Neutron Compton scattering measurements have the potential to provide direct information
about atomic momentum distributions and adiabatic energy surfaces in condensed matter …

Studies of single-particle momentum distributions in light atoms and molecules are reviewed
with specific emphasis on experimental measurements using the deep inelastic neutron …

Water continues to be the focus of a considerable number of experimental and theoretical
investigations because of the important role it plays in many phenomena in fundamental and …

A deep-inelastic (Compton) neutron scattering experiment on H 2 O− D 2 O mixtures at T=
293 K has been carried out. Well-resolved H and D neutron recoil peaks in the time-of-flight …

At thermal neutron energies, the binding of the scattering nucleus in a solid, liquid, or gas
affects the cross section and the angular and energy distributions of the scattered neutrons …

We find, by means of a deep inelastic neutron scattering experiment, a significant excess of
proton mean kinetic energy⟨ E k⟩ in supercooled water, compared with that measured in …

This paper describes the VESUVIO electron volt neutron spectrometer at the ISIS pulsed
neutron source and its data analysis routines. VESUVIO is used primarily for the …

Measurements of the proton momentum distribution n (p) in water from ambient conditions to
above the supercritical point are compared with theoretical calculations based on a recently …

A procedure for the evaluation of multiple scattering contributions is described, for deep
inelastic neutron scattering (DINS) studies using an inverse geometry time-of-flight …

It has been proposed that short-lived quantum entanglement of protons in condensed matter
systems would result in anomalous inelastic scattering cross-sections at electronvolt energy …