STP1038

    Laser Induced Damage in Optical Materials: 1987

    Bennett HE, Guenther AH, Milam D, Newnam BE, Soileau MJ
    Published: 1988


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    Provides information on optical material for high power lasers. Highlights include surface characterization, thin film substrate boundaries, and advances in fundamental laser matter threshold.


    Table of Contents

    Laser Induced Damage in Optical Materials

    Influence of Optical Components for Laser Processing
    Borik S., Giesen A., Schreiner U.

    Materials for Aerospace/Large Optics
    Ernst W.

    Production and Properties of Perrhenate-Doped Alkali Halide Crystals
    Figueira J., Nestor O.

    Solubility of Pt in Nd Phosphate Laser Glass
    Izumitani T., Matsukawa M., Miyade H.

    Effect of Residual Organic Carbon in Mother Solution of Potassium Dihydrogen Phosphate on Damage Threshold of the Crystals for High Power Lasers
    Nakai S., Sasaki T., Yamanaka C., Yamanaka T., Yokotani A., Yoshida K.

    Laser Damage on Zinc Selenide and Cadmium Telluride Using the Stanford Mark III Infrared Free Electron Laser
    Benson S., Dottery E., Hooper B., Madey J., Szarmes E.

    Laser Damage in Silicon Avalanche Photodiode
    Acharekar M.

    Multiphoton Photoconductivity and Laser Induced Damage in Alkali-Halide Crystals Under Picosecond Pulses from YAG:Nd Laser and its Harmonics
    Epifanov A., Garnov S., Klimentov S., Manenkov A., Prokhorov A.

    Radiation-Induced Absorption in Fused Silica
    Chapman R., Miley G., Nadler J., Williams W.

    Radiation Effects in Amorphous SiO2 for Windows and Mirror Substrates
    Friebele E., Higby P.

    Ultrafast Imaging of Optical Damage in PMMA
    Dlott D., Kim H., Postlewaite J., Zyung T.

    Recent Progress in Understanding Fundamental Mechanisms of Laser Induced Damage in Optical Polymers
    Dyumaev K., Manenkov A., Maslyukov A., Matyushin G., Nechitailo V., Prokhorov A.

    Large Scale Damage Testing in a Production Environment
    Campbell J., Greiner G., Hayden J., Kimmons J., Kitayama T., Komiya K., Marchi F., Wallerstein E., Walmer C., Weinzapfel C.

    A New Average-Power Damage Test Facility at LLNL
    Hildum E., Milam D., Rainer F.

    Developments in Beam Profiling with a CCD Area Array Detector
    Ferreira R., O'Connell R., Stewart A.

    A Sensor for Production Oriented Damage Testing at 1.06μm
    Arenberg J., Mordaunt D., Schoen C.

    Mapping of Surface Defects of Optical Components by a High Speed Surface Analysis System
    Knollenberg R., Lalezari R.

    Scattered Light as a Laser Damage Diagnostic
    Guenther A., Stewart A.

    The Growth and Stability of Ag Layers on Cu(110) Monitored by Second-Harmonic Generation
    Hoffbauer M., Muenchausen R., Taylor T.

    Super-Polished Silicon Carbide Mirror for XUV Radiation
    Kato Y., Kurosawa K., Nakai S., Sasaki W., Yoshida K.

    Ultrafine Polishing of Tungsten and Molybdenum Mirrors for Co 2 Laser
    Hara S., Matsunaga H., Yamashita M.

    A New Forming Technology Using Laser Damage
    Namba Y.

    UV Light Cleaning of Silica Surfaces for Improved Laser Damage of AR Coatings
    Kato Y., Nakai S., Ohtani M., Yoshida H., Yoshida K.

    Laser Induced Particle Emission as a Precursor to Laser Damage
    Domann F., Guenther A., Stewart A.

    A Chemical Precursor to Optical Damage? Studies by Laser Ionization Mass Spectrometry
    Estler R., Nogar N.

    Ion Emission Kinetics of Laser Damage to Semiconductor and Dielectric Thin Film Surfaces
    Becker M., Jee Y., Trisnadi J., Walser R.

    Laser Induced Desorption and Second Harmonic Generation from the (111) Surface of Barium Fluoride
    Fridell E., Matthias E., Nielsen H., Reif J., Rosén A., Semmler O., Tepper P., Westin E.

    Multiphoton Absorption Near Surface Damage Thresholds of Ionic Crystals and Metals
    Elg A., Matthias E., Petzoldt S., Reif J., West P.

    Laser Fluorescence Spectroscopy of Zinc Neutrals Originating from Laser-Irradiated and Ion-Bombarded Zinc Sulfide and Zinc Surfaces
    Arlinghaus H., Calaway W., Chase L., Gruen D., Pellin M., Young C.

    Damage to Fused Silica Windows while Under Simultaneous Exposure to Flowing Solvents and Laser Radiation at 308 nm
    Folryn S., Mauro B., Sanders V.

    Laser Damage Studies of Ion Beam Milled Fused Silica
    Gonzales R., McNally J., McNeil J., Milam D., Rainer F., Reicher D., Stowell K., Wilson S.

    Diamond, A Potentially New Optical Coating Material
    Etz E., Farabaugh E., Feldman A., Sun Y.

    Wavelength Dependence of Edge Filter Absorption
    Basegio L., von Gunten M.

    Minimizing Scattering in Multilayers: Technique for Searching Optimal Realization Conditions
    Amra C.

