A study of proton-induced effects on reflective surfaces of space mirrors, Volume 1532
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absorption band accelerator aperture stop APPENDIX AR/R ATOMIC MASS UNITS atomic oxygen beryllium calculated CER-VIT MIRROR Cer-Vit substrates change in reflectance cleaning experiments cleaning technique coated mirror collimating mirror contaminant film damage decrease in reflectance degradation environment evaluated exit aperture exposed exposure fluorine flux of 1.4 fused silica mirrors hydrocarbons increase integrated flux interferometer irradiated area KEV PROTONS LiF overcoated LiF/Al-coated mirrors magnesium fluoride maxima and minima MgF2/Al-coated mirrors mirror specimens MIRROR SUBSTRATES mirror surface mirror test monochromator nm wavelength optical constants optical properties output overcoated mirrors peak percent photomultiplier polished post-irradiation reflectance changes predicted proton proton flux protons-cm pump radiation effects reference PM Reflectance data reflectance measurements reflectance occurred reflective surfaces reflectometer scattered light measure scattered-light measurement sec"l shown in Figure spectrum specular reflectance synchronous Earth synchronous orbit test chamber torr ultraviolet reflectometer unirradiated vacuum deposited voltage WAVELENGTH NANOMETERS wavelength region