The phrase "a function of the annealing temperature" is correct and usable in written English.
It can be used in scientific or technical contexts, particularly when discussing how one variable depends on or is influenced by the annealing temperature in processes like material science or thermodynamics.
Example: "The rate of crystallization is a function of the annealing temperature, affecting the final properties of the material."
Alternatives: "dependent on the annealing temperature" or "related to the annealing temperature."
The surface morphology evolution of the Ag and Pt films was studied by means of Atomic Force Microscopy analysis as a function of the annealing temperature T and of the annealing time t.
The morphological, structural, and chemical properties of post-annealed PZT have been examined as a function of the annealing temperature and time.
Figure 4 The depth of the self-organized nanoislands as a function of the annealing temperature.
Figure 3 Evolution of the integrated PL visible emission as a function of the annealing temperature.
The observed phase transition was analyzed as a function of the annealing temperature.
Figure 10 Evolution of the XRD pattern of a SiN x layer as a function of the annealing temperature.
The variations in the resistivity, concentration of carriers and Hall mobility showed a direct correlation with the crystallographic phase changes of the samples as a function of annealing temperature regardless of annealing time and annealing environment.
Furthermore, the electronic energy band alignment of the heterojunction structure is also determined as a function of N2 annealing temperature.
Nonetheless, a complete investigation on the growth of ZnO-NCs as a function of annealing temperature under different annealing environments is essential to understand the influence of various annealing conditions on the optical properties of ZnO-NC SiO2 ZnO-NC SiO2
(b) J-V responses of the devices as a function of annealing temperature of the ZnO.
Panel (A): (a) PL UV-peak of nanorods annealed at different temperatures in a Zn-rich atmosphere, (b) UV-peak intensity as a function of annealing temperature for samples annealed in a Zn-rich atmosphere and air, (c) Infrared spectroscopy of ZnO nanorod arrays as a function of temperature.
