The phrase "amount of catalysis" is correct and usable in written English.
It can be used in scientific or technical contexts when discussing the extent or degree of catalytic activity in a chemical reaction.
Example: "The researchers measured the amount of catalysis that occurred during the reaction to determine its efficiency."
Alternatives: "level of catalysis" or "degree of catalysis".
One unit of laccase enzyme activity (U) was defined as the amount of laccase that catalysis the oxidation of 1 µM of ABTS per minute under defined standard assay conditions.
Interactions between organic inorganic phases determine the distribution/dispersion of metals, sintering resistance, porosity, graphitization, formation of different active phases, etc. thus offering a large amount of possibilities in catalysis because final metal particles are also active in many catalyzed processes.
The electropolymerization of 1 to form 2 is a promising way to change from homo- to heterogeneous catalysis for CO2 reduction, which reduces the amount of catalyst required and overcomes limitations regarding the solubility of homogeneous catalysts in general.
Higher titania content, larger amount of water and base catalysis in the sol gel process, as well as the solvent with higher ratio of butyl acetate to ethanol for the hybrids caused larger size and less open structure of titania phase.
The continuing development of high throughput experiments (HTE) in the field of catalysis has dramatically increased the amount of data that can be collected in relatively short periods of time.
In the early studies, Mittasch [10] drew attention to molybdenum metal which was stated to catalyse ammonia synthesis differently from iron in that it formed easily detectable amounts of nitride during catalysis.
It was found that phospholipids synergize the activity of α-tocopherol only in the presence of small amounts of water and catalysis by water-soluble radical generators 54.
General procedure for catalysis: The required amount of imidate stock solution was added to a flask charged with catalyst.
The solvent ratio from 824 Cb ald-Cl bdh) resulted in more than 80 wt% of catalysis products having a carbon chain length≥C11 which amounts to 9.8 g L−1 of products suitable as kerosene or diesel blendstock based on fermentation volume.
To further verify that the DDX3ΔINS had a reduced binding affinity for nucleic acids also in the absence of catalysis, an electrophoretic mobility shift assay was performed, in the presence of various amounts of DDX3wt or DDX3ΔINS and a fixed dose of a 5'-labelled ssRNA or ssDNA oligonucleotides.
