENSARRAY]={40.805,1.893,4.8923,-0.0128,3.4069,0.11747,3.0427,0,0.03,285.7 };
  AddMaterial(M111,"G4_BARIUM_SULFATE");
 
//G4_BENZENE  index=112
  G4double M112[NDENSARRAY]={19.806,1.873,3.3269,0.171,2.5091,0.16519,3.2174,0,0.052,63.4 };
  AddMaterial(M112,"G4_BENZENE");
 
//G4_BERYLLIUM_OXIDE  index=113
  G4double M113[NDENSARRAY]={34.629,2.296,2.9801,0.0241,2.5846,0.10755,3.4927,0,0.031,93.2 };
  AddMaterial(M113,"G4_BERYLLIUM_OXIDE");
 
//G4_BGO  index=114
  G4double M114[NDENSARRAY]={49.904,2.121,5.7409,0.0456,3.7816,0.09569,3.0781,0,0.023,534.1 };
  AddMaterial(M114,"G4_BGO");
 
//G4_BLOOD_ICRP  index=115
  G4double M115[NDENSARRAY]={22.001,2.184,3.4581,0.2239,2.8017,0.08492,3.5406,0,0.088,75.2 };
  AddMaterial(M115,"G4_BLOOD_ICRP");
 
//G4_BONE_COMPACT_ICRU  index=116
  G4double M116[NDENSARRAY]={28.536,2.091,3.3390,0.0944,3.0201,0.05822,3.6419,0,0.042,91.9 };
  AddMaterial(M116,"G4_BONE_COMPACT_ICRU");
 
//G4_BONE_CORTICAL_ICRP  index=117
  G4double M117[NDENSARRAY]={28.298,2.118,3.6488,0.1161,3.0919,0.06198,3.5919,0,0.04,106.4 };
  AddMaterial(M117,"G4_BONE_CORTICAL_ICRP");
 
//G4_BORON_CARBIDE  index=118
  G4double M118[NDENSARRAY]={31.38,2.14,2.9859,0.0093,2.1006,0.37087,2.8076,0,0.022,84.7 };
  AddMaterial(M118,"G4_BORON_CARBIDE");
 
//G4_BORON_OXIDE  index=119
  G4double M119[NDENSARRAY]={27.107,2.446,3.6027,0.1843,2.7379,0.11548,3.3832,0,0.053,99.6 };
  AddMaterial(M119,"G4_BORON_OXIDE");
 
//G4_BRAIN_ICRP  index=120
  G4double M120[NDENSARRAY]={21.772,2.162,3.4279,0.2206,2.8021,0.08255,3.5585,0,0.086,73.3 };
  AddMaterial(M120,"G4_BRAIN_ICRP");
 
//G4_BUTANE  index=121
  G4double M121[NDENSARRAY]={1.101,1.727,8.5633,1.3788,3.7524,0.10852,3.4884,0,0.1,48.3 };
  AddMaterial(M121,"G4_BUTANE");
 
//G4_N-BUTYL_ALCOHOL  index=122
  G4double M122[NDENSARRAY]={19.52,1.942,3.2425,0.1937,2.6439,0.10081,3.5139,0,0.065,59.9 };
  AddMaterial(M122,"G4_N-BUTYL_ALCOHOL");
 
//G4_C-552  index=123
  G4double M123[NDENSARRAY]={27.023,2.128,3.3338,0.151,2.7083,0.10492,3.4344,0,0.053,86.8 };
  AddMaterial(M123,"G4_C-552");
 
//G4_CADMIUM_TELLURIDE  index=124
  G4double M124[NDENSARRAY]={46.314,1.935,5.9096,0.0438,3.2836,0.2484,2.6665,0,0.057,539.3 };
  AddMaterial(M124,"G4_CADMIUM_TELLURIDE");
 
//G4_CADMIUM_TUNGSTATE  index=125
  G4double M125[NDENSARRAY]={52.954,2.289,5.3594,0.0123,3.5941,0.12861,2.915,0,0.027,468.3 };
  AddMaterial(M125,"G4_CADMIUM_TUNGSTATE");
 
//G4_CALCIUM_CARBONATE  index=126
  G4double M126[NDENSARRAY]={34.08,2.141,3.7738,0.0492,3.0549,0.08301,3.412,0,0.037,136.4 };
  AddMaterial(M126,"G4_CALCIUM_CARBONATE");
 
//G4_CALCIUM_FLUORIDE  index=127
  G4double M127[NDENSARRAY]={35.849,2.127,4.0653,0.0676,3.1683,0.06942,3.5263,0,0.044,166.0 };
  AddMaterial(M127,"G4_CALCIUM_FLUORIDE");
 
//G4_CALCIUM_OXIDE  index=128
  G4double M128[NDENSARRAY]={36.988,1.973,4.1209,-0.0172,3.0171,0.12128,3.1936,0,0.024,176.1 };
  AddMaterial(M128,"G4_CALCIUM_OXIDE");
 
//G4_CALCIUM_SULFATE  index=129
  G4double M129[NDENSARRAY]={35.038,2.179,3.9388,0.0587,3.1229,0.07708,3.4495,0,0.021,152.3 };
  AddMaterial(M129,"G4_CALCIUM_SULFATE");
 
//G4_CALCIUM_TUNGSTATE  index=130
  G4double M130[NDENSARRAY]={46.934,2.262,5.2603,0.0323,3.8932,0.0621,3.2649,0,0.021,395.0 };
  AddMaterial(M130,"G4_CALCIUM_TUNGSTATE");
 
//G4_CARBON_DIOXIDE  index=131
  G4double M131[NDENSARRAY]={0.874,2.118,10.1537,1.6294,4.1825,0.11768,3.3227,0,0.091,85.0 };
  AddMaterial(M131,"G4_CARBON_DIOXIDE");
 
//G4_CARBON_TETRACHLORIDE  index=132
  G4double M132[NDENSARRAY]={25.234,1.742,4.7712,0.1773,2.9165,0.19018,3.0116,0,0.041,166.3 };
  AddMaterial(M132,"G4_CARBON_TETRACHLORIDE");
 
