Experimental measurements of thermal and tangential momentum accommodation coefficients on solid surfaces: Water vapor in comparison with noble gases

Engineering & Materials Science

• Surface waters 78%
• Inert gases 69%
• Water vapor 63%
• Momentum 52%
• Molecules 44%
• Gases 32%
• Vacuum 30%
• Hot Temperature 27%
• Molecular weight 25%
• Neon 17%
• Argon 12%
• Helium 12%
• Scattering 10%
• Heat flux 10%
• Flow of fluids 10%
• Flow rate 8%
• Fluids 7%

Physics & Astronomy

• accommodation coefficient 80%
• surface water 68%
• solid surfaces 59%
• water vapor 57%
• rare gases 53%
• momentum 39%
• water 14%
• molecules 11%
• surface reactions 10%
• gases 10%
• molecular weight 9%
• vacuum 6%
• Knudsen flow 6%
• residual gas 6%
• mass flow rate 6%
• high vacuum 5%
• neon 5%

Chemical Compounds

• Accommodation Coefficient 100%
• Momentum 75%
• Noble Gas Atom 61%
• Surface Water 60%
• Water Vapor 54%
• Vacuum 12%
• Flow 10%
• Gas 8%
• Molecule 7%
• Weight 5%