The phrase "a function of incidence" is correct and usable in written English.
It can be used in contexts related to statistics, mathematics, or discussions about relationships between variables, particularly in scientific or analytical writing.
Example: "The results of the experiment showed that the outcome was a function of incidence, indicating a direct correlation between the two variables."
Alternatives: "a result of occurrence" or "a factor of incidence".
The optical absorption is measured as a function of incidence photon energy.
Figure 4 Ultimate efficiency of vertical nanowire and tilted nanowire arrays as a function of incidence angle θ.
The X-ray austenite peak depends strongly on fluence and incidence angle, and presents one or two peaks as a function of incidence angle.
It is shown through test cases that FirstOPTIC can provide accurate and fast calculation of collector intercept factors as a function of incidence angle.
For specular walls, we give the probability of direct (as opposed to multiple specular) return, and the mean and standard deviation of direct return range readings, as a function of incidence angle in tabular form.
Examples presented in this paper include broadband partial reflectors that have monotonically increasing, equal reflectivity for s and p-polarized light as a function of incidence angle, and recent developments in the area of narrow-band visible comb filters for 3D Cinema applications.
Finally, the overall distribution of the TB and LTBI cases suggests that TB and LTBI prevalence and infection incidence rates increased as a function of TB incidence rate in the country of origin of the immigrants.
The odds ratio for TB and LTBI and the incidence rate ratio for TST conversion increased as a function of TB incidence rate in the country of origin of the immigrants.
Because true biologic incidence is impossible to determine, the prevalence of birth defects is a function of embryologic incidence as well as intrauterine survival (Weinberg and Wilcox 1998).
To determine whether the magnitude of a seasonal dengue epidemic could be predicted by the dengue activity in the previous interepidemic period, we used a linear model of log-transformed dengue incidence during the epidemic period (April December) in each district or province as a function of the incidence during the preceding dry period (January March) in the same district or province.
In figure 4 the evolution of the diffracted intensity as a function of the incidence angle is presented (the evolution of the X-ray diffracted intensity as a function of the incidence angle is essentially the same for [29]).