//G4_CELLULOSE_CELLOPHANE  index=133
  G4double M133[NDENSARRAY]={25.008,2.17,3.2647,0.158,2.6778,0.11151,3.381,0,0.06,77.6 };
  AddMaterial(M133,"G4_CELLULOSE_CELLOPHANE");
 
//G4_CELLULOSE_BUTYRATE  index=134
  G4double M134[NDENSARRAY]={23.041,2.128,3.3497,0.1794,2.6809,0.11444,3.3738,0,0.056,74.6 };
  AddMaterial(M134,"G4_CELLULOSE_BUTYRATE");
 
//G4_CELLULOSE_NITRATE  index=135
  G4double M135[NDENSARRAY]={25.224,2.252,3.4762,0.1897,2.7253,0.11813,3.3237,0,0.063,87.0 };
  AddMaterial(M135,"G4_CELLULOSE_NITRATE");
 
//G4_CERIC_SULFATE  index=136
  G4double M136[NDENSARRAY]={21.743,2.205,3.5212,0.2363,2.8769,0.07666,3.5607,0,0.095,76.7 };
  AddMaterial(M136,"G4_CERIC_SULFATE");
 
//G4_CESIUM_FLUORIDE  index=137
  G4double M137[NDENSARRAY]={37.942,1.714,5.9046,0.0084,3.3374,0.22052,2.728,0,0.044,440.7 };
  AddMaterial(M137,"G4_CESIUM_FLUORIDE");
 
//G4_CESIUM_IODIDE  index=138
  G4double M138[NDENSARRAY]={39.455,1.672,6.2807,0.0395,3.3353,0.25381,2.6657,0,0.067,553.1 };
  AddMaterial(M138,"G4_CESIUM_IODIDE");
 
//G4_CHLOROBENZENE  index=139
  G4double M139[NDENSARRAY]={21.752,1.889,3.8201,0.1714,2.9272,0.09856,3.3797,0,0.031,89.1 };
  AddMaterial(M139,"G4_CHLOROBENZENE");
 
//G4_CHLOROFORM  index=140
  G4double M140[NDENSARRAY]={24.462,1.734,4.7055,0.1786,2.9581,0.16959,3.0627,0,0.038,156. };
  AddMaterial(M140,"G4_CHLOROFORM");
 
//G4_CONCRETE  index=141
  G4double M141[NDENSARRAY]={30.986,2.322,3.9464,0.1301,3.0466,0.07515,3.5467,0,0.024,135.2 };
  AddMaterial(M141,"G4_CONCRETE");
 
//G4_CYCLOHEXANE  index=142
  G4double M142[NDENSARRAY]={19.207,1.861,3.1544,0.1728,2.5549,0.12035,3.4278,0,0.057,56.4 };
  AddMaterial(M142,"G4_CYCLOHEXANE");
 
//G4_1,2-DICHLOROBENZENE  index=143
  G4double M143[NDENSARRAY]={23.354,1.862,4.0348,0.1587,2.8276,0.1601,3.0836,0,0.029,106.5 };
  AddMaterial(M143,"G4_1,2-DICHLOROBENZENE");
 
//G4_DICHLORODIETHYL_ETHER  index=144
  G4double M144[NDENSARRAY]={22.894,1.903,4.0135,0.1773,3.1586,0.06799,3.525,0,0.026,103.3 };
  AddMaterial(M144,"G4_DICHLORODIETHYL_ETHER");
 
//G4_1,2-DICHLOROETHANE  index=145
  G4double M145[NDENSARRAY]={22.764,1.618,4.1849,0.1375,2.9529,0.13383,3.1675,0,0.03,111.9 };
  AddMaterial(M145,"G4_1,2-DICHLOROETHANE");
 
//G4_DIETHYL_ETHER  index=146
  G4double M146[NDENSARRAY]={18.326,1.951,3.3721,0.2231,2.6745,0.1055,3.4586,0,0.07,60.0 };
  AddMaterial(M146,"G4_DIETHYL_ETHER");
 
//G4_N,N-DIMETHYL_FORMAMIDE  index=147
  G4double M147[NDENSARRAY]={20.763,2.005,3.3311,0.1977,2.6686,0.1147,3.371,0,0.065,66.6 };
  AddMaterial(M147,"G4_N,N-DIMETHYL_FORMAMIDE");
 
//G4_DIMETHYL_SULFOXIDE  index=148
  G4double M148[NDENSARRAY]={22.173,2.075,3.9844,0.2021,3.1263,0.06619,3.5708,0,0.03,98.6 };
  AddMaterial(M148,"G4_DIMETHYL_SULFOXIDE");
 
//G4_ETHANE  index=149
  G4double M149[NDENSARRAY]={0.789,1.69,9.1043,1.5107,3.8743,0.09627,3.6095,0,0.097,45.4 };
  AddMaterial(M149,"G4_ETHANE");
 
//G4_ETHYL_ALCOHOL  index=150
  G4double M150[NDENSARRAY]={19.232,2.013,3.3699,0.2218,2.7052,0.09878,3.4834,0,0.071,62.9 };
  AddMaterial(M150,"G4_ETHYL_ALCOHOL");
 
//G4_ETHYL_CELLULOSE  index=151
  G4double M151[NDENSARRAY]={22.594,2.065,3.2415,0.1683,2.6527,0.11077,3.4098,0,0.057,69.3 };
  AddMaterial(M151,"G4_ETHYL_CELLULOSE");
 
//G4_ETHYLENE  index=152
  G4double M152[NDENSARRAY]={0.746,1.733,9.438,1.5528,3.9327,0.10636,3.5387,0,0.085,50.7 };
  AddMaterial(M152,"G4_ETHYLENE");
 
//G4_EYE_LENS_ICRP  index=153
  G4double M153[NDENSARRAY]={22.388,2.154,3.372,0.207,2.7446,0.0969,3.455,0,0.077,73.3 };
  AddMaterial(M153,"G4_EYE_LENS_ICRP");
 
//G4_FERRIC_OXIDE  index=154
  G4double M154[NDENSARRAY]={45.331,2.747,4.2245,-0.0074,3.2573,0.10478,3.1313,0,0.026,227.3 };
  AddMaterial(M154,"G4_FERRIC_OXIDE");
 
