Examples of 'desorption' in a sentence
Meaning of "desorption"
desorption (noun) - Desorption is the process of removing molecules or atoms that have been adsorbed onto a surface or material. It is commonly used in chemistry, physics, and engineering to describe the release of substances from surfaces or matrices
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- The process in which atomic or molecular species leave the surface of a solid and escape into the surroundings; the reverse of absorption or adsorption.
How to use "desorption" in a sentence
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desorption
Desorption consists of two clearly visible phases.
Adsorption and desorption of the active substance.
Desorption can be carried out by various means.
This further makes desorption less likely.
At desorption equilibrium ti teq and therefore maq.
Hydrogen release occurs by means of a desorption mechanism.
Partial flow desorption using heat of compression.
The ability of an adsorbent to resist desorption of an adsorbate.
Full flow desorption using heat of compression.
The absorbate can be regenerated by desorption or stripping.
Desorption may be carried out in different ways.
All antigens maintained their desorption characteristics.
Desorption can be carried out by different means.
Direct contact high temperature thermal desorption.
Examples of the desorption kinetics are given hereinafter.
See also
It is more compact than conventional desorption units.
Step of desorption of the blocking chemical species.
An alternative ionization approach following laser desorption is a plasma.
The desorption is conducted with water or ethanol.
Chemical reaction negates risk of desorption.
The desorption treatment is preferably performed in a column.
The hydrogen release is performed according to a desorption mechanism.
Desorption may be conducted in a fluid bed operation.
Results from desorption kinetics experiment.
Desorption of the components for analysis was done by heating.
Results of research of a desorption of elements at various modes of filtering.
Desorption of these molecules is investigated as well.
These absorption and desorption phenomena are fully reversible.
Desorption can be accomplished by various means.
A moisture adsorption desorption isotherm was performed as outlined below.
Desorption indicates the reverse process.
The sorption and desorption steps were then repeated.
Desorption was accomplished by increasing the concentration of sodium chloride.
The adsorption is exothermal and the desorption is endothermal.
The desorption of the solvents absorbed by the polyester.
The heat required for desorption.
Modeling of hydrogen desorption process in metallic hydride accumulator.
Slowly falling curves mean slow desorption kinetics.
The desorption operation comprises a number of recycling cycles.
Pyridine was not decomposed at the highest desorption temperature.
Adsorption and desorption were carried out as described above.
The structure was confirmed by field desorption mass spectroscopy.
The desorption profile was also obtained.
Sorption is represented by diamonds and desorption is represented by squares.
Replicate desorption peaks are recorded for each sample.
No hysteresis was observed in two cycles of sorption and desorption.
Complete desorption would require a very deep vacuum.
This phenomenon may be considered as the moisture desorption.
This desorption is achieved by conventional techniques.
The other is the oxidant and desorption agent.
