Desorption is the process of releasing or removing molecules from a surface or material. It is the opposite of adsorption, where molecules adhere to a surface. Desorption can occur through various methods such as heating, flushing with a gas, or changing the pressure conditions.
Desorption study is a process used to investigate the release of molecules from a solid surface. It involves heating the material to promote the release of molecules that were previously adsorbed. This method is commonly used in various fields such as environmental science, material science, and catalysis research.
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Aluminium oxide is used as a catalyst support in cracking reactions because it provides a high surface area for the catalytic reaction to occur, improves heat distribution, and helps in the absorption and desorption of reactants and products. Additionally, the polar nature of aluminium oxide can also enhance the interaction between the catalyst and reactants, leading to increased efficiency in the cracking process.
anaerobic
The word that means convert into vapor is "vaporize".
Donald R. Wheeler has written: 'Thermal desorption study of physical forces at the PTFE surface' -- subject(s): Polytef, Irradiation, Thermal desorption, Adhesion, Polytetrafluoroethylene, Desorption
desorption-changing from an adsorbed state on a surface to a gaseous or liquid state and adsorption-the accumulation of molecules of a gas to form a thin film on the surface of a solid
Plasma desorption is generally considered a hard ionization technique because it imparts a significant amount of energy to the molecules, causing them to fragment into smaller ions. This leads to high-energy ionization and the formation of complex mass spectra.
J. Camposilvan has written: 'Thermal desorption spectra, equilibrium desorption rates and equilibrium surface coverages of mechanically polishedand of sand - and bead-blasted inconel 600 surfaces'
Desorption study is a process used to investigate the release of molecules from a solid surface. It involves heating the material to promote the release of molecules that were previously adsorbed. This method is commonly used in various fields such as environmental science, material science, and catalysis research.
Desorption.
Paul Jonathan Gates has written: 'Matrix-assisted laser desorption/ionisation mass spectrometry of saccharides'
Ajay B. Pasari has written: 'The role of adsorption/desorption in catalytic methanation of carbon monoxide' -- subject(s): Methanation, Carbon monoxide
F. H. Hengemihle has written: 'Desorption of residual ethylene oxide from fumigated library materials' -- subject(s): Ethylene oxide, Conservation and restoration, Library materials, Fumigation
Frank H. Hengemihle has written: 'Desorption of residual ethylene oxide from fumigated library materials' -- subject(s): Ethylene oxide, Conservation and restoration, Library materials, Fumigation
Physical adsorption is reversible because the forces involved are weak van der Waals forces, such as London dispersion forces or dipole-dipole interactions. These forces can be easily disrupted by changes in temperature or pressure, allowing the adsorbate to be released from the adsorbent surface. This reversibility distinguishes physical adsorption from chemical adsorption, which involves stronger, more covalent bonds.
Charalambos Papelis has written: 'Evaluation of cesium, strontium, and lead sorption, desorption, and diffusion in volcanic tuffs from Frenchman Flat, Nevada Test Site' -- subject(s): Spectrum analysis, Radioisotopes, Volcanic ash, tuff, Analysis