Development of thermoacoustic devices for power generation and refrigeration

Keyphrases

• Power Generation 100%
• Thermoacoustic Device 100%
• Thermoacoustic Cooler 100%
• Refrigeration 100%
• Rural Areas 66%
• Linear Alternator 66%
• Electricity Generator 66%
• Model Selection 33%
• University of Manchester 33%
• Developing Countries 33%
• Loudspeaker 33%
• Development Work 33%
• Heat Input 33%
• Working Fluid 33%
• Laboratory Environment 33%
• Control Measures 33%
• Low Power 33%
• Medical Supplies 33%
• Electrically Driven 33%
• Remote Areas 33%
• Traveling Wave 33%
• Thermoacoustic Engine 33%
• Electricity Supply 33%
• Thermoacoustic Electric Generator 33%
• Heat Exchanger Configuration 33%
• Electric Grid 33%
• Propane Combustion 33%
• Access to Electricity 33%
• Topology Measures 33%
• Leicester 33%
• Stove 33%
• Combustion-driven 33%
• Electric Heater 33%
• Power Electricity 33%
• Standing-wave Thermoacoustic Engines 33%
• Low-cost Materials 33%

Engineering

• Power Generation 100%
• Alternator 100%
• Test Result 50%
• Developing Country 50%
• Exchanger 50%
• Heat Input 50%
• Final Part 50%
• Standing Wave 50%
• Design Result 50%
• Traveling Wave 50%
• Electricity Grid 50%
• Leicester 50%