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Proceedings Paper

Enhanced Reflectance Mirrors For Space-Borne HF Laser Applications
Author(s): T. M. Donovan; S. J. Holmes; L. B. Fogdall
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Paper Abstract

As part of a program to develop highly reflective mirrors for applications with space-borne HF lasers, six candidate multilayer coating designs were subjected to a simulated space environment consisting of the combined effects of electron, proton, and solar UV radiation. Particle and UV rates were chosen to be only slightly accelerated over actual space conditions, and the particle energies were chosen to have appropriate penetration depths in the multilayer designs. The sample temperature was controlled and the radiations conducted in an oil-free, vacuum environment in order to minimize thermal and contamination effects. The results for two designs found to be stable - (Si,A1203)2Ag and (Si,Si0x)nAg - and a third relatively unstable design - (ZnS,A1203)4 - are discussed in this paper.

Paper Details

Date Published: 15 September 1981
PDF: 6 pages
Proc. SPIE 0270, High Power Lasers and Applications, (15 September 1981); doi: 10.1117/12.931731
Show Author Affiliations
T. M. Donovan, Naval Weapons Center (United States)
S. J. Holmes, Northrop Research and Technology Center (United States)
L. B. Fogdall, Boeing Radiation Effects Laboratory (United States)

Published in SPIE Proceedings Vol. 0270:
High Power Lasers and Applications
Charles C. Tang, Editor(s)

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