The present work shows a series of results of Deep Inelastic Neutron Scattering (DINS) experiments on light and heavy water mixtures performed at the spectrometer VESUVIO (Rutherford Appleton Laboratory, UK) employing an analysis method based on the information provided by individual detectors in forward and backward scattering positions. We investigated the effective temperatures of the different atoms composing the samples, a magnitude of considerable interest for Nuclear Engineering. The peak intensities and their relation with the bound-atom cross sections is analyzed, showing a good agreement with tabulated values which supports the use of this technique as non-destructive mass spectrometry. Previous results in the determination of sca...
Une bonne connaissance des sections efficaces de l'eau légère est importante, car l'eau est le modér...
The newest neutron scattering applications are highly intensity-limited techniques that demand reduc...
Precise estimation of neutron thermalization in moderators relies on high-fidelity thermal scatterin...
The study of the interaction of neutrons with materials in the epithermal energy range is of interes...
We investigated the neutron cross sections of hydrogen and deuterium by means of the deep inelastic ...
Thermal neutron scattering cross-section data for light water available in the major nuclear data li...
In order to improve the design and safety of thermal nuclear reactors and for verification of critic...
To improve the evaluations in thermal sublibraries, we developed a set of thermal neutron scattering...
Deep Inelastic Neutron Scattering ( DINS) measurements have been performed on a liquid water sample ...
Series of light water inelastic neutron scattering experiments have been made at the Oak Ridge Natio...
We describe the procedure to determine effective temperatures employing the data collected by the de...
Temperature-dependent dynamic structure factors S(Q, ω) for liquid water have been calculated using ...
The Neutron Physics Department at Centro Atómico Bariloche developed new models for the interaction ...
To improve the evaluations in thermal scattering sub-libraries, a set of thermal neutron scattering ...
The single-particle kinetic energy, , has been determined in condensed natural Ar over the temperatu...
Une bonne connaissance des sections efficaces de l'eau légère est importante, car l'eau est le modér...
The newest neutron scattering applications are highly intensity-limited techniques that demand reduc...
Precise estimation of neutron thermalization in moderators relies on high-fidelity thermal scatterin...
The study of the interaction of neutrons with materials in the epithermal energy range is of interes...
We investigated the neutron cross sections of hydrogen and deuterium by means of the deep inelastic ...
Thermal neutron scattering cross-section data for light water available in the major nuclear data li...
In order to improve the design and safety of thermal nuclear reactors and for verification of critic...
To improve the evaluations in thermal sublibraries, we developed a set of thermal neutron scattering...
Deep Inelastic Neutron Scattering ( DINS) measurements have been performed on a liquid water sample ...
Series of light water inelastic neutron scattering experiments have been made at the Oak Ridge Natio...
We describe the procedure to determine effective temperatures employing the data collected by the de...
Temperature-dependent dynamic structure factors S(Q, ω) for liquid water have been calculated using ...
The Neutron Physics Department at Centro Atómico Bariloche developed new models for the interaction ...
To improve the evaluations in thermal scattering sub-libraries, a set of thermal neutron scattering ...
The single-particle kinetic energy, , has been determined in condensed natural Ar over the temperatu...
Une bonne connaissance des sections efficaces de l'eau légère est importante, car l'eau est le modér...
The newest neutron scattering applications are highly intensity-limited techniques that demand reduc...
Precise estimation of neutron thermalization in moderators relies on high-fidelity thermal scatterin...