Add to ORKGThe second Brewster angle ΦB2, at which the ratio Rp/Rs of intensity reflectances Rp and Rs for the parallel (p) and the perpendicular (s) polarizations of a dielectric-conductor interface reaches a minimum, is determined by Im[(u - ∊)(u - ∊)2/(u - 2∊)2] = 0, where ∊ is the complex ratio of dielectric constants of the media of refraction and incidence, ∊ = ∊/(∊ + 1), and u= sin2ΦB2. An equivalent quartic equation in u is also derived that can be solved exactly and explicitly to determine ΦB2 in terms of ∊
Conditions for reducing the reflectance of a dielectric-conductor interface for p- and s-polarized l...
The pseudo-Brewster angle ϕpB of minimum reflectance for p-polarized light and the principal angle ϕ...
The Fresnel reflection coefficients rp and rs of p- and s-polarized light at the planar interface be...
The second Brewster angle ΦB2, at which the ratio Rp/Rs of intensity reflectances Rp and Rs for the ...
Explicit equations for the second Brewster angle of an interface between a transparent and an absorb...
The pseudo-Brewster angle of minimum reflectance for the p polarization, the corresponding angle for...
The real and imaginary parts of the complex dielectric function (or complex refractive index) of an ...
The pseudo-Brewster angle ØpB, of minimum reflectance Rpm for the parallel (p) polarization, of an i...
The range of incidence angle, 0 \u3c φ \u3c φe, over which p-polarized light is reflected at interfa...
Conditions for reducing the reflectance of a dielectric-conductor interface for p- and s-polarized l...
The pseudo-Brewster angle ϕpB of minimum reflectance for p-polarized light and the principal angle ϕ...
The Fresnel reflection coefficients rp and rs of p- and s-polarized light at the planar interface be...
The second Brewster angle ΦB2, at which the ratio Rp/Rs of intensity reflectances Rp and Rs for the ...
Explicit equations for the second Brewster angle of an interface between a transparent and an absorb...
The pseudo-Brewster angle of minimum reflectance for the p polarization, the corresponding angle for...
The real and imaginary parts of the complex dielectric function (or complex refractive index) of an ...
The pseudo-Brewster angle ØpB, of minimum reflectance Rpm for the parallel (p) polarization, of an i...
The range of incidence angle, 0 \u3c φ \u3c φe, over which p-polarized light is reflected at interfa...
Conditions for reducing the reflectance of a dielectric-conductor interface for p- and s-polarized l...
The pseudo-Brewster angle ϕpB of minimum reflectance for p-polarized light and the principal angle ϕ...
The Fresnel reflection coefficients rp and rs of p- and s-polarized light at the planar interface be...