The phrase "accurate reaction" is correct and usable in written English.
It can be used when discussing a response or reply that is precise or correct in relation to a specific situation or stimulus.
Example: "The scientist's accurate reaction to the unexpected results demonstrated her expertise in the field."
Alternatives: "correct response" or "precise reply".
Accurate reaction times were determined by continuously monitoring H2O2 consumption.
A realistic, accurate reaction model is thus determined.
Accurate reaction field forces are obtained by directly differentiating the electrostatic potential.
Accurate reaction energies and barrier heights are essential for the construction of reliable combustion kinetics models of various fuels.
To acquire an accurate reaction kinetics model, a comprehensive reaction mechanism was studied for the heterogeneous catalytic dehydrogenation reaction of syngas over a supported metal catalyst.
Such an investigation requires the availability of well documented, thoroughly tested, and accurate reaction mechanisms suitable for use in practical engineering simulations.
On the other hand, ensembles which process streams incrementally, do not take advantage of periodical adaptation mechanisms known from block-based ensembles, which offer accurate reactions to gradual and incremental changes.
It is therefore crucial that accurate total reaction cross section models are used in the transport calculations.
A new framework of simulation of reactive flows is proposed based on a coupling between accurate reduced reaction mechanism and the lattice Boltzmann representation of the flow phenomena.
Also, the 9-step mechanism provided accurate instantaneous reaction rates and concentrations for a broad region of the accessed composition space in the PaSR.
The photochemical and ecotoxicological fate of acyclovir (ACY) through UV254 direct photolysis and in the presence of hydroxyl radicals (UV254/H2O2 process) were investigated in a microcapillary film (MCF) array photoreactor, which provided ultrarapid and accurate photochemical reaction kinetics.