//G4_FERROBORIDE  index=155
  G4double M155[NDENSARRAY]={52.546,2.726,4.2057,-0.0988,3.1749,0.12911,3.024,0,0.022,261.0 };
  AddMaterial(M155,"G4_FERROBORIDE");
 
//G4_FERROUS_OXIDE  index=156
  G4double M156[NDENSARRAY]={47.327,2.769,4.3175,-0.0279,3.2002,0.12959,3.0168,0,0.022,248.6 };
  AddMaterial(M156,"G4_FERROUS_OXIDE");
 
//G4_FERROUS_SULFATE  index=157
  G4double M157[NDENSARRAY]={21.69,2.208,3.5183,0.2378,2.8254,0.08759,3.4923,0,0.096,76.4 };
  AddMaterial(M157,"G4_FERROUS_SULFATE");
 
//G4_FREON-12  index=158
  G4double M158[NDENSARRAY]={21.121,1.974,4.8251,0.3035,3.2659,0.07978,3.4626,0,0.025,143.0 };
  AddMaterial(M158,"G4_FREON-12");
 
//G4_FREON-12B2  index=159
  G4double M159[NDENSARRAY]={25.877,2.195,5.7976,0.3406,3.7956,0.05144,3.5565,0,0.021,284.9 };
  AddMaterial(M159,"G4_FREON-12B2");
 
//G4_FREON-13  index=160
  G4double M160[NDENSARRAY]={19.432,2.116,4.7483,0.3659,3.2337,0.07238,3.5551,0,0.05,126.6 };
  AddMaterial(M160,"G4_FREON-13");
 
//G4_FREON-13B1  index=161
  G4double M161[NDENSARRAY]={23.849,2.233,5.3555,0.3522,3.7554,0.03925,3.7194,0,0.036,210.5 };
  AddMaterial(M161,"G4_FREON-13B1");
 
//G4_FREON-13I1  index=162
  G4double M162[NDENSARRAY]={25.615,1.924,5.8774,0.2847,3.728,0.09112,3.1658,0,0.025,293.5 };
  AddMaterial(M162,"G4_FREON-13I1");
 
//G4_GADOLINIUM_OXYSULFIDE  index=163
  G4double M163[NDENSARRAY]={51.099,2.179,5.5347,-0.1774,3.4045,0.22161,2.63,0,0.056,493.3 };
  AddMaterial(M163,"G4_GADOLINIUM_OXYSULFIDE");
 
//G4_GALLIUM_ARSENIDE  index=164
  G4double M164[NDENSARRAY]={44.17,2.652,5.3299,0.1764,3.642,0.07152,3.3356,0,0.027,384.9 };
  AddMaterial(M164,"G4_GALLIUM_ARSENIDE");
 
//G4_GEL_PHOTO_EMULSION  index=165
  G4double M165[NDENSARRAY]={24.058,2.156,3.2687,0.1709,2.7058,0.10102,3.4418,0,0.06,74.8 };
  AddMaterial(M165,"G4_GEL_PHOTO_EMULSION");
 
//G4_Pyrex_Glass  index=166
  G4double M166[NDENSARRAY]={30.339,2.369,3.9708,0.1479,2.9933,0.0827,3.5224,0,0.022,134.0 };
  AddMaterial(M166,"G4_Pyrex_Glass");
 
//G4_GLASS_LEAD  index=167
  G4double M167[NDENSARRAY]={46.631,2.085,5.8476,0.0614,3.8146,0.09544,3.074,0,0.025,526.4 };
  AddMaterial(M167,"G4_GLASS_LEAD");
 
//G4_GLASS_PLATE  index=168
  G4double M168[NDENSARRAY]={31.481,2.329,4.0602,0.1237,3.0649,0.07678,3.5381,0,0.025,145.4 };
  AddMaterial(M168,"G4_GLASS_PLATE");
 
//G4_GLUCOSE  index=169
  G4double M169[NDENSARRAY]={26.153,2.174,3.1649,0.1411,2.67,0.10783,3.3946,0,0.061,77.2 };
  AddMaterial(M169,"G4_GLUCOSE");
 
//G4_GLUTAMINE  index=170
  G4double M170[NDENSARRAY]={25.437,2.077,3.1167,0.1347,2.6301,0.11931,3.3254,0,0.055,73.3 };
  AddMaterial(M170,"G4_GLUTAMINE");
 
//G4_GLYCEROL  index=171
  G4double M171[NDENSARRAY]={23.846,2.12,3.2267,0.1653,2.6862,0.10168,3.4481,0,0.067,72.6 };
  AddMaterial(M171,"G4_GLYCEROL");
 
//G4_GUANINE  index=172
  G4double M172[NDENSARRAY]={26.022,1.97,3.1171,0.1163,2.4296,0.2053,3.0186,0,0.069,75.0 };
  AddMaterial(M172,"G4_GUANINE");
 
//G4_GYPSUM  index=173
  G4double M173[NDENSARRAY]={31.379,2.187,3.8382,0.0995,3.1206,0.06949,3.5134,0,0.038,129.7 };
  AddMaterial(M173,"G4_GYPSUM");
 
//G4_N-HEPTANE  index=174
  G4double M174[NDENSARRAY]={18.128,1.848,3.1978,0.1928,2.5706,0.11255,3.4885,0,0.059,54.4 };
  AddMaterial(M174,"G4_N-HEPTANE");
 
//G4_N-HEXANE  index=175
  G4double M175[NDENSARRAY]={17.836,1.843,3.2156,0.1984,2.5757,0.11085,3.5027,0,0.061,54.0 };
  AddMaterial(M175,"G4_N-HEXANE");
 
//G4_KAPTON  index=176
  G4double M176[NDENSARRAY]={24.586,2.109,3.3497,0.1509,2.5631,0.15972,3.1921,0,0.05,79.6 };
  AddMaterial(M176,"G4_KAPTON");
 
//G4_LANTHANUM_OXYBROMIDE  index=177
  G4double M177[NDENSARRAY]={47.125,1.831,5.4666,-0.035,3.3288,0.1783,2.8457,0,0.04,439.7 };
  AddMaterial(M177,"G4_LANTHANUM_OXYBROMIDE");
 
