An Auger Electron Spectroscopy Study of Surface-preparation Contaminants
National Aeronautics and Space Administration, Office of Management, Scientific and Technical Information Division, 1990 - Auger electron spectroscopy - 15 pages
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11 different cleaning 12 identical samples 15 minutes 347 stainless steel acetone acid cleaning AES survey agita agitated deionized water alkaline soak Auger electron spectroscopy C/Fe and S/Fe carbon chemical cleaning chlorine Cleaned by agitated cleaned by detergent cold tap water different cleaning methods Dried by hot electron spectroscopy AES experimental apparatus given cleaning method hot air hot deionized water isopropyl alcohol Langley Research Center mechanically polished surface methanol NASA nitric acid Old Dominion University P/Fe R. A. Outlaw R. M. Stephens Research Center Hampton residual contaminants left Rinsed by agitated Rinsed by cold rinsed by deionized Rinsed by hot S/Fe ratios Sample B1 sample holder sample surfaces samples of 347 Sensitivity corrections SLAC recipe smooth and rough smooth surface solution for 15 stainless steel sample standard machined surface surface area surface considered surface preparation tamination temperature of 190°F ultrahigh vacuum UHV ultrasonic agitation Ultrasonically rinsed Varian recipe