A new tutorial article has been created focusing on the best practices in batch sorption when removing contaminants using ...

The study of sorption effects on the structural properties of the materials is most commonly carried out using the following techniques: manometric technique, gravimetric technique and ...

In addition, moisture-solid interactions have significant impact on foods, fuel cell membranes, polymers, and cements. Although the focus of DVS measurements has traditionally been water vapor ...

Dynamic Vapor Sorption (DVS) is a potent analytical technique used in the pharmaceutical industry to determine how much vapor a sample absorbs or desorbed under regulated temperature and humidity ...

If the humidity surrounding an amorphous material is linearly ramped from 0% relative humidity (RH) to a humidity above the water vapour induced glass transition, then a shift in vapor sorption ...

To test this hypothesis, we generated traditional Langmuir sorption isotherms using anaerobic batch incubations of four tidal wetland soils, representing a range of soil organic carbon content (1.77% ...

Even small amounts of amorphous materials can have a significant effect on the drug product. Are gravimetric vapour sorption techniques an effective solution to characterize amorphous materials?

Many experimental methods are available for characterizing porous materials, including SAXS, SANS, XRD, mercury porosimetry, electron microscopy, solid state NMR methods, and gas sorption. Each method ...

A research team at Korea University has created a passive cooling system for solar panels that uses a water desorption process and endothermic reaction dissolution process. The method is similar ...

Microstructure analysis using BET surface area, pore size, chemisorption, gas/vapor sorption and associated techniques. This is the third in the Royal Society of Chemistry Particle Characterisation ...