Graphene-based materials have generated tremendous interest in a wide range of research
activities. A wide variety of graphene related materials have been synthesised for potential …

This review highlights a new emerging route towards improving the properties of solid-state
hydrogen storage materials, the nanoconfinement of metallic particles into scaffolds. The …

A class of high-surface-area carbon hypothetical structures has been investigated that goes
beyond the traditional model of parallel graphene sheets hosting layers of physisorbed …

The role of fundamental characteristics of porous systems (binding energy, specific surface
area and multilayer adsorption) in designing an efficient hydrogen adsorbent is discussed …

Hydrogen storage in the three-dimensional carbon foams is analyzed using classical grand
canonical Monte Carlo simulations. The calculated storage capacities of the foams meet the …

The separation of hydrogen from other weakly adsorbing gases is a topic of high industrial
relevance. Microporous materials, such as zeolites, metal–organic frameworks (MOFs), and …

The development of high-performance materials for hydrogen storage by adsorption
requires detailed understanding of the adsorbate-adsorbent interactions, eg, the enthalpy of …

Despite of more than 15 years of research, no materials possess the adsorbing properties
required for mobile storage. At this time of state-of-the-art technology, the essential question …

We review the current achievements in the numerical studies of adsorption of molecular
hydrogen in boron substituted nanoporous carbons. We show that the enhanced attraction …

Herein we report the analysis of the porosity of a family of MBioFs with formula [Cu2 (μ3‐
ade) 2 (μ‐OOCCH3) 2] n (compound 1),[Cu2 (μ3‐ade) 2 (μ‐OOCCH2CH3) 2] n (compound …