The phrase "as a function of temperature which" is correct and usable in written English.
It can be used in scientific or technical contexts to describe how a particular variable changes in relation to temperature.
Example: "The reaction rate increases as a function of temperature which suggests that higher temperatures facilitate the reaction process."
Alternatives: "in relation to temperature" or "depending on temperature".
The performance of the catalysts was evaluated as a function of temperature, which revealed that a higher catalyst activity allows working at lower temperatures and improves the selectivity for isopulegol.
The model predicts a sharp transition of grain boundary mobility as a function of temperature, which is related to the sharp transition of solute concentration of grain boundary as a function of temperature.
The dispersive contribution of the surface energy of PEO was measured as a function of temperature, which ranged between 8.00 and 13.00 mJ m−2, indicating a poor surface energy of PEO.
This is a fundamental parameter, reinforcing further the interest to establish an algebraic model to estimate the specific mass for a biofuel as a function of temperature, which is thought to be significantly different from that more commonly used for the fossil diesel.
Although temperature had little influence on the swelling of the hydrogels, optical transmittance of the hydrogels was changed as a function of temperature, which reflecting that the HPC parts of hydrogel became hydrophobic at temperature above the lower critical solution temperature (LCST).
As the temperature increases, the heteroatom doping decreases, which is not favorable for ORR, but at the same time, the conductivity and surface area increase, which is beneficial for ORR, indicating intriguing trade-off between them as a function of temperature, which needs to be optimized for best ORR performance.
According to previous research, temperature can influence intermolecular relationships, for example, the rotation and vibration of hydrogen bonding (H-bonding) in water changes as a function of temperature variations which may result in band broadening or shift.
All the surface tensions of mixtures were correlated as a function of temperature and mass fractions, which can be easy to apply to relevant refrigeration design.
The ionic conductivity as a function of temperature was fitted with the Williams Landel Ferry equation, which indicates a conductivity mechanism typical of solid polymer electrolyte.
A study with immortalized fibroblasts revealed that the two become uncoupled at higher temperatures; with an increase in temperature, the cell cycle is accelerated in accordance with the rules governing the rate of chemical reactions as a function of temperature, but the circadian period remained constant, which has been known to occur in a bona fide circadian system (temperature compensation).
The thermoelectric measurements as displayed in Fig. 2 confirmed the relatively high resistivity, which decreases as a function of temperature.
