The phrase "a function of the reaction temperature" is correct and usable in written English.
It can be used in scientific or technical contexts to describe how one variable depends on another, specifically in relation to temperature affecting a reaction.
Example: "The rate of the chemical reaction is a function of the reaction temperature, indicating that higher temperatures generally increase the reaction rate."
Alternatives: "dependent on the reaction temperature" or "related to the reaction temperature".
Figure 4b shows the structural dynamics of the reactant, intermediate and the final product, as a function of the reaction temperature.
The evolution of the populations of the reactant (NH4 2[PtCl6], intermediate cis-PtCl2(NH3)2, and the final product metallic Pt, as a function of the reaction temperature.
The glass transition temperature and crystallization parameters as a function of the reaction temperature are obtained by (d.s.c).s.c
Catalytic activities in xylene combustion were evaluated as a function of the reaction temperature as well as against time on stream.
The zeolites were tested in the methanol dehydration reaction to Dimethyl Ether (DME), aiming at investigate the catalyst stability as a function of the reaction temperature.
The activity toward the ORR and the stability of these N-CNTs in alkaline solution were studied as a function of the reaction temperature and of the chemical treatment applied to the catalyst.
Other methods in literature also paid less attention to systematically discuss the function of the reaction temperature, although a certain temperature was applied.
The activity for methane conversion and selectivity towards partial oxidation has been studied as a function of reaction temperature using temperature programmed reaction spectroscopy (TPRS).
Hence, these two responses were measured as a function of reaction temperature, reaction time, excess of DBX, concentration of DBX and reaction solvent (acetonitrile and toluene).
Figure 8 Arrhenius plot of the rate constant as a function of the reciprocal of reaction temperature.
Figure 2 shows the ΔG of formation for the most stable predicted secondary structure of the full-length transcript, as a function of reaction temperature.
