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Nonlinear Guided Wave Phenomena

Topical Meeting on Optical Bistability (OB3), 1985
Integrated optics waveguides are ideal media for nonlinear optical interactions because high power densities can be maintained over centimeter propagation distances. Recent work in our laboratory, as well as that of other workers in the field will be reviewed. Liquid crystal media placed on top of thin films provide simple nonlinear waveguides in which
G. I. Stegeman, C. T. Seaton
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Guided Gaussian Wave Packets

Accounts of Chemical Research, 2005
AbstractChemInform is a weekly Abstracting Service, delivering concise information at a glance that was extracted from about 200 leading journals. To access a ChemInform Abstract, please click on HTML or PDF.
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Optical Guided-Wave Devices

Science, 1986
Optical fiber is rapidly becoming the transmission medium of choice for new telecommunication systems. For a true lightwave network to evolve, however, optical control devices such as optical switches and multiplexer-demultiplexers will be essential.
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Surface waves and guided waves

1956
Although surface waves and guided waves may exist under a wide variety of conditions our main concern will be those generated in the earth by earthquakes or explosions. These waves are of interest to seismologists not only because they form the most prominent features of seismograms but also for their usefulness in determining the structure of the ...
Maurice Ewing, Frank Press
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Wave Harmonics and Guided Waves

2014
Solutions of the homogeneous Helmholtz equation are referred to as wave harmonics. In this chapter, we will discuss the solution of this equation in rectangular, cylindrical and spherical coordinate systems. They are respectively called plane waves, cylindrical waves and spherical waves.
Kasra Barkeshli, Sina Khorasani
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Guided Waves

2019
Use a one-dimension theory based on the normal to a plane wave to evaluate the propagation of light in a dielectric layer. If the ray strikes the walls of the guide it must meet the condition for total reflection. The theory, called the zigzag model, is not a “pure” geometric theory because we use the properties of interference and of phase change upon
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Wave Guides for Slow Waves

Journal of Applied Physics, 1948
The paper is devoted to a discussion of the properties of electromagnetic waves propagating with a velocity W <c. Boundary conditions are obtained for structures with very narrow slots, either closed or open, and a general method of solution of the wave equations is discussed.
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Nonlinear guided waves

Radio Science, 1993
Nonlinear guided waves have important applications in ultrafast communication systems. These lead to new problems in electromagnetic theory which present interesting and challenging opprtunities for the development of the subject. This short review outlines the new problems which result from this development with reference to some selected but ...
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Wave Guides

American Journal of Physics, 1951
H. R. L. Lamont, R. D. Spence
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