AbstractA new type of multiplex technique for three axes neutron spectrometers has been realized and successfully commissioned at the PUMA spectrometer at FRM II. Consisting of eleven analyser-detector channels which can be configured individually, this technique is especially suitable for kinetic experiments where a single excitation spectrum is recorded as a function of time without the need to move the spectrometer. On a time-scale of seconds an entire spectrum can be recorded thus allowing users to monitor changes during fast kinetic processes in single shot experiments without the need for stroboscopic techniques. Moreover, the multianalyser system provides an efficient and rapid tool for mapping excitations in (Q,ω)-space. The results...
AbstractAt the Joint Institute for Nuclear Research (JINR) Frank Laboratory of Neutron Physics (FLNP...
The reaction of a pulsed 18O beam on a self-supporting and gold-backed isotopically-enriched 164Dy t...
This work demonstrates for the first time the feasibility of Imaging Neutron Activation Analysis (Im...
Three axes spectrometers allow the direct measurement of the scattering function S(Q, ω) in single c...
A new system that enables the measurements of neutron yields and multiplicity as a function of nucle...
The first experimental characterization of a multiple energy analysis wide angle backend for a cold ...
The first experimental characterization of a multiple energy analysis wide angle backend for a cold ...
New multichannel time-of-flight spectrometer for the measurement of the energy and angular distribut...
The design, principle of operation and the results of the first measurements made with a 4-channel m...
A Python software package for data reduction and visualization of continuous angle multiple energy a...
This communication describes two new instruments, based on multiple active thermal neutron detectors...
The design, principle of operation and the results of measurements made with a four-channel organic ...
The neutron multiplicity, measured for each initiated reaction in a 4π scintillator tank, is shown t...
In recent years, real-time neutron/?-ray pulse-shape discrimination has become feasible for use with...
Abstract. Most of nuclei emit two or more prompt gamma rays in the neutron capture reaction. In mult...
AbstractAt the Joint Institute for Nuclear Research (JINR) Frank Laboratory of Neutron Physics (FLNP...
The reaction of a pulsed 18O beam on a self-supporting and gold-backed isotopically-enriched 164Dy t...
This work demonstrates for the first time the feasibility of Imaging Neutron Activation Analysis (Im...
Three axes spectrometers allow the direct measurement of the scattering function S(Q, ω) in single c...
A new system that enables the measurements of neutron yields and multiplicity as a function of nucle...
The first experimental characterization of a multiple energy analysis wide angle backend for a cold ...
The first experimental characterization of a multiple energy analysis wide angle backend for a cold ...
New multichannel time-of-flight spectrometer for the measurement of the energy and angular distribut...
The design, principle of operation and the results of the first measurements made with a 4-channel m...
A Python software package for data reduction and visualization of continuous angle multiple energy a...
This communication describes two new instruments, based on multiple active thermal neutron detectors...
The design, principle of operation and the results of measurements made with a four-channel organic ...
The neutron multiplicity, measured for each initiated reaction in a 4π scintillator tank, is shown t...
In recent years, real-time neutron/?-ray pulse-shape discrimination has become feasible for use with...
Abstract. Most of nuclei emit two or more prompt gamma rays in the neutron capture reaction. In mult...
AbstractAt the Joint Institute for Nuclear Research (JINR) Frank Laboratory of Neutron Physics (FLNP...
The reaction of a pulsed 18O beam on a self-supporting and gold-backed isotopically-enriched 164Dy t...
This work demonstrates for the first time the feasibility of Imaging Neutron Activation Analysis (Im...