In this short review, we discuss the recent application of molecular modelling and electronic
structure calculations to the study of porous organic molecular materials. We focus on the …

A CH4-loaded hydroquinone (HQ) clathrate was synthesized via a gas-phase reaction using
the α-form of crystalline HQ and CH4 gas at 12 MPa and room temperature. Solid-state 13C …

Hydroquinone clathrates have been proposed as potential gas separation and storage
media. Experimental results have demonstrated enhanced preferential adsorption for certain …

Molecular dynamics simulations are used to investigate the molecular interactions of
hydrogen-loaded β-hydroquinone clathrate. It is found that, at lower temperatures, higher …

The formation of hydroquinone clathrates with CO2, CH4, N2, and H2 was investigated
using X-ray diffraction, Raman spectroscopy, and solid-state 13C NMR spectroscopy. Of the …

High-resolution 100 K X-ray and neutron single-crystal diffraction data of the non-
stoichiometric hydroquinone-CO2 (HQ-CO2) clathrate are combined, with the aim of …

Organic clathrates, particularly those formed by hydroquinone (HQ) and gas mixtures, have
been far less studied than other inclusion compounds, such as gas hydrates. In this study …

Studies of the binary mixture H 2 O–Ar—by means of a quasi-isochoric scanning method—
have revealed the range of stability of clathrate hydrates in the high-pressure and high …

Hydroquinone (HQ) forms organic clathrates in the presence of various gas molecules in
specific thermodynamic conditions. For some systems, clathrate phase equilibrium and …

The crystal structure of the β-polymorph of hydroquinone (β-HQ), the apohost of a large
family of clathrates, is reported with a specific focus on intermolecular interactions and the …