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Rectangular Dielectric Waveguides
2003The rectangular dielectric waveguide is the most commonly used structure in integrated optics, especially in semiconductor diode lasers. Demands for new applications such as high-speed data backplanes in integrated electronics, waveguide filters, optical multiplexors, and optical switches are driving technology toward better materials and processing ...
Clifford R. Pollock, Michal Lipson
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1997
This chapter deals with planar dielectric waveguides, also called slab waveguides, which are possibly the most simple and yet practically useful open waveguides. In this introduction we briefly recall how a bound mode can occur; we also discuss why it is natural to look for the complete spectrum of slab waveguides and what features it should possess.
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This chapter deals with planar dielectric waveguides, also called slab waveguides, which are possibly the most simple and yet practically useful open waveguides. In this introduction we briefly recall how a bound mode can occur; we also discuss why it is natural to look for the complete spectrum of slab waveguides and what features it should possess.
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PGMTT National Symposium Digest, 1961
By cladding a high index of refraction glass core of sufficiently small cross-section with another glass of lower refractive index, dielectric waveguides have been made with one or a few modes of propagation in the visible region of the spectrum.
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By cladding a high index of refraction glass core of sufficiently small cross-section with another glass of lower refractive index, dielectric waveguides have been made with one or a few modes of propagation in the visible region of the spectrum.
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Time Dispersion in Dielectric Waveguides
Bell System Technical Journal, 1971In dielectric waveguides operating at optical frequencies, the primary cause of time dispersion of narrow pulses can be mode conversion. In this paper we argue that under certain assumptions a dielectric waveguide acts as a linear system in intensity.
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1990
This chapter on dielectric waveguide theory is dedicated to Professor C.H. Papas who was my thesis advisor and mentor. He inspired me to be a daring and original researcher. Professor Papas has been truly a scholar and a gentleman, a rare breed indeed. I am honored to have known him.
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This chapter on dielectric waveguide theory is dedicated to Professor C.H. Papas who was my thesis advisor and mentor. He inspired me to be a daring and original researcher. Professor Papas has been truly a scholar and a gentleman, a rare breed indeed. I am honored to have known him.
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