Laser Induced Damage in Optical Materials, 1984

absorption addition angle Appl applied average beam bulk calculated Center charge coatings compared crystal curve damage threshold defects density dependence deposition described determined diameter dielectric discussed effect electric electron energy experimental experiments field Figure fluence function fused gratings heat higher incident increase indicated initial intensity interface irradiated Laboratory laser damage laser induced layer light limited liquid lower materials measured mechanism method mirror multilayer observed obtained occurs optical oxide peak performed phase Phys Physics polarization potential present probe produced properties pulse range reference reflectance reflectors refractive region reported Research resistance ripple sample scanning scatter shown in figure shows silica silicon single spatial spectra sputtering structure substrate surface Table technique temperature thermal thickness thin film transmission transmittance values wave wavelength