Keywords: موتور حرارتی; Thermoacoustic engine; Acoustic tuning; Tuning stub; Jet pump; DeltaEC;
مقالات ISI موتور حرارتی (ترجمه نشده)
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در صورتی که به ترجمه آماده هر یک از مقالات زیر نیاز داشته باشید، می توانید سفارش دهید تا مترجمان با تجربه این مجموعه در اسرع وقت آن را برای شما ترجمه نمایند.
Keywords: موتور حرارتی; Thermoacoustic engine; Standing wave; Acoustic radiation; Deformable plate; Onset temperature; Onset frequency; Energy harvesting;
Keywords: موتور حرارتی; Thermoacoustic engine; Jet pump; Oscillatory flow; Time-averaged pressure drop;
Keywords: موتور حرارتی; Thermoacoustic refrigeration; Thermoacoustic engine; Travelling wave; Cookstoves; Biomass combustion; Rural communities;
Keywords: موتور حرارتی; Thermoacoustic cooler; Coaxial; Travelling wave; Thermoacoustic engine; Standing wave; Engine-cooler coupling; Rural communities; Developing countries;
Keywords: موتور حرارتی; thermoacoustic engine; jet pump; acoustic streaming; oscillatory flow; time-averaged pressure drop;
Keywords: موتور حرارتی; Thermoacoustic engine; Looped structure; Low-grade heat; Impedance matching stub; Coupled acoustic load; DeltaEC;
Keywords: موتور حرارتی; Thermoacoustic engine; CFD; Analytical solution;
Keywords: موتور حرارتی; Thermoacoustic engine; Tunable thermoacoustic generator; Heat exchanger; Electrical efficiency; Standing wave;
Keywords: موتور حرارتی; Thermoacoustic engine; Thermoacoustic prime mover; Looped structure; Phase adjustment; Onset temperature;
Keywords: موتور حرارتی; Thermoacoustic engine; Travelling wave; Bypass configuration; Thermoacoustic cooler;
Keywords: موتور حرارتی; Standing wave; Thermoacoustic engine; Onset temperature; Oscillating frequency; Parallel plate stack; Binary gas mixture;
Keywords: موتور حرارتی; Thermoacoustic engine; Acoustoelectric transducer; Electricity generator
Keywords: موتور حرارتی; Thermoacoustic engine; Acoustic streaming; Jet pump; Time-averaged pressure drop; Coefficient of resistance;
Keywords: موتور حرارتی; Thermoacoustics; Thermoacoustic engine; Refrigerator; Prime mover; No moving component
Keywords: موتور حرارتی; Standing wave; Thermoacoustic engine; Thermodynamic analysis; Onset;
Keywords: موتور حرارتی; Diaphragm engine; Stirling engine; Thermoacoustic engine;
Keywords: موتور حرارتی; Thermoacoustic engine; Tilt angle; Thermal convection; PIV;
Keywords: موتور حرارتی; Thermoacoustics; Thermoacoustic engine; Thermoacoustic refrigerator; Travelling wave
Development of a three-stage looped thermoacoustic electric generator capable of utilizing heat source below 120â¯Â°C
Keywords: موتور حرارتی; Thermoacoustic engine; Thermoacoustic electric generator; Low-grade thermal energy;
Using a side-branched volume to tune the acoustic field in a looped-tube travelling-wave thermoacoustic engine with a RC load
Keywords: موتور حرارتی; Phase tuning; Travelling-wave; Thermoacoustic engine; RC load;
Effect of Gedeon streaming on thermal efficiency of a travelling-wave thermoacoustic engine
Keywords: موتور حرارتی; Thermoacoustic engine; Gedeon streaming; Travelling wave; Thermal efficiency; Low-grade thermal energy;
Thermoacoustic Stirling power generation from LNG cold energy and low-temperature waste heat
Keywords: موتور حرارتی; Stirling engine; Thermoacoustic engine; Liquefied natural gas; Cold energy; Waste heat; Linear alternator;
A thermoacoustic refrigerator driven by a low temperature-differential, high-efficiency multistage thermoacoustic engine
