The phrase "as a function of the thermal" is correct and usable in written English.
It is typically used in scientific or technical contexts to describe a relationship or dependency on thermal conditions or variables.
Example: "The efficiency of the engine varies as a function of the thermal properties of the fuel used."
Alternatives: "in relation to the thermal" or "depending on the thermal conditions".
A previously published model by one of the authors was used to predict the dendritic spacing as a function of the thermal conditions.
The obtained results provide an accurate baseline for the quantitative study of the martensitic phase transformations as a function of the thermal history in these alloys.
Figure 3d, e show the emission intensity from the graphene emitters and the transient temperature of the center of graphene and the uppermost SiO2 layer beneath the graphene as a function of the thermal conductance g between graphene and the substrate, respectively.
The proposed methodology consists of determining the mass loss as a function of the thermal evolution by applying a mass conversion directly using thermogravimetric data under non-oxidative conditions.
In this study, the diffusion of liquid water in Parylene C coatings was examined as a function of the thermal history with in situ time-resolved Fourier transform infrared-attenuated total reflectance (FTIR-ATR) spectroscopy, while the polymer structure was investigated with in situ X-ray scattering.
An axisymmetric mathematical model was formulated in Ansys Fluent 12.1 to evaluate the transient heat and mass transfer in a cylindrical metal hydride tank, and to predict the transient temperatures and mass of hydrogen stored as a function of the thermal conductivity of the enhanced hydride material, aspect ratio of the cylindrical tank, and thermal boundary conditions.
Figure 6 shows the number of neutrons emitted per fragment as a function of the fragment mass number in the thermal neutron fission of uranium-235.
The evolution of the thermal properties as a function of the undergone laser treatments permits to select the suitable treatments improving the insulation function of thermal barrier coatings.
The parametric solution is computed as a function of the space and time coordinates, as well as the thermal insulation thickness and the load material thermal diffusivity.
Here, we demonstrate a thermal regulator that adjusts its thermal conductance as a function of the temperature, just as desired for the BTMS.
Figure 5 Distance from the thermal noise floor as a function of the transmit power.
