1)  pick-up value
吸合值
2)  must-operate value
必定吸合值
3)  pickup value
吸合值（继电器）
4)  pull-in
吸合
1.
Based on the electrostatically actuated model of fixed-fixed beam,the change of pull-in voltage with thermal stress was calculated,and the results were in agreement with those simulated by Coventor Ware.
建立了多晶硅薄膜的热学模型,计算了电流加热后产生的热应力;然后用双端固支梁静电吸合模型计算出吸合电压随热应力的变化,此变化与Coventor Ware软件模拟出的结果一致。
2.
The pull-in phenomenon without the electrostatic torque is studied, and a critical characteristic dimension is derived.
外加电压为零时,导出了旋转式致动器在Casimir力作用下发生吸合的临界特征几何尺寸。
3.
According to the magneto-motive-force(MMF)-controlled model and the flux-controlled model,the pull-in phenomena of the new microactuator were studied.
吸合效应是许多微执行器都存在固有的不稳定性,基于RFMEMS(射频微机电系统)电容式开关改进(或消除)不稳定性的方法以及多层悬臂梁概念,设计了一种三层多级弯曲磁微执行器,分别用磁动势控制模型和磁通控制模型对其吸合现象进行了研究。
5)  pull-in voltage
吸合电压
1.
A novel method for calculating Young s modulus and residual stress of a MEMS film is proposed based on pull-in voltages of a set of fixed-fixed beams.
文中首先简要介绍现有的一些主要的材料参数提取方法,然后提出了一种无需静电作用下两端固支梁吸合电压的显式解析表达式,而是利用决定静电作用固支梁弯曲挠度的微分方程直接计算吸合电压,再提取材料参数的算法。
2.
An electrostatically actuated in-situ measuring method for average stress gradient and elastic modulus of a MEMS film was proposed based on pull-in voltages of a set of cantilevers.
提出了一种利用静电作用下悬臂梁的吸合电压提取MEMS薄膜沿厚度方向的平均应力梯度及弹性模量的方法,该方法的关键在于实现悬臂梁吸合电压的快速、精确计算。
3.
An electrostatically actuated in-situ measuring method for average stress gradient and equivalent elastic modulus of the film is proposed based on pull-in voltages of a set of cantilevers.
提出了一种利用静电作用下悬臂梁的吸合电压提取薄膜沿厚度方向的平均应力梯度及等效弹性模量的方法,该方法的关键在于实现悬臂梁吸合电压的快速精确计算。
6)  pull-in failure
吸合失效
1.
Analysis & prevention on pull-in failure of force feedback micro-accelerometer after heavy impact;
大冲击后力反馈微加速度计吸合失效与防止
2.
Remedies for such failures were developed by analyzing the pull-in failure mechanisms for open-loop and closed-loop active controls.
静电力反馈微加速度计的敏感质量与固定结构部分因静电力作用发生吸合失效,严重影响加速度计的可靠性。
参考词条
补充资料：炭黑吸油值
分子式：
CAS号：

性质：即DBP值。在规定的试验条件下，100g炭黑吸收邻苯二甲酸二丁酯(DBP，di-n-butyl phthalate)的体积(cm3)数。用来表征炭黑的聚集程度。DBP值可以计算炭黑聚集体之间的空隙体积，故是炭黑聚集和附聚程度的量度。炭黑用作橡胶填充剂时，其粒子的聚集程度影响炭黑硫化胶的使用性能。 

说明：补充资料仅用于学习参考，请勿用于其它任何用途。