Abstract
Previous research on highly reflective multilayer optical coatings
has shown that varying the thickness of layers from their traditional
quarter-wave values gives the potential for greater damage thresholds
without sacrificing the desired optical properties. We numerically
investigate the influence of unintended layer thickness fluctuations in
these nontraditional designs, concluding that such fluctuations should
have minimal effect on the optical properties of the coating. This
result makes the prospect of producing nontraditional designs more
promising.
© 1999 Optical Society of America
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