Thermal characterization of a multi-turn pulsating heat pipe in microgravity conditions: Statistical approach to the local wall-to-fluid heat flux

Physics & Astronomy

• aluminum 7%
• cameras 9%
• characterization 31%
• conductive heat transfer 11%
• estimates 13%
• European Space Agency 13%
• fluids 34%
• heat flux 51%
• heat pipes 78%
• heat transfer 8%
• high speed 8%
• inserts 12%
• International Space Station 14%
• layouts 12%
• microgravity 64%
• parabolic flight 17%
• pressure measurement 12%
• sapphire 9%
• temperature 3%
• temperature distribution 9%
• tubes 16%
• wall temperature 13%

Engineering & Materials Science

• Aluminum 8%
• Cameras 8%
• Fluids 36%
• Heat conduction 11%
• Heat flux 51%
• Heat pipes 64%
• Heat transfer 7%
• Hot Temperature 27%
• Infrared radiation 9%
• Microgravity 70%
• Pressure measurement 12%
• Sapphire 15%
• Space stations 12%
• Temperature distribution 9%
• Temperature measurement 12%

Chemical Compounds

• Heat 42%
• Heat Pipe 100%
• Heat Transfer 12%
• Microgravity 85%
• Thermal Conductivity 10%