The phrase "accuracy of reaction" is correct and usable in written English.
It can be used in contexts discussing the precision or correctness of a response or action, often in scientific or analytical discussions.
Example: "The accuracy of reaction in this experiment is crucial for obtaining reliable results."
Alternatives: "precision of response" or "correctness of reaction".
A precise understanding of the accuracy of reaction rate constants, whether determined experimentally or theoretically, is of considerable importance to kinetic modelers.
Since the LISE++ code presentation at the EMIS 2007 conference (Tarasov and Bazin, 2008), important improvements have been made in the analytical and Monte Carlo calculations of transmission, and accuracy of reaction product distributions.
Specifically, we discuss multiscale model-based design of experiments to optimize the chemical information content of a detailed reaction mechanism in order to improve the fidelity and accuracy of reaction models.
Accuracy of reaction was validated by using controls.
A critical issue is ensuring the accuracy of reaction time data using online platforms.
By virtue of the combination of the discriminative effect of the hybridisation process and the base-pairing specificity of the DNA-polymerase used for the extension reaction, the overall accuracy of the reaction can be increased 10- to 100-fold compared to merely hybridisation-based assays [ 13, 14].
In spite of the accuracy of KEGG reactions, some reactions need to substantially manual curation for substrate and co-factor usage, and the reactions in reconstructed GEMs generally have to be well annotated in terms of substrate and co-factor usage and elemental balancing.
A high enzyme concentration in the reaction would greatly decrease the accuracy of calculated reaction rate.
This study is aimed to assess the applicability and accuracy of the reaction engineering approach (REA) to model the heat treatment of wood.
The kinetic model yields satisfactory comparison with these experimental data, and suggests that the reactions involving excited HCl v) species and energy branching are not of substantial significance in combustion situations, and that the use of accurate elementary rate constants is instead crucial to the accuracy of the reaction mechanism.
The computed CRLB is indicative of the number of data points (i.e., the number of experiments) required to achieve a desired accuracy of inferring reaction rates.
