-
Structural relaxation in LiCl 6D2O
We propose to measure the structural relaxation in this prototype glass former. The structural ralaxation time will be obtained at the structure factor maximum. We suppose that... -
Chemical control of structures and magnetic ordering of cobalt oxide chalcoge...
The response of the magnetic ordering of layered cobalt oxide chalcogenides to changes in electron count will be investigated in detail following a preliminary experiment at... -
Quasielastic Neutron scattering Study of Water dynamics in Hydrated Cellulose...
The separation membrane is a key component in Polymer electrolyte fuel cells. It must be both an ionic conductor and an electronic insulator. Cellulose nanofibrill membranes... -
Cation reorientation dynamics in a metal formate perovskite
Hybrid metal-organic perovskites are promising functional materials, but the complex interactions between organic cations and the framework surrounding them are difficult to... -
Dynamics of Disorder in Relaxor-like Ferroelectric AB(HCO2)3 Frameworks
Relaxor ferroelectics are of significant interest for use as piezoelectric actuators in sensing applications and for high precision mechanical stages. Relaxors are traditionally... -
Origin of quasielastic scattering in HoCrO3
We investigated nuclear spin excitations in the multiferroic HoCrO3 on the BASIS spectrometer of SNS, Oak Ridge. We found low energy excitations arising from hyperfine... -
Exploring cation dynamics in a hybrid Prussian blue analogue
Many hybrid Prussian blue analogues show exploitable electric behaviour, such as piezo-, pyro-, or ferroelectricity or dielectric switching. We have previously characterised one... -
Hydride-ion mobility analysis of SrVO2H using quasielastic neutron scattering
The proposed experiment at ISIS aims at the characterization of the diffusional motion of the hydride-ions in SrVO2H, which possesses the highest H (hydride) content among...
