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Monte-Carlo Simulation of Diffusion as an Aid to Interpreting Quasi-elastic Neutron Scattering from Lattice Gas Systems with Diffusion on Multiple Time-Scales (2022)
Thesis
Swales, J. Monte-Carlo Simulation of Diffusion as an Aid to Interpreting Quasi-elastic Neutron Scattering from Lattice Gas Systems with Diffusion on Multiple Time-Scales. (Thesis). University Of Salford

Pd and Pd-Ag have recently found application in hydrogen processing technologies, both in terms of purification membranes and isotope-separation systems. Direct measurement of the diffusion processes in these systems is provided by quasi-elastic neut... Read More about Monte-Carlo Simulation of Diffusion as an Aid to Interpreting Quasi-elastic Neutron Scattering from Lattice Gas Systems with Diffusion on Multiple Time-Scales.

Static and dynamic correlation in lattice gas systems : an application to the intermetallic hydride ZrV2Hx (2001)
Thesis
Bull, D. Static and dynamic correlation in lattice gas systems : an application to the intermetallic hydride ZrV2Hx. (Thesis). University of Salford

CRT, a Monte Carlo program for the simulation of particle diffusion on a lattice gas is
presented. The particle transition probability is calculated as a function of three
parameters: lattice site energies, inter-particle interactions and neighbour... Read More about Static and dynamic correlation in lattice gas systems : an application to the intermetallic hydride ZrV2Hx.

A first-principles investigation on substitutions in the carbon allotropes glitter and graphene
Thesis
Baldissin, G. A first-principles investigation on substitutions in the carbon allotropes glitter and graphene. (Thesis). University of Salford

In the literature, a number of syntheses of carbon materials under extreme
condition exhibit the presence of a carbon phase, called n-diamond, whose
crystal structure remains unclear. Several crystallographic arrangements
have been proposed, which... Read More about A first-principles investigation on substitutions in the carbon allotropes glitter and graphene.