Sorption is the process by which molecules are adsorbed or absorbed onto a surface. Cryopump is a type of vacuum pump that uses cryogenic temperatures to trap and remove gases from a system. Sorption can be a mechanism by which cryopumps operate to remove gases from a vacuum system.
It is a dimensionless parameter to measure countercurrent sorption operations
Factors influencing sorption include the properties of the sorbate (such as size, charge, and chemical structure), the properties of the sorbent (such as surface area and composition), the environmental conditions (such as pH, temperature, and presence of competing ions), and the contact time between the sorbate and sorbent. These factors collectively determine the extent and rate of sorption processes in different systems.
This information can often be obtained from the shape of the vapor sorption isotherm.
it is a relationship between moisture content & water activity in a constent temperature
Yau-fei Chan has written: 'The sorption of arsenic species to Moira Lake sediments'
Paul A. Bekeris has written: 'The sorption of radioiodine onto zinc and vinyl based containment paints'
L. A. Errede has written: 'Molecular interpretations of sorption in polymers' -- subject(s): Water-soluble polymers
Albert Victor Eric Robinson has written: 'The sorption of acetaldehyde and ethers on silica xerogel'
Thomas Aubrey White has written: 'The sorption of gases by metals' -- subject(s): Adsorption, Copper, Iron
Hazel Tapp has written: 'Sorption studies of both soil and synthetic polysaccharides on cationically exchanged montmorillonite clay'
Christopher Sang-Jae Kim has written: 'Mercury speciation and sorption processes in mining environments'