The opposite is true taken in its proper content. You see...annamal said:TL;DR Summary: How come silver having a weak chemisorption of olefins means it is a good olefin/paraffin separator?
If silver weakly binds to olefins, wouldn't that make a lousy separator?
Weak chemisorption refers to the relatively weak bonding between a molecule and a surface. It occurs when the interaction between the molecule and the surface is primarily due to weak van der Waals forces, rather than strong covalent bonds.
The main difference between weak chemisorption and strong chemisorption is the strength of the bonding between the molecule and the surface. In weak chemisorption, the bonding is primarily due to weak van der Waals forces, while in strong chemisorption, the bonding is primarily due to strong covalent bonds.
Weak chemisorption can be influenced by several factors, including the nature of the molecule and surface, temperature, and the presence of other molecules or substances that may compete for bonding sites on the surface.
Weak chemisorption can impact surface reactions by decreasing the rate of reaction or hindering the formation of strong chemical bonds between the surface and the reacting molecules. It can also affect the selectivity of reactions, as weakly adsorbed molecules may be easily displaced by other molecules.
Yes, weak chemisorption can be beneficial in certain situations. For example, it can allow for reversible adsorption of molecules on a surface, which can be useful in catalysis or separation processes. Additionally, weak chemisorption can help prevent unwanted reactions or surface contamination by weakly adsorbing impurities.