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>> 25 //
>> 26 //
>> 27 //
25 28
26 // class description 29 // class description
27 // 30 //
28 // The class contains few (physical) quantitie 31 // The class contains few (physical) quantities related to the Ionisation
29 // process, for the Element defined by its ato 32 // process, for the Element defined by its atomic number Z
30 // 33 //
>> 34
>> 35 //....oooOO0OOooo........oooOO0OOooo........oooOO0OOooo.... ....oooOO0OOooo....
>> 36
31 // 09.03.01: copy constructor and assignement 37 // 09.03.01: copy constructor and assignement operator in public (mma)
32 // 09.07.98: data moved from G4Element (mma) << 38 // 09.07.98: data moved from G4Element (mma)
>> 39
>> 40 //....oooOO0OOooo........oooOO0OOooo........oooOO0OOooo.... ....oooOO0OOooo....
33 41
34 #ifndef G4IonisParamElm_HH 42 #ifndef G4IonisParamElm_HH
35 #define G4IonisParamElm_HH 43 #define G4IonisParamElm_HH
36 44
37 #include "G4ios.hh" 45 #include "G4ios.hh"
38 #include "globals.hh" 46 #include "globals.hh"
39 47
>> 48 //....oooOO0OOooo........oooOO0OOooo........oooOO0OOooo.... ....oooOO0OOooo....
>> 49
40 class G4IonisParamElm 50 class G4IonisParamElm
41 { 51 {
42 public: // with description << 52 public: // with description
43 G4IonisParamElm(G4double Z); << 53
44 ~G4IonisParamElm(); << 54 G4IonisParamElm(G4double Z);
45 G4IonisParamElm& operator=(const G4IonisPara << 55 ~G4IonisParamElm();
46 G4IonisParamElm(G4IonisParamElm&) = delete; << 56
47 << 57 // retrieval methods
48 // retrieval methods << 58
49 << 59 G4double GetZ() const {return fZ;} // atomic number Z
50 // atomic number Z << 60 G4double GetZ3() const {return fZ3;} // std::pow (Z,1/3)
51 G4double GetZ() const { return fZ; } << 61 G4double GetZZ3() const {return fZZ3;} // std::pow (Z(Z+1),1/3)
52 << 62 G4double GetlogZ3() const {return flogZ3;} // std::log(Z)/3
53 // std::pow (Z,1/3) << 63
54 G4double GetZ3() const { return fZ3; } << 64 G4double GetTau0() const {return fTau0;};
55 << 65 // 0.1*std::pow(Z,1/3)*MeV/proton_mass_c2
56 // std::pow (Z(Z+1),1/3) << 66
57 G4double GetZZ3() const { return fZZ3; } << 67 G4double GetTaul() const {return fTaul;} // 2*MeV/proton mass
58 << 68
59 // std::log(Z)/3 << 69 G4double GetAlow() const {return fAlow;}
60 G4double GetlogZ3() const { return flogZ3; } << 70 G4double GetBlow() const {return fBlow;}
61 << 71 G4double GetClow() const {return fClow;}
62 // 0.1*std::pow(Z,1/3)*MeV/proton_mass_c2 << 72 // parameters for the low energy ion.loss
63 G4double GetTau0() const { return fTau0; }; << 73
64 << 74 G4double GetMeanExcitationEnergy() const {return fMeanExcitationEnergy;}
65 // 2*MeV/proton mass << 75 // ICRU'37 report
66 G4double GetTaul() const { return fTaul; } << 76
67 << 77 G4double GetFermiVelocity() const {return fVFermi;};
68 // parameters for the low energy ion.loss << 78 G4double GetLFactor() const {return fLFactor;};
69 G4double GetAlow() const { return fAlow; } << 79
70 G4double GetBlow() const { return fBlow; } << 80 G4double* GetShellCorrectionVector() const {return fShellCorrectionVector;}
71 G4double GetClow() const { return fClow; } << 81 // shell correction coefficients
72 << 82
73 // ICRU'37 report << 83 G4IonisParamElm(__void__&);
74 G4double GetMeanExcitationEnergy() const { r << 84 // Fake default constructor for usage restricted to direct object
75 << 85 // persistency for clients requiring preallocation of memory for
76 G4double GetFermiVelocity() const { return f << 86 // persistifiable objects.
77 G4double GetLFactor() const { return fLFacto << 87
78 << 88 // operators
79 // shell correction coefficients << 89 G4IonisParamElm& operator=(const G4IonisParamElm&) = delete;
80 G4double* GetShellCorrectionVector() const { << 90 G4bool operator==(const G4IonisParamElm&) const = delete;
81 << 91 G4bool operator!=(const G4IonisParamElm&) const = delete;
82 G4bool operator==(const G4IonisParamElm&) co << 92 G4IonisParamElm(G4IonisParamElm&) = delete;
83 G4bool operator!=(const G4IonisParamElm&) co << 93
84 << 94 private:
85 private: << 95
86 // << 96 //
87 // data members << 97 // data members
88 // << 98 //
89 G4double fZ; // effective Z << 99 G4double fZ; // effective Z
90 G4double fZ3; // std::pow (Z,1/3) << 100 G4double fZ3; // std::pow (Z,1/3)
91 G4double fZZ3; // std::pow (Z(Z+1),1/3) << 101 G4double fZZ3; // std::pow (Z(Z+1),1/3)
92 G4double flogZ3; // std::log(Z)/3 << 102 G4double flogZ3; // std::log(Z)/3
93 << 103
94 // ------ ionisation loss ----------------- << 104 // ------ ionisation loss ---------------------------------
95 << 105
96 G4double fTau0; // 0.1*std::pow(Z,1/3)*MeV/ << 106 G4double fTau0 ; // 0.1*std::pow(Z,1/3)*MeV/proton_mass_c2
97 G4double fTaul; // 2*MeV/proton mass << 107 G4double fTaul ; // 2*MeV/proton mass
98 G4double fBetheBlochLow; // Bethe-Bloch at << 108 G4double fBetheBlochLow; // Bethe-Bloch at fTaul*particle mass
99 G4double fAlow, fBlow, fClow; // parameters << 109 G4double fAlow,fBlow,fClow; // parameters for the low energy ion.loss
100 G4double fMeanExcitationEnergy; // << 110 G4double fMeanExcitationEnergy; //
101 G4double* fShellCorrectionVector; // shell << 111 G4double* fShellCorrectionVector; // shell correction coefficients
102 << 112
103 // parameters for ion corrections computatio << 113 // parameters for ion corrections computations
104 G4double fVFermi; << 114 G4double fVFermi;
105 G4double fLFactor; << 115 G4double fLFactor;
106 }; 116 };
107 117
108 #endif 118 #endif
109 119