首页> 外文期刊>Trends in Applied Sciences Research >Modeling Effects of Three Nano-scale Physical Phenomena on Instability Voltage of Multi-layer MEMS/NEMS: Material Size Dependency, van der Waals Force and Non-classic Support Conditions
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Modeling Effects of Three Nano-scale Physical Phenomena on Instability Voltage of Multi-layer MEMS/NEMS: Material Size Dependency, van der Waals Force and Non-classic Support Conditions

机译:三种纳米尺度物理现象对多层MEMS / NEMS失稳电压的建模效果:材料尺寸依赖性,范德华力和非经典支撑条件

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Although many microano-electromechanical systems (MEMS/NEMS) are implemented by multi-layer components, only few researchers have modeled the instability of these multi-layer structures. Herein, the electrostatic instability of multi-layer MEMS/NEMS is
机译:尽管许多微/纳米机电系统(MEMS / NEMS)是由多层组件实现的,但只有极少的研究人员对这些多层结构的不稳定性进行建模。在此,多层MEMS / NEMS的静电不稳定性为

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