The phrase "a function of temperature for the" is correct and usable in written English.
It can be used in scientific or technical contexts when discussing how a particular variable or phenomenon changes with temperature.
Example: "The rate of reaction is a function of temperature for the chemical process being studied."
Alternatives: "dependent on temperature for the" or "related to temperature for the".
A dimensionless relationship was developed as a function of temperature for the applied stress and slenderness ratio.
Finally, using the Debye model, the volume, bulk modulus and heat capacity as a function of temperature for the kesterite-type CZTS have been estimated at different pressures.
The total structure factor and total pair correlation functions were measured as a function of temperature for the liquids, and for the glasses at room temperature.
The χ parameters were estimated from the SANS profiles as a function of temperature for the blends of d-PSU with various modified PSUs and summarized in a figure in the text.
The calculated electro-osmotic drag coefficients, nd, for the membrane in SPE electrolysis cells at different temperatures were compared with literature and in good agreement with those of Ge et al. and Ise et al. To describe the water-flow rate through membrane more accurately, a linear fit of nd as a function of temperature for the membrane in SPE water electrolysis was proposed in this paper.
(d) The absorbance at 908 cm-1 as a function of temperature for the two systems.
Figures 5A and 5B compare the change in 224 as a function of temperature for mouse amelogenin and the chimera.
Figure 2 also summarizes the transformation as a function of temperature for 1-h heated samples.
The isosbestic point wavelength as a function of temperature for H2I/HI– is summarized as Isosbestic point wavelengths decrease by 0.1 nm with each 1 °C increase in temperature.
The ΔG(H2O) value at each temperature was calculated, and the resultant values are plotted as a function of temperature for a stability profile in Figure 3B.
A detailed study of Δ ε as a function of temperature for compounds 9– 12 15 shows almost identical behaviour of compounds 9 and 11 at the same reduced temperature.
