| Summary: | Ag110m cross section | ||
|---|---|---|---|
| Product: | Geant4 | Reporter: | michel.maire |
| Component: | processes/hadronic/models/de_excitation/photon_evaporation | Assignee: | Vladimir.Ivantchenko |
| Status: | ASSIGNED --- | ||
| Severity: | enhancement | CC: | Gunter.Folger |
| Priority: | P4 | ||
| Version: | other | ||
| Hardware: | All | ||
| OS: | All | ||
| Attachments: |
output of Hadr03
cross section of Ag110 ground state cross section of Ag110[117.6 keV] |
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Created attachment 504 [details]
cross section of Ag110 ground state
Created attachment 505 [details]
cross section of Ag110[117.6 keV]
*** Problem 2078 has been marked as a duplicate of this problem. *** Sorry for not re-assigning this before now; I thought it was a ParticleHP bug, but according to hadronic HyperNews #1657 it appears to be a G4NeutronRadCapture problem. Hi Michel, can you, please, check this with 10.6? Vladimir I have not yet upgraded to latest version (will do in January) With 10.6-cand-01, results are basically unchanged. |
Created attachment 503 [details] output of Hadr03 Geant4 10.5-beta Thermal neutron capture on Ag109. BinaryCascade model. From the output of Hadr03 (attached), we can compute : - cross section of n + Ag109 -> Ag110 ground state : 82.4 * 0.035 = 2.9 barns - cross section of n + Ag109 -> Ag110[117.59 keV] : 82.4 * 0.964 = 79.4 barns These values are not compatible with values given in literature. I attach the plots provided by Sergio Lo Meo; see hyper news hadronic processes #1657