The phrase "acceleration of reaction" is correct and usable in written English.
It can be used in scientific contexts, particularly in chemistry or physics, to describe the increase in the rate of a chemical reaction.
Example: "The addition of a catalyst resulted in a significant acceleration of reaction, allowing the process to complete in a fraction of the time."
Alternatives: "speeding up of the reaction" or "increase in reaction rate."
In many cases, there was also a dramatic acceleration of reaction; it may be similar to the dazzling response time of trained athletes.
This production of larger boehmite particle at higher temperatures led to formation larger pore size, and finally induced a more rapid acceleration of reaction rate increase.
But unlike other catalysts such as phenol, we did not observe acceleration of reaction in the pre-gelation stage by this acidic POSS-silanol.
An acceleration of reaction rate observed by FTIR for sample annealed at 180 °C is synchronous with the interfacial roughness development analyzed by atomic force microscopy.
Although the flow effect on the alignment of chain segment is similar in blends with and without catalysts, the acceleration of reaction due to catalyst makes it possible for multiple reactions.
It is shown that the main reason for acceleration of reaction kinetics due to shear stress or strain is related to the increase of effective temperature due to RIP.
This confirms the participation of TEA in acceleration of reduction reaction.
For all simulations we observe an auto-acceleration of reaction kinetics similar to the "Trommsdorff-Norrish effect" (or "gel effect") independent of the degree of cross-linking.
Another key feature of this reaction is the remarkable acceleration of the reaction rate and enhancement of selectivity caused by the introduction of a conjugated ester moiety at the terminal olefin.
This phenomenon was identified as the acceleration of anodic reaction involved in chemical Ni deposition reaction on Si wafer surfaces, namely oxidation process of surface Si.
The accumulation of sulfate ions with the increase of the reaction time would lead to the continuous acceleration of corrosion reaction (Nishimura et al. 2004).
