Sentence examples for a mechanistic analysis from inspiring English sources
"a mechanistic analysis" is a correct and usable phrase in written English
It can be used when discussing the process or mechanism behind a certain phenomenon or event. Example: "The team conducted a mechanistic analysis of the chemical reaction and discovered the key catalyst that was responsible for its rapid acceleration."
Anseán, D. et al. Fast charging technique for high power LiFePO4 batteries: a mechanistic analysis of aging.
Following this, a mechanistic analysis on a unit cell has been conducted to determine the equivalent shear properties of woven composites used in our non-orthogonal model.
The results of a mechanistic analysis clearly show that the polymerization at low potentials is dominated by a one-step dimerization reaction, producing a film material consisting of short chains.
By evaluating non-bonding interaction energies between the inhibitor and the mutant enzymes, we have carried out a mechanistic analysis to ascertain the reasons underlying the decrease in binding affinities.
A mechanistic analysis of propylene polymerization was performed, in which the catalyst system was Me2Si(R1Ind)2ZrCl2/SMAO/AlR32 (in situ supported catalyst onto MAO-modified silica) or Me2Si(R1Ind)2ZrCl2/MAO (homogeneous), where R1 = H or CH3, cocatalyzed by AlR32 = TEA (triethylaluminum), IPRA (isoprenylaluminum), or TIBA (triisobutylaluminum).
The stabilization of various semiconductor photoanodes is reviewed in the context of the electronic characteristics and a mechanistic analysis of the TiO2 films, along with a discussion of the optical, catalytic, and electronic nature of NiOx films for stabilization of semiconductor photoanodes for water oxidation.
In addition, it provides a framework for a detailed mechanistic analysis of the process of mitochondrial fusion and the various axis of regulation that impinge upon this process in a wide range of cellular conditions.
Here we apply a modelling approach to a detailed mechanistic analysis of proteasomes, which are at the core of the ubiquitin-proteasome system and responsible for the destruction of the majority of the cytoplasmic proteins.
However, a detailed mechanistic analysis of these experiments has not been performed.
The sample was extremely resistant to radiation induced degradation as measured by volatile evolution though, so again a detailed mechanistic analysis is not possible.
As the CFD model described provides a rich mechanistic analysis of membrane chromatography systems and the ability to explore operational space, but requires detailed knowledge of internal capsule geometries and has much greater computational requirements, it is complementary to the previously described strengths and uses of the ZRM for process analysis and design.
