Sorption has long been a cornerstone of environmental chemistry, enabling the capture, immobilization, and removal of contaminants from water, soil, and ...

Water vapor interactions with solid materials greatly influence a number of processes in industries and materials such as polymers, fuel cell membranes, foods, pharmaceuticals, and building materials.

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 ...

Rapid industrialization, agricultural expansion, and urbanization release vast quantities of harmful pollutants into global ecosystems. Contaminants such as organic chemicals, heavy metal ions like ...

Most pharmaceutical materials can exist in a desired crystalline state with an ordered lattice structure. There are several different crystalline forms of the same material available, such as ...

The Discovery SA from TA Instruments offers users the experience of the most productive Dynamic Vapor Sorption (DVS) Analyzer in the world. They can find the latest engineering and attention to detail ...

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?

Sorption is a collective term encompassing both adsorption and absorption processes by which atoms, ions, or molecules from a fluid phase (gas or liquid) become associated with a solid or another ...