Among numerous methods developed in purification and separation industries, the
adsorption process has received considerable attention due to its inexpensive, facile, and …

Currently, more than 100 isotherm models coexist for the six IUPAC isotherm types.
However, no mechanistic insights can be reached when several models, each claiming a …

The drive to design modern low-environmental impact buildings with high-energy efficiency
has led to an increase in unfired earth masonry studies reflecting the rising trend of earth …

Water vapor adsorption/desorption isotherms are measured on five shales from Illinois basin
by dynamic vapor sorption method. The experimental adsorption data are modeled by the …

The restriction of hydrocarbon migration within shale reservoirs by pre-adsorbed water
necessitates an investigation into water adsorption control mechanisms within shales. In this …

In this study, corn stalk was modified by manganese (Mn) before (MBC 1) and after (MBC 2)
pyrolysis at different temperatures (400~ 600° C) under anaerobic conditions for Cd sorption …

Mathematical characterization of water vapor adsorption (WVA) isotherms on organic-rich
shale is important for both modeling processes such as water flow and mass transport, and …

Surface soil vapor sorption and non-rainfall water (NRW) deposition are important sources,
and can be highly influential in soil water dynamics and biochemical processes in drylands …

Can the sorption mechanism be proven by fitting an isotherm model to an experiment? Such
a question arises because (i) multiple isotherm models, with different assumptions on …

Soil specific surface area (SA) controls fundamental soil processes such as retention of
water, ion exchange, and adsorption and release of plant nutrients and contaminants …