//G4_LANTHANUM_OXYSULFIDE  index=178
  G4double M178[NDENSARRAY]={45.394,1.681,5.6151,-0.0934,3.2741,0.22579,2.7075,0,0.065,456.2 };
  AddMaterial(M178,"G4_LANTHANUM_OXYSULFIDE");
 
//G4_LEAD_OXIDE  index=179
  G4double M179[NDENSARRAY]={56.488,2.012,6.2162,0.0356,3.5456,0.19645,2.7299,0,0.039,766.7 };
  AddMaterial(M179,"G4_LEAD_OXIDE");
 
//G4_LITHIUM_AMIDE  index=180
  G4double M180[NDENSARRAY]={22.609,1.74,2.7961,0.0198,2.5152,0.0874,3.7534,0,0.05,55.5 };
  AddMaterial(M180,"G4_LITHIUM_AMIDE");
 
//G4_LITHIUM_CARBONATE index=181
  G4double M181[NDENSARRAY]={29.217,2.246,3.2029,0.0551,2.6598,0.09936,3.5417,0,0.062,87.9 };
  AddMaterial(M181,"G4_LITHIUM_CARBONATE");
 
//G4_LITHIUM_FLUORIDE  index=182
  G4double M182[NDENSARRAY]={31.815,2.197,3.1667,0.0171,2.7049,0.07593,3.7478,0,0.084,94.0 };
  AddMaterial(M182,"G4_LITHIUM_FLUORIDE");
 
//G4_LITHIUM_HYDRIDE  index=183
  G4double M183[NDENSARRAY]={18.51,1.482,2.358,-0.0988,1.4515,0.90567,2.5849,0,0.035,36.5 };
  AddMaterial(M183,"G4_LITHIUM_HYDRIDE");
 
//G4_LITHIUM_IODIDE  index=184
  G4double M184[NDENSARRAY]={34.841,1.706,6.2671,0.0892,3.3702,0.23274,2.7146,0,0.043,485.1 };
  AddMaterial(M184,"G4_LITHIUM_IODIDE");
 
//G4_LITHIUM_OXIDE  index=185
  G4double M185[NDENSARRAY]={27.984,2.039,2.934,-0.0511,2.5874,0.08035,3.7878,0,0.043,73.6 };
  AddMaterial(M185,"G4_LITHIUM_OXIDE");
 
//G4_LITHIUM_TETRABORATE  index=186
  G4double M186[NDENSARRAY]={31.343,2.36,3.2093,0.0737,2.6502,0.11075,3.4389,0,0.048,94.6 };
  AddMaterial(M186,"G4_LITHIUM_TETRABORATE");
 
//G4_LUNG_ICRP  index=187
  G4double M187[NDENSARRAY]={21.891,2.184,3.4708,0.2261,2.8001,0.08588,3.5353,0,0.089,75.3 };
  AddMaterial(M187,"G4_LUNG_ICRP");
 
//G4_M3_WAX  index=188
  G4double M188[NDENSARRAY]={22,1.975,3.254,0.1523,2.7529,0.07864,3.6412,0,0.044,67.9 };
  AddMaterial(M188,"G4_M3_WAX");
 
//G4_MAGNESIUM_CARBONATE  index=189
  G4double M189[NDENSARRAY]={34.979,2.388,3.4319,0.086,2.7997,0.09219,3.5003,0,0.045,118.0 };
  AddMaterial(M189,"G4_MAGNESIUM_CARBONATE");
 
//G4_MAGNESIUM_FLUORIDE  index=190
  G4double M190[NDENSARRAY]={34.634,2.33,3.7105,0.1369,2.863,0.07934,3.6485,0,0.085,134.3 };
  AddMaterial(M190,"G4_MAGNESIUM_FLUORIDE");
 
//G4_MAGNESIUM_OXIDE  index=191
  G4double M191[NDENSARRAY]={38.407,2.412,3.6404,0.0575,2.858,0.08313,3.5968,0,0.055,143.8 };
  AddMaterial(M191,"G4_MAGNESIUM_OXIDE");
 
//G4_MAGNESIUM_TETRABORATE  index=192
  G4double M192[NDENSARRAY]={32.089,2.43,3.4328,0.1147,2.7635,0.09703,3.4893,0,0.044,108.3 };
  AddMaterial(M192,"G4_MAGNESIUM_TETRABORATE");
 
//G4_MERCURIC_IODIDE  index=193
  G4double M193[NDENSARRAY]={46.494,1.892,6.3787,0.104,3.4728,0.21513,2.7264,0,0.047,684.5 };
  AddMaterial(M193,"G4_MERCURIC_IODIDE");
 
//G4_METHANE  index=194
  G4double M194[NDENSARRAY]={0.588,1.662,9.5243,1.6263,3.9716,0.09253,3.6257,0,0.112,41.7 };
  AddMaterial(M194,"G4_METHANE");
 
//G4_METHANOL  index=195
  G4double M195[NDENSARRAY]={19.214,2.125,3.516,0.2529,2.7639,0.0897,3.5477,0,0.08,67.6 };
  AddMaterial(M195,"G4_METHANOL");
 
//G4_MIX_D_WAX  index=196
  G4double M196[NDENSARRAY]={21.547,1.905,3.078,0.1371,2.7145,0.0749,3.6823,0,0.047,60.9 };
  AddMaterial(M196,"G4_MIX_D_WAX");
 
//G4_MS20_TISSUE  index=197
  G4double M197[NDENSARRAY]={21.153,2.07,3.5341,0.1997,2.8033,0.08294,3.6061,0,0.053,75.1 };
  AddMaterial(M197,"G4_MS20_TISSUE");
 
//G4_MUSCLE_SCELETAL_ICRP  index=198
  G4double M198[NDENSARRAY]={21.781,2.185,3.4809,0.2282,2.7999,0.08636,3.533,0,0.089,75.3 };
  AddMaterial(M198,"G4_MUSCLE_SCELETAL_ICRP");
 
//G4_MUSCLE_STRIATED_ICRU  index=199
  G4double M199[NDENSARRAY]={21.795,2.174,3.4636,0.2249,2.8032,0.08507,3.5383,0,0.086,74.7 };
  AddMaterial(M199,"G4_MUSCLE_STRIATED_ICRU");
 
