Currently, the ratio of the dose for fast neutrons over epithermal neutron fluence is accepted to be from 2.5·10 -13 to 13·10 -13 Gy·cm 2 /n and from 1·10 -13 to 13·10 -13 Gy·cm 2 /n in case

The NGATLAS contains neutron capture cross sections in the range 10-5eV - 20MeV as evaluated and compiled in recent activation libraries.

Neutron capture and total cross sections of 155Gd and 157Gd were measured with the neutron time-of-flight method in Accurate Neutron-Nucleus Reaction measurement Instrument at Material and Life Science Experimental Facility of the Japan Proton Accelerator Research Complex using the NaI (Tl) spectrometer and Li-glass detectors.

The thermal neutron capture cross sections (GO) and the resonance integrals (Io) of some fission products (FP), such as 137Cs, ^Sr, wTc, 129I and 135Cs, were measured by the activation and y-ray spectroscopic methods. Moreover, the cross section measurements were done for other FP elements, such as I27I, 133Cs arid I34Cs. This paper provides

966.6-3. 1.432. 966.7-3. 887.5-3. 1.432. 1.385 = 1.404. 710.0-3. *. Page 6. NUCLIDE REACTION FILE. 3-LI- 6 INELAST. (N, 2N+A). CAPTURE. (N,P). ( 

62 rows · Oct 22, 1995 · Periodic Table of Elements - Sorted by Cross Section (Thermal Neutron Capture).

The 56Fe(n,γ) thermal neutron capture cross section and the 57Fe level scheme populated by this reaction have been investigated in this work 

The 6 Li and 10 B nuclei, for thermal neutrons, have a very high value of (n, ) cross-section and a very small capture cross-section (Mughabghab, 2003), (Brusegan, 2004). The present computer

Keywords: Neutron radiative capture process, primordial nucleosynthesis, nuclear astrophysics, cross sections, cluster model. 1. Introduction Although, the radiative neutron capture reactions on 14C and 14N at astrophysical energies do not take part in the main thermonuclear cycles [1–3] directly, they can

an experimental (n,γ) cross section is reported for the first time. The results are compared with the ENDF, EAF, and TENDL evaluations. Maxwellian-averaged cross sections were also calculated using the same input γSF and LD functions. DOI: 10.1103/PhysRevC.101.014619 I. INTRODUCTION Neutron-capture reactions play a critical role in a variety

Radiative capture and fission are much more likely for slow neutrons than for fast TABLE I. Thermal Neutron Cross Sections of Fuel Atoms (in Barns).