The ability of the two dodecahedral cages (D-512 and D-435663) of structure H (sH) hydrate,with t-butylmetylether (TBME) as large cage guest,to discriminate between two guest molecules that are slight
Dissociation pressures of carbon dioxide hydrate with temperatures ranging from 280.55 to 287.35 K were measured in a capillary high-pressure optical cell combined with heating-cooling stage.
To explore the THF-SDS combination solution effect of gas hydration Temperature field distribution characteristics,using the hydration reaction apparatus arraying with a temperature sensor,Research on
The mechanism of methane hydrate decomposition as a function of time was studied at the molecular level.To understand the behavior of KHIs,we have carried out a micro canonical ensemble molecular dyna
Xenon hydrates formed at high-driving forces often exhibit unusual dissociation behavior.In differential scanning calorimetry (DSC),xenon hydrates rarely dissociate at the known equilibrium temperatur
Hydrogen clathrates hydrates have been of interest due to their potential use as a hydrogen storage material.In particular,structure H(sH)hydrate has a higher theoretical storage capacity in compariso
At a given pressure,temperature,and composition,clathrate hydrates will form a crystalline network of hydrogen bonded water cages in the lowest possible free-energy state.If the equilibrium state is t
An accurate knowledge of cage occupancy of methane in hydrate lattices is crucial for understanding the physical-chemical properties of gas hydrates and gas exchange processes.
The microstructure of gas hydrate growth in the porous sediments significantly impacts the transmission of seismic wave during hydrate exploration and mechanical properties of the hydrate deposits.