//G4_MUSCLE_WITH_SUCROSE  index=200
  G4double M200[NDENSARRAY]={22.48,2.169,3.391,0.2098,2.755,0.09481,3.4699,0,0.08,74.3 };
  AddMaterial(M200,"G4_MUSCLE_WITH_SUCROSE");
 
//G4_MUSCLE_WITHOUT_SUCROSE  index=201
  G4double M201[NDENSARRAY]={22.109,2.173,3.4216,0.2187,2.768,0.09143,3.4982,0,0.056,74.2 };
  AddMaterial(M201,"G4_MUSCLE_WITHOUT_SUCROSE");
 
//G4_NAPHTALENE  index=202
  G4double M202[NDENSARRAY]={22.459,1.956,3.2274,0.1374,2.5429,0.14766,3.2654,0,0.051,68.4 };
  AddMaterial(M202,"G4_NAPHTALENE");
 
//G4_NITROBENZENE  index=203
  G4double M203[NDENSARRAY]={22.747,2.065,3.4073,0.1777,2.663,0.12727,3.3091,0,0.051,75.8 };
  AddMaterial(M203,"G4_NITROBENZENE");
 
//G4_NITROUS_OXIDE  index=204
  G4double M204[NDENSARRAY]={0.872,2.059,10.1575,1.6477,4.1565,0.11992,3.3318,0,0.086,84.9 };
  AddMaterial(M204,"G4_NITROUS_OXIDE");
 
//G4_NYLON-8062  index=205
  G4double M205[NDENSARRAY]={22.221,1.967,3.125,0.1503,2.6004,0.11513,3.4044,0,0.054,64.3 };
  AddMaterial(M205,"G4_NYLON-8062");
 
//G4_NYLON-6/6  index=206
  G4double M206[NDENSARRAY]={22.774,1.931,3.0634,0.1336,2.5834,0.11818,3.3826,0,0.051,63.9 };
  AddMaterial(M206,"G4_NYLON-6-6");
 
//G4_NYLON-6/10  index=207
  G4double M207[NDENSARRAY]={22.866,1.942,3.0333,0.1304,2.5681,0.11852,3.3912,0,0.05,63.2 };
  AddMaterial(M207,"G4_NYLON-6-10");
 
//G4_NYLON-11_RILSAN  index=208
  G4double M208[NDENSARRAY]={25.661,1.902,2.7514,0.0678,2.4281,0.14868,3.2576,0,0.044,61.6 };
  AddMaterial(M208,"G4_NYLON-11_RILSAN");
 
//G4_OCTANE  index=209
  G4double M209[NDENSARRAY]={18.36,1.851,3.1834,0.1882,2.5664,0.11387,3.4776,0,0.057,54.7 };
  AddMaterial(M209,"G4_OCTANE");
 
//G4_PARAFFIN  index=210
  G4double M210[NDENSARRAY]={21.031,1.844,2.9551,0.1289,2.5084,0.12087,3.4288,0,0.052,55.9 };
  AddMaterial(M210,"G4_PARAFFIN");
 
//G4_N-PENTANE  index=211
  G4double M211[NDENSARRAY]={17.398,1.842,3.2504,0.2086,2.5855,0.10809,3.5265,0,0.064,53.6 };
  AddMaterial(M211,"G4_N-PENTANE");
 
//G4_PHOTO_EMULSION  index=212
  G4double M212[NDENSARRAY]={37.946,2.264,5.3319,0.1009,3.4866,0.12399,3.0094,0,0.028,331.0 };
  AddMaterial(M212,"G4_PHOTO_EMULSION");
 
//G4_PLASTIC_SC_VINYLTOLUENE  index=213
  G4double M213[NDENSARRAY]={21.54,1.929,3.1997,0.1464,2.4855,0.16101,3.2393,0,0.05,64.7 };
  AddMaterial(M213,"G4_PLASTIC_SC_VINYLTOLUENE");
 
//G4_PLUTONIUM_DIOXIDE  index=214
  G4double M214[NDENSARRAY]={62.143,1.846,5.9719,-0.2311,3.5554,0.20594,2.6522,0,0.111,746.5 };
  AddMaterial(M214,"G4_PLUTONIUM_DIOXIDE");
 
//G4_POLYACRYLONITRILE  index=215
  G4double M215[NDENSARRAY]={22.642,1.955,3.2459,0.1504,2.5159,0.16275,3.1975,0,0.05,69.6 };
  AddMaterial(M215,"G4_POLYACRYLONITRILE");
 
//G4_POLYCARBONATE  index=216
  G4double M216[NDENSARRAY]={22.915,2.06,3.3201,0.1606,2.6225,0.1286,3.3288,0,0.049,73.1 };
  AddMaterial(M216,"G4_POLYCARBONATE");
 
//G4_POLYCHLOROSTYRENE  index=217
  G4double M217[NDENSARRAY]={23.81,1.902,3.4659,0.1238,2.9241,0.0753,3.5441,0,0.029,81.7 };
  AddMaterial(M217,"G4_POLYCHLOROSTYRENE");
 
//G4_POLYETHYLENE  index=218
  G4double M218[NDENSARRAY]={21.099,1.882,3.0016,0.137,2.5177,0.12108,3.4292,0,0.051,57.4 };
  AddMaterial(M218,"G4_POLYETHYLENE");
 
//G4_MYLAR  index=219
  G4double M219[NDENSARRAY]={24.595,2.144,3.3262,0.1562,2.6507,0.12679,3.3076,0,0.052,78.7 };
  AddMaterial(M219,"G4_MYLAR");
 
//G4_LUCITE  index=220
  G4double M220[NDENSARRAY]={23.086,2.173,3.3297,0.1824,2.6681,0.11433,3.3836,0,0.056,74.0 };
  AddMaterial(M220,"G4_LUCITE");
 
//G4_POLYOXOMETHYLENE  index=221
  G4double M221[NDENSARRAY]={25.11,2.175,3.2514,0.1584,2.6838,0.10808,3.4002,0,0.063,77.4 };
  AddMaterial(M221,"G4_POLYOXOMETHYLENE");
 
