code |
nom |
description |
1 |
NEXT |
particle has reached the boundary of current volume |
2 |
MULS |
multiple scattering |
3 |
LOSS |
continuous energy loss |
4 |
FIEL |
bending in magnetic field |
5 |
DCAY |
particle decay |
6 |
PAIR |
photon pair-production or muon direct pair production |
7 |
COMP |
Compton scattering |
8 |
PHOT |
photoelectric effect |
9 |
BREM |
bremsstrahlung |
10 |
DRAY |
delta-ray production |
11 |
ANNI |
positron annihilation |
12 |
HADR |
hadronic interaction |
13 |
ECOH |
hadronic elastic coherent scattering |
14 |
EVAP |
nuclear evaporation |
15 |
FISS |
nuclear fission |
16 |
ABSO |
nuclear absorption |
17 |
ANNH |
anti-proton annihilation |
18 |
CAPT |
neutron capture |
19 |
EINC |
hadronic elastic incoherent scattering |
20 |
INHE |
hadronic inelastic scattering |
21 |
MUNU |
muon-nuclear interaction |
22 |
TOFM |
exceeded time of flight cut |
23 |
PFIS |
nuclear photo-fission |
24 |
SCUT |
the particle due to bending in magnetic field was unexpectedly crossing
volume boundaries and the step has been halved to avoid this |
25 |
RAYL |
Rayleigh effect |
26 |
PARA |
parametrisation activated |
27 |
PRED |
error matrix computed ( GEANE tracking) |
28 |
LOOP |
not used |
29 |
NULL |
no mechanism is active, usually at the entrance of a new volume |
30 |
STOP |
particle has fallen below energy threshold and tracking stops |
101 |
LABS |
Cerenkov photon absorption |
102 |
LREF |
Cerenkov photon reflection/refraction |
103 |
SMAX |
step limited by STEMAX |
104 |
SCOR |
correction against loss of precision in boundary crossing |
105 |
CKOV |
Cerenkov photon generation |
106 |
REFL |
Cerenkov photon reflection |
107 |
REFR |
Cerenkov photon refraction |
108 |
SYNC |
synchrotron radiation generation |
109 |
STRA |
PAI or ASHO model used for energy loss fluctuations |