1.
High frequency standing-wave thermoacoustic engine with sinusoidal resonance tube
采用正弦型谐振管的高频驻波热声发动机
2.
Investigation on High Frequency Thermoacoustically Driven Thermoacoustic Refrigerator Besed on Traveling-standing Wave
高频行驻波型热驱动热声制冷机的理论及实验研究
3.
Theoretical Study on Onset of Standing-wave Thermoacoustic Engine;
驻波型热声发动机起振机理的理论分析
4.
Theoretical and Experimental Investigation on Standing Wave Thermoacoustic Engine;
驻波型热声发动机性能的理论与实验研究
5.
Experimental Investigation on Pulse Tube Refrigerator Driven by a Standing-Wave Thermoacoustic Engine;
驻波型热声驱动脉管制冷机实验研究
6.
Investigation on Performance of a Standing-wave Thermoacoustically Driven Pulse Tube;
驻波型热声驱动脉管制冷机性能研究
7.
Performance Enhancement of Standing-Wave Thermoacoustic Engine and Thermoacoustically Driven Pulse Tube Refrigeration;
驻波型热声发动机性能强化及其驱动脉管制冷特性研究
8.
FREQUENCY CHARACTERISTIC OF A THERMOACOUSTIC ENGINE USING He-Ar MIXTURE AS WORKING FLUID
氦-氩混合工质热声发动机的频率特性
9.
Investigation on a Travelling-Wave Thermoacoustic Engine;
行波型热声发动机的研制及实验研究
10.
STUDY OF A THERMOACOUSTIC ENGINE WITH CO_2 AS WORKING SUBSTANCE
以CO_2为工质的行波热声发动机研究
11.
Investigation on Characteristics of Standing Wave Thermoacoustically Driven Pulse Tube Refrigeration;
驻波型热声驱动脉管制冷工作特性研究
12.
Thermodynamic Analysis and Experimental Study on Traveling Wave Thermoacoustic Prime Movers;
行波型热声发动机的热力分析和实验研究
13.
Investigation on Traveling Wave Thermoacous-Tic Engine and Thermoacoustically Driven Pulse Tube Refrigerator;
行波热声发动机及其驱动的脉管制冷机研究
14.
INVESTIGATION OF THE MATCHING RELATIONSHIP BETWEEN A TRAVELLING-WAVE THERMOACOUSTIC ENGINE AND REFRIGERATOR
行波热声发动机驱动制冷机的匹配研究
15.
The Influences of Stator s Teeth on Bending Mode of Standing Wave Linear Ultrasonic Motor;
振子齿对驻波型直线超声电机振动模态的影响
16.
The working frequency of a thermoacoustic engine has effect on the matching mode of engine with the acoustic load.
热声发动机工作频率关系到与负载的匹配情况,是热声发动机声能输出的重要评价指标。
17.
Theoretical Approach and Development on a High Frequency Miniature Acoustic-Driven Thermoacoustic Refrigerator;
高频微型声驱动热声制冷机的理论探索与实验研究
18.
An acoustical transformer capable of improving thermoacoustic pressure ratio
一种提高热声发动机压比的“声学变压器”