Storage and transport of hydrogen constitutes a key enabling technology for the advent of a
hydrogen-based energy transition. Main research trends on hydrogen storage materials …

Highly selective separation of small molecules, such as CO2, N2, and CH4, is difficult to
achieve if all of the molecules can access the internal surface so that the selectivity depends …

In this work the H2 adsorption at a Cu (I)-SSZ-13 exchanged zeolite was theoretically
investigated. A systematic cluster approach was used and different density functionals …

By means of the grand canonical ensemble and using statistical physics, experimental
adsorption isotherms of hydrogen on three adsorbents (zeolite A, X and Y) at T= 77 K have …

In open framework Prussian blue analogues, all of the metal atoms linked at the N end of the
CN groups are found at the surface of the cavities with an unsaturated coordination …

In the present paper, a review of our previously published results about the ab initio
modeling on the H2 interaction with the polarizing centers of proton-and metal-exchanged …

In this study, hydrogen molecule adsorption was investigated on additional framework of Mg
atom in OFF type zeolite by way of DFT (Density Functional Theory). The adsorption …

The hydrogen storage in zeolite-like hexacyanometalates with different exchangeable alkali
metals within the cavities was studied. The H2 adsorption isotherms were recorded at 75 …

In this study, clinoptilolite (CLN), mordenite (MOR) and chabazite (CHA) from Turkey and
those of H+-, Na+-, K+-, Li+-, Ca 2+-and Mg 2+-exchanged forms were investigated for …

Hydrogen adsorption on Co 2+ and Ni 2+ exchanged Ultrastable-Y (US–Y) and ZSM-5 are
investigated experimentally at 298 K and up to 50 bar as well as theoretically. The …