DOC

HERMITE-GAUSSIANS

By Amy Rice,2014-09-15 14:58
9 views 0
THE PARAXIAL WAVE EQUATION AND HERMITE-GAUSSIANS OPTICAL WAVEGUIDES: DIELECTRIC GUIDING LAYERS AND OPTICAL FIBERS THE COUPLED-MODE THEORY (STATE-OF-THE-ART ...

Course_EM Course_EM Course_EM

     Electromagnetic Fields in Optoelectronics Electromagnetic Fields in Optoelectronics Electromagnetic Fields in Optoelectronics

    -----------------------------------------------------------------------------------------

    1. Overview of integrated optics and fiber optics Content Content Co ntent

    2. Maxwell's equations and reflection and refraction of

    plane waves

    3. Scattering matrix formalism and its application to

    mirror and interferometer

    甲、 problems

    4. The paraxial wave equation and Hermite-Gaussians

    5. Optical waveguides: dielectric guiding layers and

    optical fibers

    6. The coupled-mode theory (state-of-the-art treatment)

    and its application to

    (1) Optical wave couplers

    (2) Distributed feedback structures

    (3) Acousto-optic modulators

    (4) Semiconductor diode laser arrays

    7. Wave propagation in anisotropic media and

    electro-optic modulators

    8. Introduction to some nonlinear systems

-----------------------------------------------------------------------------------------

    Textbook Textbook Textbook Hermann A. Haus, “Waves and Fields in

    Optoelectronics,” 1984

    -----------------------------------------------------------------------------------------

    1. Ammon Yariv, “Optical Electronics,” 3rd Edition, Reference Reference Reference

    1985.

    Book Book Book 2. T. Tamir (editor), “Integrated Optics,” 2nd Edition,

    1979.

    3. A. Yariv & P. Yeh, “Optical Waves in Crystals,” 1984.

    4. R. G. Hunsperger, “Integrated Optics: Theory and

    Technology,” 2nd Edition, 1983.

5. D. L. Lee, “EM Principles of Integrated Optics,” 1986.

Report this document

For any questions or suggestions please email
cust-service@docsford.com