Oxide-Trapped Charges Induced by Electrostatic Discharge Impulse Stress 由静电放电脉冲应力产生的氧化层陷阱电荷
Charged oil dripping equation of motion has been determined in high-voltage electrostatic field by means of studying its stress, and its maximum velocity has been known from theory too. 通过分析高压电场中油液液滴的受力情况,建立了荷电油液液滴的运动方程,在此基础上确定了理论上油液液滴的最大速度。
A novel electrostatic, capacitively shunt RF MEMS switch is presented. The switch utilizes the buckling effect of the clamped-clamped membrane under critical compressive stress to realize latching function. 本论文提出一种结构新颖的静电驱动、电容旁路式RFMEMS开关,利用双端固支薄膜在大于临界应力时的翘曲原理实现锁存功能。
According to the similar nature of gravitational field and electrostatic field, using analogy method, the stress tensor in gravitational field is obtained from Maxwell's stress tensor in electrostatic field, and the universal gravitation inside the isotropic spheroid is calculated with the obtained result. 根据引力场和静电场的相似性质,通过类比方法由静电场的麦克斯韦应力张量得出了引力场中的应力张量,并用它计算了均质球体内部的万有引力。
The theory of plate and shell is used to analyze the problem of electrostatic bonding of glass with silicon plate. This problem is to find Out the relation between the bending stress of silicon plate and the electrostatic force of interface. 本文利用板壳理论,分析在硅与玻璃静电封接时,硅与玻璃界面间的静电力与硅片弯曲应力的关系;
We have known many factors which affects stiction, five major of them are: capillary force, electrostatic force, van der Waals force, hydrogen bridging and residual stress. 影响粘附的因素很多,现在已知的造成微机械粘附的主要原因有:表面张力、静电力、范德华力、氢键、残余应力等。
In order for MEMS to be into market, the seven key problems in MEMS, which are sticking, electrostatic force computing, micro flow, nano friction, inspection, membrane stress and surface rough degree, are summarized. 针对MEMS产品步入市场所面临的问题,总结出MEMS亟待解决的粘着、静电力计算、微流、纳米摩擦、检测、薄膜应力和表面粗糙度七个问题;
The electrostatic force evaluation with Maxwell stress tensor theory properly explains the experimental results. 采用Maxwell应力张量对微粒受到的静电力进行了计算和分析,其结果从力学角度解释了实验观察得到的结果。