The phrase "a function of deposition" is correct and usable in written English.
It can be used in contexts related to science, particularly in discussions about processes involving the accumulation of materials or substances.
Example: "The rate of sediment accumulation in the riverbed is a function of deposition influenced by water flow and sediment supply."
Alternatives: "a result of deposition" or "an outcome of deposition".
(a) 75 W, (b) 100 W, (c) 125 W, and (d) 150 W. Figure 4 shows the XRD patterns of the NiO thin films deposited as a function of deposition power.
A hybrid modeling approach combining two-dimensional atomistic molecular dynamics simulations of vacancy formation with a continuum analysis of vacancy diffusion has been used to predict the vacancy content of vapor deposited nickel as a function of deposition rate/temperature and incident flux energy/angle.
The texture, morphology, and composition of the deposited films were investigated as a function of deposition parameters.
Accordingly, the GO-EPD kinetics was established as a function of deposition time and voltage, accompanied by microscopic characterization of the deposited films.
Figure 3 shows the survey XPS spectra of as-deposited Ni on the Al2O3 film as a function of deposition cycles for the substrate temperature of 280 °C.
Here we show how neutron reflectometry was used to study the structure of magnetron sputter deposited titanium and titanium nitride (Ti/TiN) layers as a function of deposition parameters: temperature, rate of N2 flow or pressure, electrical bias applied to the sample, and orientation of the ion source relative to the sample.
Figure 2a, b depicts the variation of the carrier lifetime of the SiNX H film deposited on an n-type circle Si wafer, as a function of deposition power (in Watts) and deposition temperature.
An experimental campaign allowed to determine how cutting depth should be set as a function of deposition angle.
However, as a function of deposition parameters, these coatings can enhance the substrate lifetime in aggressive environments.
The reversible behaviour of the manganese oxides during discharge-charge processes as a function of deposition routines was analyzed.
The electrical, structural, and optical properties of these films were examined as a function of deposition temperature.
