piezoresistance meaning in Chinese
压电电阻
压电阻
压敏电阻
压阻
Examples
- The research on temperature characteristic of the piezoresistance pressure sensor
压阻式压力传感器的温度特性研究 - The simulated results indicate that the improved nearest neighbor algorithm has better approaching ability and can obtain better network performance . third , this idarbf neural network is applied to piezoresistance sensor
通过编码实现,计算机仿真,表明改进的动态邻聚类算法较之原算法有更好的逼近能力,且能获得较好网络性能。 - In the early stage of experiment , an in - material thin film manganin gauge was studied . this in situ gauge was manufactured by single - step thin film processing , namely , manganin piezoresistance element was prepared on inorganic substrates such as ceramic , microcrystalline glass , etc by sputtering
在实验的初期，本文还研究了“在位式”的锰铜薄膜传感器，即首先在陶瓷或微晶玻璃基板上沉积锰铜敏感元件，然后用粘贴ptfe薄膜的方法完成传感器的封装。 - The first one is to obtain the nonlinear characteristics . the second one , on the other hand , is to calibrate the nonlinear characteristics of the piezoresistance sensor for the purpose of greatly reducing the sensor and wireless sensor network on the influence of the ambient temperature and the power fluctuation
为了提高无线传感器网络体系中传感器的精度和智能化程度,本文把rbf网络用于传感器的校正和温度补偿,可以获得传感器的非线性特性,并且能够校正传感器的非线性现象,大大降低传感器及无线传感器网络体系受环境温度和电源波动等因素的影响。 - And after the structure simulated by the aid of the finite element method ( fem ) software ansys , the optimal parameters are approached . a mems micro force sensor suitable for the microgripper is achieved which is based on piezoresistance effect of semiconductor . the operating principle of micro force sensor is presented , and modeling , analyzing the structure , achieving the best parameters
为满足微夹持器的需要,设计了半导体压阻式mems微力传感器,分析了微力传感器的工作原理,对其结构形式进行了建模、分析,求取了结构的最优参数;给出了压阻式传感器的基本设计原则,选择了合理的材料,以力学分析为根据,确定了力敏电阻条的位置,并对电阻条进行了设计,介绍了微机械制作技术,给出了传感器芯片制备流程。