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Simulation Study of Inertial Micro-Switch as Influenced by Squeeze-Film Damping and Applied Acceleration Load

机译：挤压膜阻尼和加速度加载对惯性微动开关影响的仿真研究

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Yingchun Peng; Zhiyu Wen; Dongling Li; Zhengguo Shang;
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1. Simulation Study of Inertial Micro-Switch as Influenced by Squeeze-Film Damping and Applied Acceleration Load [J] . Yingchun Peng, Zhengguo Shang, Dongling Li, Micromachines . 2016,第12期

机译：挤压膜阻尼和施加加速度载荷对惯性微动开关的仿真研究
2. A Low-G Silicon Inertial Micro-Switch with Enhanced Contact Effect Using Squeeze-Film Damping [J] . Yingchun Peng, Zhiyu Wen, Dongling Li, Sensors . 2017,第2期

机译：利用挤压膜阻尼增强接触效果的低G硅惯性微动开关
3. Influence of applied acceleration loads on contact time and threshold in an inertial microswitch with flexible contact-enhanced structure [J] . Wenguo Chen, Zhuoqing Yang, Yan Wang, Sensors and Actuators, A. Physical . 2014,第Null期

机译：柔性接触增强结构的惯性微动开关中施加的加速载荷对接触时间和阈值的影响
4. Design and simulation of a novel horizontal sensitive inertial micro-switch with low g value [C] . Yongliang Wang, Wenguo Chen, Zhaoyu Wang, International Conference on Measurement, Instrumentation and Automation . 2013

机译：具有低G值的新型水平敏感惯性微开关的设计与仿真
5. INFLUENCES OF MUSCLE FIBER COMPOSITION AND STRENGTH ON EMG, SPINAL MOTION, AND LOAD ACCELERATION DURING A REPETITIVE LIFTING TASK. [D] . COOK, THOMAS MICHAEL. 1987

机译：重复举升过程中肌纤维组成和强度对肌电，脊髓运动和负荷加速的影响。
6. Simulation Study of Inertial Micro-Switch as Influenced by Squeeze-Film Damping and Applied Acceleration Load [O] . Yingchun Peng, Zhiyu Wen, Dongling Li, 2016

机译：挤压膜阻尼和施加加速度载荷对惯性微动开关的仿真研究
7. A Low-G Silicon Inertial Micro-Switch with Enhanced Contact Effect Using Squeeze-Film Damping [O] . Yingchun Peng, Zhiyu Wen, Dongling Li, 2017

机译：采用挤压膜阻尼增强接触效应的低G硅惯性微开关
8. Estimation of squeeze-film damping and inertial coefficients from experimental free-decay data [R] . Roberts, J. B., of Mechanical Engineers, London. 1987

机译：从实验自由衰减数据估算挤压膜阻尼和惯性系数

Simulation Study of Inertial Micro-Switch as Influenced by Squeeze-Film Damping and Applied Acceleration Load

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