Bayeux  3.4.1
Core Foundation library for SuperNEMO
fe2_mods.h
Go to the documentation of this file.
1 #ifndef GENBB_DECAY0_FE2_MODS_H_
2 #define GENBB_DECAY0_FE2_MODS_H_ 1
3 
4 namespace mygsl{
5  class rng;
6 }
7 
8 namespace genbb {
9 
10  class primary_event;
11 
12  namespace decay0 {
13 
15  // (2nu2b, 0+ -> 0+, 2n mechanism)
16  double decay0_fe2_mod4(double e2, void * params);
17 
19  // (0nu2b with Gelmini-Roncadelli Majoron (spectral index = 1),
20  // 0+ -> 0+, 2n mechanism)
21  double decay0_fe2_mod5(double e2, void * params);
22 
24  // (0nu2b with massive vector etc. Majoron (spectral index = 3),
25  // 0+ -> 0+, 2n mechanism)
26  double decay0_fe2_mod6(double e2, void * params);
27 
29  // (2nu2b, 0+ -> 2+, 2n or N* mechanism)
30  double decay0_fe2_mod8(double e2, void * params);
31 
33  // (0nu2b with Majoron with spectral index = 7, 0+ -> 0+, 2n mechanism)
34  double decay0_fe2_mod13(double e2, void * params);
35 
37  // (0nu2b with Mohapatra Majoron with spectral index = 2, 0+ -> 0+, 2n mechanism)
38  double decay0_fe2_mod14(double e2, void * params);
39 
41  double decay0_fe2_mod15(double e2, void * params);
42 
44  double decay0_fe2_mod16(double e2, void * params);
45 
46 
47  } // end of namespace decay0
48 } // end of namespace genbb
49 
50 #endif // GENBB_DECAY0_GAUSS_H_
51 //
52 // Local Variables: --
53 // mode: c++ --
54 // End: --
55 
56 
double decay0_fe2_mod14(double e2, void *params)
Probability distribution for energy of second e-/e+ for modebb=14.
double decay0_fe2_mod5(double e2, void *params)
Probability distribution for energy of first e-/e+ for modebb=5.
double decay0_fe2_mod6(double e2, void *params)
Probability distribution for energy of second e-/e+ for modebb=6.
Top-level namespace of the Bayeux/genbb_help module library.
Definition: alpha_decay.h:51
double decay0_fe2_mod16(double e2, void *params)
Probability distribution for energy of second e-/e+ for modebb=16.
Top-level namespace of the Bayeux/mygsl module library.
Definition: base_decay_driver.h:47
double decay0_fe2_mod8(double e2, void *params)
Probability distribution for energy of second e-/e+ for modebb=8.
double decay0_fe2_mod15(double e2, void *params)
Probability distribution for energy of second e-/e+ for modebb=15.
double decay0_fe2_mod13(double e2, void *params)
Probability distribution for energy of second e-/e+ for modebb=13.
double decay0_fe2_mod4(double e2, void *params)
Probability distribution for energy of first e-/e+ for modebb=4.