Application of planar laser-induced fluorescence measurement techniques to study the heat transfer characteristics of parallel-plate heat exchangers in thermoacoustic devices

Mathematics

• Laser-induced Fluorescence 100%
• Measurement Techniques 75%
• Heat Exchanger 69%
• Heat Transfer 50%
• Acoustics 34%
• Temperature Measurement 25%
• Oscillatory Flow 25%
• Measurement Uncertainty 24%
• Cycle Space 23%
• Resonator 22%
• Cycle 22%
• Nusselt number 21%
• Cooling 20%
• Temperature Distribution 20%
• Standing Wave 19%
• Heat Flux 19%
• Heating 19%
• Wavelength 18%
• Instantaneous 17%
• Reynolds number 16%
• Water 16%
• Arrangement 15%
• Gas 15%
• Angle 13%

Physics & Astronomy

• heat exchangers 56%
• acetone 54%
• parallel plates 49%
• laser induced fluorescence 49%
• fins 38%
• heat transfer 37%
• cycles 32%
• liquid cooling 20%
• acoustics 18%
• inoculation 17%
• standing waves 16%
• tracers 15%
• temperature measurement 14%
• heat flux 14%
• Reynolds number 13%
• phase shift 13%
• temperature distribution 13%
• resonators 12%
• heating 10%
• gases 8%
• wavelengths 7%
• temperature 4%

Engineering & Materials Science

• Thermoacoustics 67%
• Acetone 61%
• Fluorescence 55%
• Heat exchangers 42%
• Lasers 36%
• Heat transfer 32%
• Acoustic resonators 26%
• Tracers 18%
• Cooling water 17%
• Temperature measurement 17%
• Heat flux 14%
• Wavelength 14%
• Reynolds number 13%
• Temperature distribution 13%
• Acoustics 13%
• Heating 11%
• Uncertainty 10%
• Gases 9%
• Temperature 6%