College of Telecommunication Engineering,ChongQing University,ChongQing,China;
Institute of Electron Engineering,China Academy of Engineering Physis,ManYang,SiChuan,China;
Institute of Electron Engineering,China Academy of Engineering Physis,ManYang,SiChuan,China;
Institute of Electron Engineering,China Academy of Engineering Physis,ManYang,SiChuan,China;
Institute of Electron Engineering,China Academy of Engineering Physis,ManYang,SiChuan,China;
Institute of Electron Engineering,China Academy of Engineering Physis,ManYang,SiChuan,China;
resonant accelerometer:electrostatic stiffness:no-linearity:sensitivity:same frequency disturbance;
机译:具有高相对灵敏度的MEMS共振加速度计,基于静电诱导刚度扰动的感测方案
机译:基于静电刚度的新型Z轴谐振微加速度计
机译:基于静电刚度变化的共振微加速度计
机译:基于静电刚度的谐振加速度计结构设计与实验
机译:基于谐振射频电路结构的薄膜导电聚合物气体传感器的建模与设计。
机译:基于静电刚度的新型Z轴谐振微加速度计
机译:基于静电刚度的新型Z轴谐振微加速度计
机译:基于概率的木材传动结构设计 - 第1卷:木质电线杆的强度和刚度