2001Unpublished venueRequires access

Amplitude and intensity's analysis of the incident light and refraction light

Tang Wei

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Abstract

Using Fresnel's Formula and electromagnetic field energy?energy flew theory,analyzing light's incident?reflection and refraction where light is at the boundary of two uniform isotropy media,we can obtain two interesting result:1.Under certain condition,refraction light's amplitude can be larger than incident light's.2.Under certain condition,the refraction light's intensity can be larger than incident light's.

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What this paper is about

Using Fresnel's Formula and electromagnetic field energy?energy flew theory,analyzing light's incident?reflection and refraction where light is at the boundary of two uniform isotropy media,we can obtain two interesting result:1.Under certain condition,refraction light's amplitude can be larger than incident light's.2.Under certain condition,the refraction light's intensity can be larger than incident light's.

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Available abstract

Using Fresnel's Formula and electromagnetic field energy?energy flew theory,analyzing light's incident?reflection and refraction where light is at the boundary of two uniform isotropy media,we can obtain two interesting result:1.Under certain condition,refraction light's amplitude can be larger than incident light's.2.Under certain condition,the refraction light's intensity can be larger than incident light's.

Key concepts: Ray, Optics, Refraction, Physics, Amplitude, Isotropy, Reflection (computer programming), Intensity (physics)

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