//G4_POLYPROPYLENE  index=222
  G4double M222[NDENSARRAY]={20.457,1.884,3.1252,0.1534,2.4822,0.15045,3.2855,0,0.055,59.2 };
  AddMaterial(M222,"G4_POLYPROPYLENE");
 
//G4_POLYSTYRENE  index=223
  G4double M223[NDENSARRAY]={21.754,2.027,3.2999,0.1647,2.5031,0.16454,3.2224,0,0.051,68.7 };
  AddMaterial(M223,"G4_POLYSTYRENE");
 
//G4_TEFLON  index=224
  G4double M224[NDENSARRAY]={29.609,2.142,3.4161,0.1648,2.7404,0.10606,3.4046,0,0.073,99.1 };
  AddMaterial(M224,"G4_TEFLON");
 
//G4_POLYTRIFLUOROCHLOROETHYLENE  index=225
  G4double M225[NDENSARRAY]={28.955,2.094,3.8551,0.1714,3.0265,0.07727,3.5085,0,0.035,120.7 };
  AddMaterial(M225,"G4_POLYTRIFLUOROCHLOROETHYLENE");
 
//G4_POLYVINYL_ACETATE  index=226
  G4double M226[NDENSARRAY]={22.978,2.116,3.3309,0.1769,2.6747,0.11442,3.3762,0,0.055,73.7 };
  AddMaterial(M226,"G4_POLYVINYL_ACETATE");
 
//G4_PLOYVINYL_ALCOHOL  index=227
  G4double M227[NDENSARRAY]={24.251,2.071,3.1115,0.1401,2.6315,0.11178,3.3893,0,0.056,69.7 };
  AddMaterial(M227,"G4_PLOYVINYL_ALCOHOL");
 
//G4_POLYVINYL_BUTYRAL  index=228
  G4double M228[NDENSARRAY]={22.521,2.021,3.1865,0.1555,2.6186,0.11544,3.3983,0,0.054,67.2 };
  AddMaterial(M228,"G4_POLYVINYL_BUTYRAL");
 
//G4_POLYVINYL_CHLORIDE  index=229
  G4double M229[NDENSARRAY]={23.51,1.84,4.0532,0.1559,2.9415,0.12438,3.2104,0,0.027,108.2 };
  AddMaterial(M229,"G4_POLYVINYL_CHLORIDE");
 
//G4_POLYVINYLIDENE_CHLORIDE  index=230
  G4double M230[NDENSARRAY]={26.437,1.814,4.2506,0.1314,2.9009,0.15466,3.102,0,0.034,134.3 };
  AddMaterial(M230,"G4_POLYVINYLIDENE_CHLORIDE");
 
//G4_POLYVINYLIDENE_FLUORIDE  index=231
  G4double M231[NDENSARRAY]={27.024,2.16,3.3793,0.1717,2.7375,0.10316,3.42,0,0.067,88.8 };
  AddMaterial(M231,"G4_POLYVINYLIDENE_FLUORIDE");
 
//G4_POLYVINYL_PYRROLIDONE  index=232
  G4double M232[NDENSARRAY]={23.671,1.989,3.1017,0.1324,2.5867,0.12504,3.3326,0,0.031,67.7 };
  AddMaterial(M232,"G4_POLYVINYL_PYRROLIDONE");
 
//G4_POTASSIUM_IODIDE  index=233
  G4double M233[NDENSARRAY]={33.575,1.784,6.1088,0.1044,3.3442,0.22053,2.7558,0,0.042,431.9 };
  AddMaterial(M233,"G4_POTASSIUM_IODIDE");
 
//G4_POTASSIUM_OXIDE  index=234
  G4double M234[NDENSARRAY]={30.672,2.065,4.6463,0.048,3.011,0.16789,3.0121,0,0.027,189.9 };
  AddMaterial(M234,"G4_POTASSIUM_OXIDE");
 
//G4_PROPANE  index=235
  G4double M235[NDENSARRAY]={0.959,1.708,8.7878,1.4326,3.7998,0.09916,3.592,0,0.093,47.1 };
  AddMaterial(M235,"G4_PROPANE");
 
//G4_lPROPANE  index=236
  G4double M236[NDENSARRAY]={14.509,1.844,3.5529,0.2861,2.6568,0.10329,3.562,0,0.068,52.0 };
  AddMaterial(M236,"G4_lPROPANE");
 
//G4_N-PROPYL_ALCOHOL index=237
  G4double M237[NDENSARRAY]={19.429,1.972,3.2915,0.2046,2.6681,0.09644,3.5415,0,0.07,61.1 };
  AddMaterial(M237,"N-PROPYL_ALCOHOL");
 
//G4_PYRIDINE  index=238
  G4double M238[NDENSARRAY]={20.807,1.895,3.3148,0.167,2.5245,0.16399,3.1977,0,0.051,66.2 };
  AddMaterial(M238,"G4_PYRIDINE");
 
//G4_RUBBER_BUTYL  index=239
  G4double M239[NDENSARRAY]={20.873,1.852,2.9915,0.1347,2.5154,0.12108,3.4296,0,0.051,56.5 };
  AddMaterial(M239,"G4_RUBBER_BUTYL");
 
//G4_RUBBER_NATURAL  index=240
  G4double M240[NDENSARRAY]={20.644,1.889,3.1272,0.1512,2.4815,0.15058,3.2879,0,0.053,59.8 };
  AddMaterial(M240,"G4_RUBBER_NATURAL");
 
//G4_RUBBER_NEOPRENE  index=241
  G4double M241[NDENSARRAY]={23.036,1.874,3.7911,0.1501,2.9461,0.09763,3.3632,0,0.026,93.0 };
  AddMaterial(M241,"G4_RUBBER_NEOPRENE");
 
//G4_SILICON_DIOXIDE  index=242
  G4double M242[NDENSARRAY]={31.014,2.335,4.0029,0.1385,3.0025,0.08408,3.5064,0,0.018,139.2 };
  AddMaterial(M242,"G4_SILICON_DIOXIDE");
 
//G4_SILVER_BROMIDE  index=243
  G4double M243[NDENSARRAY]={48.448,2.271,5.6139,0.0352,3.2109,0.24582,2.682,0,0.043,486.6 };
  AddMaterial(M243,"G4_SILVER_BROMIDE");
 
