"light incidence" is correct and usable in written English.
It is typically used to refer to the amount of sunlight or other types of light that falls on a particular area or object. For example, "The light incidence on the rooftop was so strong that it almost seemed like daylight."
In comparison with normal light incidence the incident k vector additionally possesses components parallel to the xy plane.
The other parameters needed for computation are relative to the incident light (incidence angle, wavelength and polarization).
The independence of the quantum yield on the incident photons and the angle of light incidence was attributed to the COFR design, where the propagating light was wholly confined within the reactor and, in turn, more effectively utilised by the TiO2.
Using a Fano model, we calculate the optical properties for normal and inclined light incidence.
A measured curve for one polarisation at normal light incidence was taken for fitting the theoretical spectrum to it.
We propose a new idea to reduce the reflection loss at light incidence.
Expressions for the evaluation of data from electrochemical bending beam experiments with non-normal light incidence are derived.
For example, although its iridescent colour shifts from blue to violet, depending on the angle of light incidence, wings of Morpho butterflies are mostly blue14,15.
We have introduced a theoretical model for simulating the optical properties of 2D metallic photonic quasicrystals at normal and oblique light incidence for all polarisations.
We show that the number, the position of the transmission peaks, the finesse coefficient (F) and the quality factor (Q) depend on the repetitive number (P), the light-incidence angle and the Polarization modes (TE and TM).
Five parameters (ε∞, A, γT, E pl, and γpl) that determine dispersion of the dielectric permittivity in Eq. (1) should be determined from fitting of the reflectivity and transmittance spectra measured for several light-incidence angles.
