Abstract
While fast neutrons only are effective in damaging graphite, results of irradiations are more or less universally expressed in terms of thermal neutron fluxes. This paper attempts to correlate irradiations made in different reactors, i.e., in fluxes of different spectral compositions. Those attempts are based on comparison of 1) bulk length change and volume expansion, and 2) crystalline properties (e.g., lattice parameter C, magnetic susceptibility, stored energy, etc.). The methods used by various authors for determining the lattice constants of irradiated graphite are discussed. (author)
Hering, H;
Perio, P;
Seguin, M
[1]
- Commissariat a l'Energie Atomique, Saclay (France).Centre d'Etudes Nucleaires
Citation Formats
Hering, H, Perio, P, and Seguin, M.
Intercomparison of graphite irradiations.
France: N. p.,
1959.
Web.
Hering, H, Perio, P, & Seguin, M.
Intercomparison of graphite irradiations.
France.
Hering, H, Perio, P, and Seguin, M.
1959.
"Intercomparison of graphite irradiations."
France.
@misc{etde_20912782,
title = {Intercomparison of graphite irradiations}
author = {Hering, H, Perio, P, and Seguin, M}
abstractNote = {While fast neutrons only are effective in damaging graphite, results of irradiations are more or less universally expressed in terms of thermal neutron fluxes. This paper attempts to correlate irradiations made in different reactors, i.e., in fluxes of different spectral compositions. Those attempts are based on comparison of 1) bulk length change and volume expansion, and 2) crystalline properties (e.g., lattice parameter C, magnetic susceptibility, stored energy, etc.). The methods used by various authors for determining the lattice constants of irradiated graphite are discussed. (author)}
place = {France}
year = {1959}
month = {Jul}
}
title = {Intercomparison of graphite irradiations}
author = {Hering, H, Perio, P, and Seguin, M}
abstractNote = {While fast neutrons only are effective in damaging graphite, results of irradiations are more or less universally expressed in terms of thermal neutron fluxes. This paper attempts to correlate irradiations made in different reactors, i.e., in fluxes of different spectral compositions. Those attempts are based on comparison of 1) bulk length change and volume expansion, and 2) crystalline properties (e.g., lattice parameter C, magnetic susceptibility, stored energy, etc.). The methods used by various authors for determining the lattice constants of irradiated graphite are discussed. (author)}
place = {France}
year = {1959}
month = {Jul}
}