//G4_SILVER_CHLORIDE  index=244
  G4double M244[NDENSARRAY]={45.405,2.096,5.3437,-0.0139,3.2022,0.22968,2.7041,0,0.062,398.4 };
  AddMaterial(M244,"G4_SILVER_CHLORIDE");
 
//G4_SILVER_HALIDES  index=245
  G4double M245[NDENSARRAY]={48.433,2.27,5.6166,0.0353,3.2117,0.24593,2.6814,0,0.043,487.1 };
  AddMaterial(M245,"G4_SILVER_HALIDES");
 
//G4_SILVER_IODIDE  index=246
  G4double M246[NDENSARRAY]={46.105,1.945,5.9342,0.0148,3.2908,0.25059,2.6572,0,0.071,543.5 };
  AddMaterial(M246,"G4_SILVER_IODIDE");
 
//G4_SKIN_ICRP  index=247
  G4double M247[NDENSARRAY]={22.4,2.14,3.3546,0.2019,2.7526,0.09459,3.4643,0,0.076,72.7 };
  AddMaterial(M247,"G4_SKIN_ICRP");
 
//G4_SODIUM_CARBONATE  index=248
  G4double M248[NDENSARRAY]={32.117,2.557,3.7178,0.1287,2.8591,0.08715,3.5638,0,0.074,125.0 };
  AddMaterial(M248,"G4_SODIUM_CARBONATE");
 
//G4_SODIUM_IODIDE  index=249
  G4double M249[NDENSARRAY]={36.057,1.857,6.0572,0.1203,3.592,0.12516,3.0398,0,0.031,452.0 };
  AddMaterial(M249,"G4_SODIUM_IODIDE");
 
//G4_SODIUM_MONOXIDE  index=250
  G4double M250[NDENSARRAY]={30.205,2.689,4.1892,0.1652,2.9793,0.07501,3.6943,0,0.097,148.8 };
  AddMaterial(M250,"G4_SODIUM_MONOXIDE");
 
//G4_SODIUM_NITRATE  index=251
  G4double M251[NDENSARRAY]={30.459,2.456,3.6502,0.1534,2.8221,0.09391,3.5097,0,0.081,114.6 };
  AddMaterial(M251,"G4_SODIUM_NITRATE");
 
//G4_STILBENE  index=252
  G4double M252[NDENSARRAY]={20.719,1.963,3.368,0.1734,2.5142,0.16659,3.2168,0,0.052,67.7 };
  AddMaterial(M252,"G4_STILBENE");
 
//G4_SUCROSE  index=253
  G4double M253[NDENSARRAY]={26.416,2.167,3.1526,0.1341,2.6558,0.11301,3.363,0,0.057,77.5 };
  AddMaterial(M253,"G4_SUCROSE");
 
//G4_TERPHENYL  index=254
  G4double M254[NDENSARRAY]={23.116,1.976,3.2639,0.1322,2.5429,0.14964,3.2685,0,0.043,71.7 };
  AddMaterial(M254,"G4_TERPHENYL");
 
//G4_TESTES_ICRP  index=255
  G4double M255[NDENSARRAY]={21.815,2.185,3.4698,0.2274,2.7988,0.08533,3.5428,0,0.091,75.0 };
  AddMaterial(M255,"G4_TESTES_ICRP");
 
//G4_TETRACHLOROETHYLENE  index=256
  G4double M256[NDENSARRAY]={25.513,1.79,4.6619,0.1713,2.9083,0.18595,3.0156,0,0.038,159.2 };
  AddMaterial(M256,"G4_TETRACHLOROETHYLENE");
 
//G4_THALIUM_CHLORIDE  index=257
  G4double M257[NDENSARRAY]={48.749,1.997,6.3009,0.0705,3.5716,0.18599,2.769,0,0.04,690.3 };
  AddMaterial(M257,"G4_THALIUM_CHLORIDE");
 
//G4_TISSUE_SOFT_ICRP  index=258
  G4double M258[NDENSARRAY]={21.394,2.144,3.4354,0.2211,2.7799,0.08926,3.511,0,0.077,72.3 };
  AddMaterial(M258,"G4_TISSUE_SOFT_ICRP");
 
//G4_TISSUE_SOFT_ICRU-4  index=259
  G4double M259[NDENSARRAY]={21.366,2.192,3.5087,0.2377,2.7908,0.09629,3.4371,0,0.092,74.9 };
  AddMaterial(M259,"G4_TISSUE_SOFT_ICRU-4");
 
//G4_TISSUE-METHANE  index=260
  G4double M260[NDENSARRAY]={0.697,1.89,9.95,1.6442,4.1399,0.09946,3.4708,0,0.098,61.2 };
  AddMaterial(M260,"G4_TISSUE-METHANE");
 
//G4_TISSUE-PROPANE  index=261
  G4double M261[NDENSARRAY]={0.913,1.856,9.3529,1.5139,3.9916,0.09802,3.5159,0,0.092,59.5 };
  AddMaterial(M261,"G4_TISSUE-PROPANE");
 
//G4_TITANIUM_DIOXIDE  index=262
  G4double M262[NDENSARRAY]={41.022,2.307,3.9522,-0.0119,3.1647,0.08569,3.3267,0,0.027,179.5 };
  AddMaterial(M262,"G4_TITANIUM_DIOXIDE");
 
//G4_TOLUENE  index=263
  G4double M263[NDENSARRAY]={19.764,1.88,3.3026,0.1722,2.5728,0.13284,3.3558,0,0.052,62.5 };
  AddMaterial(M263,"G4_TOLUENE");
 
//G4_TRICHLOROETHYLENE  index=264
  G4double M264[NDENSARRAY]={24.301,1.789,4.6148,0.1803,2.914,0.18272,3.0137,0,0.036,148.1 };
  AddMaterial(M264,"G4_TRICHLOROETHYLENE");
 
//G4_TRIETHYL_PHOSPHATE  index=265
  G4double M265[NDENSARRAY]={21.863,2.1,3.6242,0.2054,2.9428,0.06922,3.6302,0,0.049,81.2 };
  AddMaterial(M265,"G4_TRIETHYL_PHOSPHATE");
 