    A Comparison of Various Rugate Filter Designs
    Carniglia C.

    Comparative Study of Reactively Evaporated vs. Ion-Plated TiO2 Thin Films
    Guenther K., Loo B., Pulker H., Saxer A., Seitel S.

    Ion Assisted Deposition of Optical Thin Films at Reduced Substrate Temperature
    Exarhos G., McNally J., McNeil J., Williams F.

    Optical Properties of Low Energy Ion Assisted Deposited TiO2 Films
    Krishna M., Mohan S., Murthy M., Rao K.

    HR Coatings Prepared from Colloidal Suspensions
    Gonzales R., Thomas I., Wilder J.

    1064 nm and 350nm Radiation Stability of Low Density ThO2-SiO2 High-Reflective Coatings Deposited from Sols
    Cordillot C., Floch H., Mengue J., Priotton J.

    Oxide Optical Coatings Prepared by Metal-Organic Vapor Deposition
    Brusasco R.

    Deposition with Ultra-Fine Particles
    Day A.

    Cluster Beam Deposition for Optical Thin Films
    Lewis K., Monachan B., Pitt A., Waddell E., Wyatt-Davies T.

    Measurement of HR Coatings Absorptance at 10.6 Microns by Mirage Effect
    Baron P., Boccara A., Culoma A., Fournier D.

    Basic Studies of Optical Coating Thermal Properties
    Swimm R.

    Studies of the Thermal Stability of Thin Film Structures
    Lewis K., Miller A., Muirhead I., Staromlynska J.

    Raman Studies of Inherent and Applied Stress in Thin Optical Films
    Exarhos G., Ferris K., Frydrych W., Hess N.

    Optical Measurements of Surface Oxide Layer Formation on Metal Films
    Scott M.

    The Properties of Laser Annealed Dielectric Films
    Domann F., Guenther A., Stewart A.

    Video Image Processing of Laser-Illuminated Coating Defects
    Auborn J., Moran M.

    Operational Limits for ZnSe/ThF4 Multilayer Mirrors in the Los Alamos Free-Electron Laser Oscillator
    Bender S., Newnam B.

    Damage Threshold of Oscillator Mirrors in Mark III FEL
    Benson S., Deacon D., Madey J., Schultz J.

    Laser Induced Damage Measurements of Free Electron Laser Optical Components
    Jolin L., Salazar S., Sanders V.

    Database of Average-Power Damage Thresholds at 1064 nm
    Hildum E., Milam D., Rainer F.

    Causes of Damage in Multilayer Dielectric Coatings Exposed to High Average Power Visible Laser Radiation
    Aikens D., Taylor J.

    On the Role of Water in the Laser Conditioning Effect
    Arenberg J., Frink M.

    Optical Coatings for High-Power Nd-Lasers
    Brauns B., Erokhin A., Faizullov F., Goepner V., Herrendorfer G., Kovalev V., Sagitov S., Schafer D., Wolf W., Zscherpe H.

    Pulse Length Scaling Results at 248 nm
    Boyer J.

    Measurements of Ultra-wide Pulse Damage Thresholds of Anti-reflection Coated IR Materials at 10.6 μn
    Daley J., Eng R., Greene J., Grimm J., Harris N.

    Sample Ranking vs. Damage Threshold Criteria in Small Spot Size Laser Damage Testing
    Carson S., Ernest F., Gorbett P., Schumacher P., Seiffert S.

    Intrinsic Optical Damage in Potassium Bromide at 532 nm
    Braunlich P., Jones S., Kelly P., Shen X.

    The Discovery of Laser-Induced Intrinsic Optical Damage in Wide-Gap Materials at Visible Wavelength
    Braunlich P., Casper R., Jones S., Kelly P., Shen X.

    The Laser Damage Mechanism for NaCl and KBr at 532 nm — Theoretical Predictions and Experimental Tests
    Braunlich P., Casper R., Jones S., Kelly P., Shen X.

    New Data Regarding the Thermal Laser-Damage Model and the Accumulation Phenomena in Silicon
    Becker M., Fry S., Walser R.

    Observation of Two Photon Absorption Prior to Laser-Induced Damage in ZrO2
    Mansour K., Mansour N., Soileau M., Van Stryland E.

    Intense-Field Optical Interband Excitations in Semiconductors and Insulators
    Becker W., Guenther A., McIver J.

    Behavior Studies on Dirt Spikes in Laser Discharge and Their Effects on Thyratron Operations
    Huang C., Lin C., Yang C.

    Thermal Shock: A Contributing Factor to Laser Damage in Optical Thin Films Used for High Power Continuous Wave Laser Optics
    Palmer J.

    Reverse Thermal Wave Approximation for Temperature Transients in Optical Thin Films and Substrates — Reflective Optics for High Power Repetitive Pulsed Lasers
    Palmer J.

    Reverse Thermal Wave Approximation for Temperature Transients in Optical Thin Fitms and Substrates Reflective Optics for High Power Continuous Wave Lasers
    Palmer J.

    High Power Continuous Wave and Repetitive Pulsed Thermal Shock Laser Damage to Metallic Reflective Optics
    Palmer J.

    Miscellaneous


    Committee: F01

    Paper ID: STP1038-EB

    DOI: 10.1520/STP1038-EB

    ISBN-EB: 978-0-8031-5033-1

    ISBN-13: 978-0-8031-4481-1

    ASTM International is a member of CrossRef.

    0-8031-4481-4
    978-0-8031-4481-1
    STP1038-EB