Highly efficient absorption heat pump and refrigeration systems based on ionic liquids: Fundamentals & Applications

INIS

• applications 100%
• absorption heat 100%
• refrigeration 100%
• heat pumps 100%
• ionic liquids 100%
• ammonia 75%
• refrigerants 37%
• heat 25%
• absorbents 25%
• efficiency 25%
• thermodynamics 25%
• evaluation 25%
• vapors 25%
• transport 25%
• working fluids 25%
• fluids 25%
• performance 25%
• prediction 12%
• cooling systems 12%
• coverings 12%
• cooling 12%
• energy 12%
• affinity 12%
• biomass 12%
• spectra 12%
• global warming 12%
• simulation 12%
• heat sources 12%
• absorption 12%
• heating 12%
• mass transfer 12%
• heat transfer 12%
• climatic change 12%
• liquids 12%
• assessments 12%
• district heating 12%
• boiling points 12%
• stability 12%
• slowdown 12%
• thermodynamic cycles 12%
• industry 12%
• energy conversion 12%
• environment 12%
• modeling 12%
• absorption refrigeration cycle 12%
• heating systems 12%

Engineering

• Fluid 100%
• Heat Pump 100%
• Refrigeration System 100%
• Refrigeration Cycle 50%
• Heat Transfer 50%
• Mass Transfer 50%
• Fields 50%
• Built Environment 25%
• Heat Source 25%
• Thermal Energy 25%
• Energy Conversion 25%
• Improving Efficiency 25%
• Refrigerant 25%
• Refrigeration 25%
• Global Warming 25%
• District Heating 25%
• Solar Thermal Energy 25%
• Highlight 25%
• Renewables 25%
• Multiscale 25%

Chemical Engineering

• Refrigeration 100%
• Ammonia 100%
• Heating 60%
• Thermodynamic Property 20%