Heat and mass transfer characteristics of a dehumidifier using an ionic liquid for a liquid desiccant system

Physics & Astronomy

• desiccants 100%
• contactors 81%
• liquid air 68%
• mass transfer 52%
• heat transfer 45%
• liquids 30%
• lithium chlorides 18%
• humidity 17%
• performance 12%
• dehumidification 10%
• aluminum 7%
• working fluids 7%
• mass flow rate 6%
• air flow 6%
• metals 5%
• momentum transfer 5%
• adjusting 4%
• flow velocity 4%
• copper 4%
• air 3%
• temperature 3%

Engineering & Materials Science

• Ionic liquids 80%
• Mass transfer 51%
• Heat transfer 38%
• Liquids 38%
• Air 31%
• Lithium Chloride 15%
• Atmospheric humidity 9%
• Aluminum 8%
• Humidity control 7%
• Momentum transfer 7%
• Metals 6%
• Flow velocity 5%
• Working fluids 5%
• Copper 4%
• Temperature 4%
• Flow rate 3%