Numerical solution to the 0th reflection efficiency is relative to the incident light parameters, the structure parameters of the device (f, T, d, h), as well as the refractive indices of all the regions (n i, n c, n s ).
Influences of the incident wave parameters and structural configurations on the hydrodynamics are examined.
Next, numerical results of wave response of rectangular plates are shown and discussed for various parameters, incident wavelength and incident angle of incident shallow water waves, and flexural rigidity and aspect ratio of the plates.
The effects of geometric parameters, incident angle, thermal concentration ratio, and optical concentration ratio on the system performance are discussed.
Deposition process parameters, incident energy and deposition rate, are investigated in terms of their effect on film morphology.
d Spectra versus polarization angle of the incident light with parameters set as p x = 200 nm, d = 120 nm, and t 1 = t 2 = 50 nm.
Effects are evaluated as the change from reference configurations of the response parameters – incident and transmitted irradiation of facades and integrated PV electricity generation.
By means of numerical examples, the effects of structural parameters, incident angle and azimuthal angle on the spectral features of the structured surface are discussed.
However, up to now the trial error method is usually used to find the best parameters (incident power, resonance mode, etc).
