Optics Performance at 1(omega), 2 (omega), and 3 (omega): Final Report on LDRD Project 03-ERD-071 | Zendy

J. Honig | Zendy; J.A.S. Adams | Zendy; Christopher W. Carr | Zendy; Stavros G. Demos | Zendy; Michael D. Feit | Zendy; Nikhil Mehta | Zendy; Michael M. Norton | Zendy; Michael C. Nostrand | Zendy; A. M. Rubenchik | Zendy; M. L. Spaeth | Zendy

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Optics Performance at 1(omega), 2 (omega), and 3 (omega): Final Report on LDRD Project 03-ERD-071

Author(s) -

J. Honig,

J.A.S. Adams,

Christopher W. Carr,

Stavros G. Demos,

Michael D. Feit,

Nikhil Mehta,

Michael M. Norton,

Michael C. Nostrand,

A. M. Rubenchik,

M. L. Spaeth

Publication year - 2006

Publication title -

osti oai (u.s. department of energy office of scientific and technical information)

Language(s) - English

Resource type - Reports

DOI - 10.2172/900136

Subject(s) - omega , polishing , laser , focus (optics) , optics , fluence , wavelength , optoelectronics , materials science , physics , composite material , quantum mechanics

The interaction of intense laser light with dielectric materials is a fundamental applied science problem that is becoming increasingly important with the rapid development of ever more powerful lasers. To better understand the behavior of optical components in large fusion-class laser systems, we are systematically studying the interaction of high-fluence, high-power laser light with high-quality optical components, with particular interest on polishing/finishing and stress-induced defects and surface contamination. We focus on obtaining comparable measurements at three different wavelengths, 1{omega} (1053 nm), 2{omega} (527 nm), and 3{omega} (351 nm)

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