Physical gas adsorption is extensively used in the characterization of micro-and
mesoporous materials and is often considered as a straightforward-to-interpret technique …

Several methods have been developed and applied in recent years in the characterization
of the structure of microporous materials, in general, and of pillared clays, in particular. In the …

The characterization of coal pore structure is extremely important to coalbed methane
exploitation and the prevention of gas disaster in coal mines. Various techniques have been …

As nanomaterials get smaller, their properties increasingly diverge from their bulk material
counterparts. Written from a materials science perspective, Adsorption and Diffusion in …

A review is given of the pore characterization of carbonaceous materials, including activated
carbon, carbon fibres, carbon nanotubes, etc., using adsorption techniques. Since the pores …

As defects significantly affect the properties of metal–organic frameworks (MOFs)—from
changing their mechanical properties to enhancing their catalytic ability—obtaining synthetic …

The structure and quantity of coal pores determine the adsorption capacity of CO 2, CH 4, O
2, N 2 and other multi-element mixed gases, which is an important link connecting coal …

We utilize gas sorption experiments, neutron pair distribution function, and small-angle X-ray
scattering studies on carbon molecular sieves (CMSs) to gain new insight into their …

Capture of carbon dioxide from fossil fuel power plants via adsorption and sequestration of
carbon dioxide in unmineable coal seams are achievable near‐term methods of reducing …

Adsorption is one of the most successful physicochemical approaches for removing heavy
metal contaminants from polluted water. The use of residual biomass for the production of …