Ray model for transmission of infrared radiation through multibent cylindrical waveguides

Orna Morhaim; David Mendlovic; Israel Gannot; Jacob Dror; Nathan I. Croitoru

doi:10.1117/12.56016

1 December 1991 Ray model for transmission of infrared radiation through multibent cylindrical waveguides

Orna Morhaim, David Mendlovic, Israel Gannot, Jacob Dror, Nathan I. Croitoru

Author Affiliations +

Optical Engineering, Vol. 30, Issue 12, (December 1991). https://doi.org/10.1117/12.56016

Abstract

An improved ray model for simulating the transmission of laser radiation through a metallic or metallic-dielectric multibent hollow cylindrical waveguide has been developed. It calculates the power transmission and the power density at any point along the curved waveguide, as a function of geometrical dimensions of the waveguide, coupling lens at the entrance, polarization (random, vertical, or perpendicular), and the 3-D trajectory of the waveguide. The theoretical calculations are compared with the experimental results.

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Orna Morhaim, David Mendlovic, Israel Gannot, Jacob Dror, and Nathan I. Croitoru "Ray model for transmission of infrared radiation through multibent cylindrical waveguides," Optical Engineering 30(12), (1 December 1991). https://doi.org/10.1117/12.56016

Published: 1 December 1991

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