The phrase "analysis of the catalyst" is correct and usable in written English.
It can be used in scientific or technical contexts when discussing the examination or evaluation of a catalyst's properties or performance.
Example: "The analysis of the catalyst revealed significant improvements in reaction efficiency."
Alternatives: "examination of the catalyst" or "evaluation of the catalyst".
An analysis of the catalyst particles associated with the carbon fibers grown from various alkynes showed that different alkynes gave differently shaped Ni catalyst particles.
Explanations for the differences in activation energies and diffusivities were elucidated by SEM analysis of the catalyst nanoparticle arrays and through wide-angle X-ray scattering (WAXS) of CNT forests.
Through observation and analysis of the catalyst particles and the resulting product, we elucidate the mechanism by which the alkali metal salt nanoparticles are served as "seeds" and provide nucleation sites for CNT growth.
Analysis of the catalyst following reaction exposure indicated that the catalyst support had been transformed to aluminum fluoride, and that virtually all of the support's surface area had been lost.
The post-reaction XPS analysis of the catalyst samples showed that sulfate species were formed on the surface and that the surface palladium was completely converted to Pd2+ state after being exposed to SO2.
The electronic influence of ligand structure towards metal center is investigated by using cyclic voltammetric analysis and the generation of cationic active centers is identified via UV vis spectroscopic analysis of the catalyst system.
Chemical analysis of the catalysts evidenced that very little loss of molybdenum occurred.
Analysis of the catalysts by TEM, EXAFS, XRD, and CO-stripping indicates a strongly segregated architecture with Ru in the core of the particles.
The results reveal the occurrence of Pd redox cycle during the temporal analysis of the catalysts by CO/NO pulses.
Main physicochemical properties and elementary analysis of the catalysts were performed in order to determine the noble metal contents.
The results of structural analysis of the catalysts for oxidative coupling of methane show that the promoting effects of the fluoride in the catalysts may be principally related to the phase phase interaction between fluoride and oxide.
