Gas hydrates have received considerable attention due to their important role in flow
assurance for the oil and gas industry, their extensive natural occurrence on Earth and …

High-pressure synthesis on an industrial scale is applied to obtain synthetic diamonds and
cubic boron nitride (c-BN), which are the superhard abrasives of choice for cutting and …

Although liquids normally crystallize on cooling, there are members of all liquid types
(including molecular, ionic and metallic) that supercool and then solidify at their glass …

Methane hydrate equilibrium has been studied upon continuous heating of the water–
hydrate–gas system within the temperature range of 275–300K. This temperature range …

A classical thermodynamic model for the equilibrium pressures of different guests of
structure I and II gas hydrates is proposed that removes the need for reference energy …

Methane hydrate is thought to have been the dominant methane-containing phase in the
nebula from which Saturn, Uranus, Neptune and their major moons formed. It accordingly …

Knowledge of the mechanical properties of clathrate hydrates is central for studying the
mechanical properties of hydrate-bearing sediments, their associated applications in …

Detailed study of pure methane hydrate in a diamond cell with in situ optical, Raman, and x-
ray microprobe techniques reveals two previously unknown structures, structure II and …

Presented is an improved model for the prediction of phase equilibria and cage occupancy
of CH4 and CO2 hydrate in aqueous systems. Different from most hydrate models that …

It has long been known that crystalline hydrates are formed by many simple gases that do
not interact strongly with water, and in most cases the gas molecules or atoms occupy …