Sentence examples for monitoring of reaction from inspiring English sources
As chemical synthesis procedures provide better control and monitoring of reaction parameters, accordingly, chemical methods are widely used for nanomaterials fabrication [5].
For monitoring of reaction products and their identity, a gas chromatograph, Agilent Technologies 7890A instrument (equipped with a HP-1 capillary column, a FID detector), and a mass spectroscope model 5975C with a triple-axis detector was used.
Real-time monitoring of reaction kinetics involved in nanoparticle growth and transformation in liquid environments is crucial for understanding the complex chemical and physical events associated with nanophase evolution.
The availability of lab-scale reactor designs with suitable control and monitoring of reaction parameters becomes essential when high flux/temperature conditions reproducing solar-driven thermochemical processes are needed.
The simultaneous monitoring of reaction products and intermediates in the gas phase and inside the micropores of the catalyst during MTH reaction provides unique details on the shape-selectivity of microporous materials.
This approach enables on-line monitoring of reactions that is essential for estimation of more correct binding parameters, understanding of ligand binding and its regulation mechanisms, and design of new drugs with desirable properties.
SPR is one of the analyte detection biosensor systems that possess the characteristics—such as (1) monitoring of reactions in real time, (2) no radiolabeling or biochemical tagging, and (3) reusebility, flexible experimental design, and rapid automated analysis that have promoted its enhanced usage in recent times.
The use of a fluorescent probe enables monitoring of reactions in real-time and multiplexing capabilities.
Renewed interest in recycling the cofactor via electrochemical means is motivated by the low cost of performing electrochemical reactions, easy monitoring of the reaction progress, and straightforward product recovery.
In general, dosage should start low and gradually increase with close monitoring of response and adverse reactions.
The HPLC method allowed the monitoring of the reaction time course since MEG is the limiting substrate of the reaction.
