1) electrothermal excitation
电热激励
1.
From the technological point of view,electrothermal excitation/piezoresistive measurement resonator is promising because of its compatibility with standard IC technology.
其中,电热激励/压敏电阻拾振的微谐振器与工业IC技术兼容,可将敏感元件与信号调理电路集成在一块芯片上构成功能强大的智能传感器。
2) electro-thermal excitation
电热激励
1.
The theoretical analysis method is used to study the electro-thermally excited mechanism of silicon microcantilever beam so as to obtain the temperature field distribution under the electro-thermal excitation of the microcantilever beam and to deduce thermal moment force of the electro-thermal excitation of the plated film bi-layer silicon-microcantilever beam.
用理论分析方法研究了硅微悬臂梁的电热激振机理,得到了微机械悬臂梁电热激励下的温度场分布,并推导出了镀膜双层硅微悬臂梁的电热激励热力矩。
3) thermal excitation
热激励法
1.
A study on the seepage model for the exploitation of natural gas hydrate by thermal excitation;
天然气水合物热激励法开采模型研究
4) reservoir stimulation with hot oil
热油激励
5) Thermal Excitation
热激励
1.
This paper have analysed the deflection and resonant frequency of the micromachaned silicon bridge with coating under thermal excitation.
本文分析了镀膜双层微机械硅桥的热激励挠曲及谐振频率变化 ,建立了相应的数学模型 ,并对热挠曲灵敏度进行了优化设计 。
2.
An electro-thermal excitation/piezoresistive detection resonator was designed for gas concentration through the measurement of the polymer-coated cantilever\'s resonant frequency shift due to the mass change caused by specific chemi-cal reaction or physical absorption of gas molecules.
笔者设计了一种电热激励压阻检测的微悬臂梁谐振器。
6) photothermal excitation
光热激励
1.
s: An experimental study on the photothermal excitation of bi-layered silicon microresonator is presented.
对镀膜双层硅微机械谐振器的光热激励进行了实验研究 ,在大气环境下对硅微谐振器进行了光激电拾实验测试和光激光拾实验测试。
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