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From CVI Melles Griot
Fresnel's equations relate the amplitudes for reflection and transmission to the incident field amplitude at a dielectric interface. From these equations, the power reflectivity and transmissivity can be calculated, as well as the phase shifts for reflected and transmitted wave. Product Announcements
Topics of Interest
8.1 Refractive Index of Porous Silicon
W. Theiss and S. Hilbrich
May 1997
A INTRODUCTION
The complex refractive index (usually denoted as = n + i ?) determines how light waves propagate...
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4.1 Introduction
In Chapters. 2 and 3, complex amplitudes were gradually introduced in the analysis of simple problems and it was mentioned that with increased problem complexity, the advantage of...
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Absorption: The portion of optical attenuation in an optical fiber resulting from the conversion of optical power to heat; caused by impurities such as hydroxyl ions in the fiber.
A/B Switch: A...
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2.7 PROPAGATION OF LIGHT
As already described, when light enters matter, it is reflected by its surface and refracted
by the matter, and its velocity changes as well as its wavelength, but...
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2.7 Plane Waves at Interfaces
2.7.1 Snell's Law
Consider a plane wave impinging on a surface between two media with different dielectric constants, as in Figure 2.31. In general, part of the...
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