2008Journal of Lanzhou UniversityRequires access

Polarization characteristics studies when natural light in the two dielectric surface reflectance and refraction

Gao Runmei

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Abstract

The natural light in both dielectric surface reflection and refraction-time,degree of polarization varies with the angle of incidence change,in accordance with the formula for Fresnel reflection of the polarized light and refraction of light changes with the angle of incidence of a theoretical derivation,and through numerical simulation methods is given angle from 5 degrees to 85 degrees change in the reflection of light and refraction of light polarization curves.

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What this paper is about

The natural light in both dielectric surface reflection and refraction-time,degree of polarization varies with the angle of incidence change,in accordance with the formula for Fresnel reflection of the polarized light and refraction of light changes with the angle of incidence of a theoretical derivation,and through numerical simulation methods is given angle from 5 degrees to 85 degrees change in the reflection of light and refraction of light polarization curves.

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Available abstract

The natural light in both dielectric surface reflection and refraction-time,degree of polarization varies with the angle of incidence change,in accordance with the formula for Fresnel reflection of the polarized light and refraction of light changes with the angle of incidence of a theoretical derivation,and through numerical simulation methods is given angle from 5 degrees to 85 degrees change in the reflection of light and refraction of light polarization curves.

Key concepts: Fresnel equations, Optics, Refraction, Polarization (electrochemistry), Total internal reflection, Dielectric, Total external reflection, Refractive index

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