Linked from

The 14 pages that link to Fresnel equations, each with the reason it gives.

• Refractive indexRelated: They show how refractive indices set reflected and transmitted amplitudes.

• Total internal reflectionRelated: They describe how reflection approaches complete intensity as incidence exceeds the critical angle.

• ReflectanceRelated: They quantify how incidence angle and refractive indices determine interface reflectance.

• ReflectionRelated: They quantify reflection from a boundary using refractive indices and polarization.

• Augustin-Jean FresnelBroader topic: They quantify reflection and transmission for light polarized parallel or perpendicular to the boundary.

• Specular reflectionRelated: They determine reflected energy and polarization at the surface.

• Thin-film interferenceRelated: They determine the amplitude and phase of each boundary reflection.

• Brewster angleRelated: They predict the vanishing p-polarized reflection that defines the Brewster angle.

• Law of reflectionRelated: They extend ray direction rules by predicting reflected amplitude and polarization.

• Angle of incidenceRelated: They predict boundary reflection from incidence angle, polarization, and refractive indices.

• Optical windowRelated: They predict reflection from the window’s front and back surfaces.

• Anti-reflective coatingRelated: They predict how much light each coating boundary reflects.

• Crystal opticsRelated: Crystal interfaces require polarization- and direction-dependent reflection and transmission calculations.

• Transparency and translucencyRelated: Surface reflection limits how much incident light enters a transparent material.