//G4_TUNGSTEN_HEXAFLUORIDE  index=266
  G4double M266[NDENSARRAY]={29.265,2.325,5.9881,0.302,4.2602,0.03658,3.5134,0,0.055,354.4 };
  AddMaterial(M266,"G4_TUNGSTEN_HEXAFLUORIDE");
 
//G4_URANIUM_DICARBIDE  index=267
  G4double M267[NDENSARRAY]={60.969,1.703,6.0247,-0.2191,3.5208,0.2112,2.6577,0,0.12,752.0 };
  AddMaterial(M267,"G4_URANIUM_DICARBIDE");
 
//G4_URANIUM_MONOCARBIDE  index=268
  G4double M268[NDENSARRAY]={66.602,1.68,6.121,-0.2524,3.4941,0.22972,2.6169,0,0.132,862.0 };
  AddMaterial(M268,"G4_URANIUM_MONOCARBIDE");
 
//G4_URANIUM_OXIDE  index=269
  G4double M269[NDENSARRAY]={60.332,1.76,5.9605,-0.1938,3.5292,0.20463,2.6711,0,0.098,720.6 };
  AddMaterial(M269,"G4_URANIUM_OXIDE");
 
//G4_UREA  index=270
  G4double M270[NDENSARRAY]={24.194,2.022,3.2032,0.1603,2.6525,0.11609,3.3461,0,0.06,72.8 };
  AddMaterial(M270,"G4_UREA");
 
//G4_VALINE  index=271
  G4double M271[NDENSARRAY]={23.622,2.024,3.1059,0.1441,2.6227,0.11386,3.3774,0,0.056,67.7 };
  AddMaterial(M271,"G4_VALINE");
 
//G4_VITON  index=272
  G4double M272[NDENSARRAY]={26.948,2.227,3.5943,0.2106,2.7874,0.09965,3.4556,0,0.07,98.6 };
  AddMaterial(M272,"G4_VITON");
 
//G4_WATER  index=273
  G4double M273[NDENSARRAY]={21.469,2.203,3.5017,0.24,2.8004,0.09116,3.4773,0,0.097,75.0 };
  AddMaterial(M273,"G4_WATER");
 
//G4_WATER_VAPOR  index=274
  G4double M274[NDENSARRAY]={0.59,2.175,10.5962,1.7952,4.3437,0.08101,3.5901,0,0.121,71.6 };
  AddMaterial(M274,"G4_WATER_VAPOR");
 
//G4_XYLENE  index=275
  G4double M275[NDENSARRAY]={19.866,1.882,3.2698,0.1695,2.5675,0.13216,3.3564,0,0.051,61.8 };
  AddMaterial(M275,"G4_XYLENE");
 
//G4_GRAPHITE  index=276
  G4double M276[NDENSARRAY]={30.652,2.29,2.868,-0.0178,2.3415,0.26142,2.8697,0.12,0.038,78.0 };
  AddMaterial(M276,"G4_GRAPHITE");
 
//G4_GRAPHITE_POROUS  index=277
  G4double  M277[NDENSARRAY]={26.555,2.49,3.155,0.048,2.5387,0.20762,2.9532,0.14,0.038,78.0 }; 
  AddMaterial(M277,"G4_GRAPHITE_POROUS");
}

References AddMaterial(), indexZ, kStateGas, kStateSolid, M10, M11, M12, M13, M14, M20, M21, M22, M23, M24, M30, M31, M32, M33, M34, M40, M41, M42, M43, M44, NDENSARRAY, NDENSELEM, and state.

Referenced by G4DensityEffectData().

operator=()

G4DensityEffectData & G4DensityEffectData::operator= ( const G4DensityEffectData &  right )

privatedelete

PrintData()

void G4DensityEffectData::PrintData

(

const G4String &

matName

)

const

Definition at line 1326 of file G4DensityEffectData.cc.

{
  if("" == matName || "all" == matName) {
    DumpData();
    return;
  }
  G4int idx = GetIndex(matName);
  if(idx >= 0) {
    G4cout << "G4DensityEffectData for <" << matName 
       << "> index= " << idx << G4endl;
    G4cout << "I(eV)= " << data[idx][9]/CLHEP::eV
       << "Eplasma(eV)= " << data[idx][0]/CLHEP::eV
       << " rho= " << data[idx][1]
       << " -C= " << data[idx][2] 
       << " x0= " << data[idx][3]
       << " x1= " << data[idx][4]
       << " a= " << data[idx][5]
       << " m= " << data[idx][6] 
       << " d0= " << data[idx][7] 
       << " err= " << data[idx][8] 
       << G4endl;
  } else {
    G4cout << "G4DensityEffectData does not have <" << matName << ">" << G4endl; 
  }
}

References data, DumpData(), CLHEP::eV, G4cout, G4endl, and GetIndex().

Referenced by G4NistMessenger::SetNewValue().

Field Documentation

data

G4double G4DensityEffectData::data[NDENSDATA][NDENSARRAY]

private

Definition at line 97 of file G4DensityEffectData.hh.

Referenced by AddMaterial(), DumpData(), GetAdensity(), GetAdjustmentFactor(), GetCdensity(), GetDelta0density(), GetErrorDensity(), GetMdensity(), GetMeanIonisationPotential(), GetPlasmaEnergy(), GetX0density(), GetX1density(), and PrintData().

index

G4int G4DensityEffectData::index

private

Definition at line 104 of file G4DensityEffectData.hh.

Referenced by AddMaterial().

indexZ

G4int G4DensityEffectData::indexZ[NDENSELEM]

private

Definition at line 101 of file G4DensityEffectData.hh.

Referenced by GetElementIndex(), and Initialize().

names

std::vector<G4String> G4DensityEffectData::names

private

Definition at line 98 of file G4DensityEffectData.hh.

Referenced by AddMaterial(), DumpData(), and GetIndex().

state

G4State G4DensityEffectData::state[NDENSELEM]

private

Definition at line 102 of file G4DensityEffectData.hh.

Referenced by Initialize().

---

The documentation for this class was generated from the following files:

• source/materials/include/G4DensityEffectData.hh
• source/materials/src/G4DensityEffectData.cc