A review of low temperature techniques as applied to neutron scattering studies is presented. Methods of temperature measurements especially carbon thermometry are discussed. Problems of heat transfer are treated in detail for different kind of samples and some solutions are proposed.Des techniques de basses températures utilisées dans des études de la diffusion de neutrons sont présentées. Des méthodes de mesures de températures, en particulier avec des résistances de carbone, sont discutées. Des problèmes de transfert de chaleur sont traités en détail pour différentes sortes d'échantillons et quelques solutions possibles sont proposées
The Doppler broadening of the lower energy neutron absorption resonances of natural hafnium, tantalu...
Two similar high temperature furnaces (up to 2 000 °C) have been developed for large angle and small...
We describe a cryostat designed for neutron diffraction work at stable temperatures from 1 to 300 °K...
A review of low temperature techniques as applied to neutron scattering studies is presented. Method...
Les thermomètres, en dessous de 20 mK, nécessitent généralement un étalonnage. Ce n'est pas le cas p...
Résumé.- Les thermomètres, en dessous de 20 mK, nécessitent généralement un étalonnage. Ce n'es...
Advanced technologies, like for instance aerospace or nuclear engineering require the most exhaustiv...
The study of the interaction of neutrons with materials in the epithermal energy range is of interes...
The study of the interaction of neutrons with materials in the epithermal energy range is of interes...
AbstractMost ultra-low temperature (below 1K) experiments at advanced neutron facilities are based o...
Results are summarized briefly for studies of the diamagnetic scattering of neutrons by Bi, nuclear ...
Two similar high temperature furnaces (up to 2 000 °C) have been developed for large angle and small...
The Doppler broadening ofthe lower energy neutron absorption resonances ofnatural hafnium, tantalum,...
Two similar high temperature furnaces (up to 2 000 °C) have been developed for large angle and small...
Abstract Thermography using energy-dependent neutron transmission imaging can non-invasively and non...
The Doppler broadening of the lower energy neutron absorption resonances of natural hafnium, tantalu...
Two similar high temperature furnaces (up to 2 000 °C) have been developed for large angle and small...
We describe a cryostat designed for neutron diffraction work at stable temperatures from 1 to 300 °K...
A review of low temperature techniques as applied to neutron scattering studies is presented. Method...
Les thermomètres, en dessous de 20 mK, nécessitent généralement un étalonnage. Ce n'est pas le cas p...
Résumé.- Les thermomètres, en dessous de 20 mK, nécessitent généralement un étalonnage. Ce n'es...
Advanced technologies, like for instance aerospace or nuclear engineering require the most exhaustiv...
The study of the interaction of neutrons with materials in the epithermal energy range is of interes...
The study of the interaction of neutrons with materials in the epithermal energy range is of interes...
AbstractMost ultra-low temperature (below 1K) experiments at advanced neutron facilities are based o...
Results are summarized briefly for studies of the diamagnetic scattering of neutrons by Bi, nuclear ...
Two similar high temperature furnaces (up to 2 000 °C) have been developed for large angle and small...
The Doppler broadening ofthe lower energy neutron absorption resonances ofnatural hafnium, tantalum,...
Two similar high temperature furnaces (up to 2 000 °C) have been developed for large angle and small...
Abstract Thermography using energy-dependent neutron transmission imaging can non-invasively and non...
The Doppler broadening of the lower energy neutron absorption resonances of natural hafnium, tantalu...
Two similar high temperature furnaces (up to 2 000 °C) have been developed for large angle and small...
We describe a cryostat designed for neutron diffraction work at stable temperatures from 1 to 300 °K...