| 1. | Variations in surface texture directly influence the level of specular reflection.
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| 2. | This form of the potential guarantees a specular reflection on the boundary.
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| 3. | Specular reflection from a body of water is calculated by the Fresnel equations.
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| 4. | In a specular reflection, the angles of reflection and incidence are equal.
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| 5. | Light reflects from smooth surfaces by specular reflection.
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| 6. | Reflected light can be divided into two sub-types, specular reflection and diffuse reflection.
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| 7. | :The article specular reflection has a nice diagram of what you're going for.
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| 8. | It is a diffuse reflection due to scattering, as opposed to specular reflection like a mirror.
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| 9. | We assume only one light, no specular reflection, and uniform known ( approximated ) reflection parameters.
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| 10. | All these waves add up to give specular reflection and refraction, according to the Huygens Fresnel principle.
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