Keywords: موتور حرارتی; Thermoacoustic engine; Onset temperature ratio; Thermoacoustic refrigerator; Numerical calculation; Acoustic impedance;
Explanations on the onset and damping behaviors in a standing-wave thermoacoustic engine
Keywords: موتور حرارتی; Thermoacoustic engine; Onset temperature difference; Damping temperature difference; Solar energy
Infrared imaging as a means of visually characterizing the thermoacoustic onset process influenced by a Helmholtz resonator
Keywords: موتور حرارتی; Thermoacoustic engine; Onset; Infrared imaging; Regenerator; Temperature distribution
Exergetic optimization of a thermoacoustic engine using the particle swarm optimization method
Keywords: موتور حرارتی; Thermoacoustic engine; Energy conversion; Exergetic efficiency; Thermoacoustic losses; Particle swarm optimization
Coincident effect characteristic in a thermoacoustic regenerator
Keywords: موتور حرارتی; Thermoacoustic engine; Regenerator; Structure wave; Coincident frequency
Study on energy flows in thermoacoustic engines utilizing two-temperature heat sources
Keywords: موتور حرارتی; Low-grade energy; Thermoacoustic engine; Enthalpy flux; Entropy flux; Exergy flux
Visualization observation of onset and damping behaviors in a traveling-wave thermoacoustic engine by infrared imaging
Keywords: موتور حرارتی; Thermoacoustic engine; Infrared imaging; Gedeon streaming; Regenerator; Temperature distribution
Impact of acoustic impedance and flow resistance on the power output capacity of the regenerators in travelling-wave thermoacoustic engines
Keywords: موتور حرارتی; Thermoacoustic engine; Regenerator; Channel dimension; Impedance
A thermoacoustic engine capable of utilizing multi-temperature heat sources
Keywords: موتور حرارتی; Thermoacoustic engine; Regenerator; Multi-temperature; Low-grade heat source
Influence of acoustic pressure amplifier dimensions on the performance of a standing-wave thermoacoustic system
Keywords: موتور حرارتی; Thermoacoustic engine; Acoustic pressure amplifier; Thermoacoustics
Performance of solar powered thermoacoustic engine at different tilted angles
Keywords: موتور حرارتی; Thermoacoustic engine; Solar energy; Onset temperature; Pressure oscillation;
Transmission characteristics of acoustic amplifier in thermoacoustic engine
Keywords: موتور حرارتی; Acoustic amplifier; Thermoacoustic engine; Load; Cascade
A simple method to determine the frequency of engine-included thermoacoustic systems
Keywords: موتور حرارتی; Thermoacoustic engine; Frequency; Acoustic node
Performance comparison of thermoacoustic engines with constant-diameter resonant tube and tapered resonant tube
Keywords: موتور حرارتی; Thermoacoustics (C); Thermoacoustic engine; Resonant tube; Tapered tube;
Effect of RC load on performance of thermoacoustic engine
Keywords: موتور حرارتی; Thermoacoustics (C); Thermoacoustic engine; RC load; Acoustic power
Are harmonic tremors self-excited thermoacoustic oscillations?
Keywords: موتور حرارتی; volcanic tremors; thermoacoustic instability; Sondhauss tube; thermoacoustic engine;
An innovative configuration for thermoacoustically-driven pulse tube coolers
Keywords: موتور حرارتی; Thermoacoustic engine; Pulse tube cooler; Elastic membrane;
Experimental investigation on a thermoacoustic engine having a looped tube and resonator
Keywords: موتور حرارتی; Thermoacoustic engine; Relative penetration depth; Acoustic mode;
Influence of resonance tube length on performance of thermoacoustically driven pulse tube refrigerator
Keywords: موتور حرارتی; Pulse tube refrigerator; Thermoacoustic engine; Thermoacoustic refrigeration;