| Geant4 Cross Reference |
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25 // 25 //
26 26
27 // Parameters comes from JQMD 27 // Parameters comes from JQMD
28 // Niita et al., JAERI-Data/Code 99-042 28 // Niita et al., JAERI-Data/Code 99-042
29 29
30 #include "G4QMDParameters.hh" 30 #include "G4QMDParameters.hh"
31 #include "G4Pow.hh" <<
32 #include "G4PhysicalConstants.hh" <<
33 31
34 G4ThreadLocal G4QMDParameters* G4QMDParameters << 32 G4QMDParameters* G4QMDParameters::parameters = NULL;
35 33
36 G4QMDParameters::G4QMDParameters() 34 G4QMDParameters::G4QMDParameters()
37 { 35 {
38 G4Pow* pow=G4Pow::GetInstance(); <<
39 36
40 wl = 2.0; // width of wave packet [fm] 37 wl = 2.0; // width of wave packet [fm]
41 hbc = 0.1973; // h-bar c in GeVfm 38 hbc = 0.1973; // h-bar c in GeVfm
42 39
43 //Pauli 40 //Pauli
44 cpw = 1.0 / 2.0 / wl; 41 cpw = 1.0 / 2.0 / wl;
45 42
46 cph = 2.0 * wl / (hbc*hbc); 43 cph = 2.0 * wl / (hbc*hbc);
47 44
48 cpc = 4.0; 45 cpc = 4.0;
49 46
50 epsx = -20.0 ; 47 epsx = -20.0 ;
51 48
52 rho0 = 0.168; // satulation density 49 rho0 = 0.168; // satulation density
53 50
54 // Skyrme 51 // Skyrme
55 G4double rpot = 1.0/3.0; 52 G4double rpot = 1.0/3.0;
56 53
57 G4double ebinm = -16.0; // bounding energy 54 G4double ebinm = -16.0; // bounding energy [MeV]
58 G4double ebin = ebinm * 0.001; 55 G4double ebin = ebinm * 0.001;
59 56
60 G4double pfer = hbc * pow->A13 ( 3./2. *pi << 57 G4double pfer = hbc * std::pow ( 3./2. *pi*pi * rho0 , 1./3. );
61 58
62 G4double rmass = 0.938; 59 G4double rmass = 0.938;
63 60
64 G4double efer = pfer*pfer / 2. / rmass; 61 G4double efer = pfer*pfer / 2. / rmass;
65 62
66 G4double t3 = 8. / 3. / rpot / pow->powA( r << 63 G4double t3 = 8. / 3. / rpot / std::pow( rho0 , ( 1.+rpot ) ) * ( efer / 5. - ebin );
67 64
68 G4double t0 = -16./15. * efer / rho0 - ( 1. << 65 G4double t0 = -16./15. * efer / rho0 - ( 1.+rpot ) * t3 * std::pow( rho0 , rpot );
69 66
70 67
71 G4double aaa = 3./4. * t0 * rho0; 68 G4double aaa = 3./4. * t0 * rho0;
72 G4double bbb = 3./8. * t3 * ( 2.+rpot ) * p << 69 G4double bbb = 3./8. * t3 * ( 2.+rpot ) * std::pow( rho0 , ( 1.+rpot ) );
73 G4double esymm = 25 * 0.001; // symetric po 70 G4double esymm = 25 * 0.001; // symetric potential 25 [MeV] -> GeV
74 71
75 gamm = rpot + 1.0; 72 gamm = rpot + 1.0;
76 73
77 // Local Potenials 74 // Local Potenials
78 c0 = aaa / ( rho0 * pow->powA( 4 * pi * wl << 75 c0 = aaa / ( rho0 * std::pow( 4 * pi * wl , 1.5 ) * 2.0 );
79 76
80 c3 = bbb / ( pow->powA( rho0 , gamm ) * pow << 77 c3 = bbb / ( std::pow( rho0 , gamm ) * std::pow ( (4.0*pi*wl) , (1.5*gamm) ) * ( gamm+1.0) );
81 78
82 cs = esymm / ( rho0 * pow->powA( (4.0*pi*wl << 79 cs = esymm / ( rho0 * std::pow( (4.0*pi*wl) , 1.5 ) * 2.0 );
83 80
84 G4double ccoul = 0.001439767; 81 G4double ccoul = 0.001439767;
85 cl = ccoul/2.0 * 1; // Include Coulomb int 82 cl = ccoul/2.0 * 1; // Include Coulomb interaction
86 //cl = ccoul/2.0 * 0; // Not Include Coulo 83 //cl = ccoul/2.0 * 0; // Not Include Coulomb interaction
87 84
88 85
89 86
90 // GroundStateNucleus 87 // GroundStateNucleus
91 cdp = 1.0 / pow->powA ( ( 4.0 * pi * wl ) , << 88 cdp = 1.0 / std::pow ( ( 4.0 * pi * wl ) , 1.5 );
92 c0p = c0 * 2.0; 89 c0p = c0 * 2.0;
93 c3p = c3 * ( gamm + 1.0 ); 90 c3p = c3 * ( gamm + 1.0 );
94 csp = cs * 2.0; 91 csp = cs * 2.0;
95 clp = cl * 2.0; 92 clp = cl * 2.0;
96 93
97 } 94 }
98 95
99 96
100 97
101 G4QMDParameters::~G4QMDParameters() 98 G4QMDParameters::~G4QMDParameters()
102 { 99 {
103 ; 100 ;
104 } 101 }
105 102
106 103