Neutron cross sections for cadmium isotopes Topical report
Neutron cross section measurements for cadmium and cadmium isotopes
ISOTOPE↗
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Absolute neutron cross sections for the production of Na 24 isomer from magnesium and aluminum Final report
Absolute neutron cross sections for production of Na 24 isomer from Mg and Al
Salaita, G. N.↗
Neutron reaction cross sections of selenium and iron at 14.4 mev.
Fast neutron activation cross sections of Se and Fe measured, noting subshell closure effect and isomer ratio
SHELL THEORY↗
Neutron capture cross sections of tungsten and rhenium Annual summary report
Neutron capture cross sections for natural tungsten and rhenium
Costello, D. G.↗
The energy dependence of the neutron capture cross section of the tungsten isotopes from .01 to 10 eV
Neutron capture cross section measurements on tungsten 183, 184, and 186 using totally absorbing gamma ray detector
RADIATION DETECTOR↗
Thermal neutron activation - measurement of cross section for manganese-53.
Neutron reaction cross section when thermal neutrons are used to convert Mn 53 to 300-day Mn 54
METEORITIC COMPOSITION↗
An improved analysis of sphere transmission experiments for average capture cross sections
Monte Carlo and Bethe methods for calculating neutron cross sections with effective scattering cross sections
SCATTERING CROSS SECTION↗
GAM-TNS gross section library for the nplusW reactions
Tungsten neutron cross section, resonance parameters, and scattering matrixes for certain nuclear reaction concepts
SCATTERING MATRIX↗
Si/n,p/ and Si/n,alpha/ reaction cross sections at 14.5 MeV neutron energy
Reaction cross sections of Si/n,p/ and Si/n,alpha/ at 14.5 MeV neutron energy
Singh, J. J.↗
Estimation of neutron energy for first resonance from absorption cross section for thermal neutrons
Examination of published data for some 52 isotopes indicates that the neutron energy for which the first resonance occurs is related to the magnitude of the thermal absorption cross section. The empirical relation obtained is in qualitative agreement with the results of a simplified version of the resonance theory of the nucleus of Breit-Wigner.
PHYSICS, NUCLEAR↗
GAMBIT program
GAMBIT computer program provides multigroup flux and current averaged neutron cross sections for input to transport programs. The fast neutron compilation includes P/0/ and P/1/ elastic scattering transfer matrices, inelastic scattering matrices, n,2n cross section matrices, absorption and fission cross sections for all isotopes.
Collier, G.↗
Monte Carlo interpretation of sphere transmission experiments for average capture cross sections at 24 keV
Monte Carlo analysis of sphere transmission experiments for average capture cross sections from slow neutron resonance spectroscopy data
NEUTRON CROSS SECTION↗
Boron cross sections as a source of discrepancy for capture cross sections in the keV region
Gold capture cross section discrepancies explained by changes in boron cross sections used to monitor neutron fluxes
NEUTRON CROSS SECTION↗
Boron cross sections as a source of discrepancy for capture cross sections in the KeV region
Gold capture cross section discrepancies explained by changes in boron cross sections used to monitor neutron fluxes
NEUTRON CROSS SECTION↗
TRANSPORT THEORY OF NEUTRONS IN HEAVY GAS IN PLANE GEOMETRY. I. THE INFINITE MEDIUM AND CONSTANT TOTAL CROSS-SECTION
Solution of neutron transport equation in heavy gas in plane geometry in case of infinite medium and constant total cross section
REACTOR CONTROL↗
Monte Carlo interpretation of sphere transmission experiments for average capture cross sections at 24 KeV
Monte Carlo analysis of sphere transmission data for gold and iodine slow neutron capture cross sections at 24 keV
SPHERICAL SHELL↗
Inelastic neutron and capture gamma-ray cross section libraries for the COHORT Monte Carlo procedure
Inelastic neutron and capture gamma ray cross section libraries for COHORT Monte Carlo procedure
Marshall, J. D.↗
Slow neutron scattering by molecular hydrogen and deuterium.
Cross sections for neutron scattering from hydrogen and deuterium taking into account spin correlations, rotations and vibrations
PARTICLE COLLISION↗