The result of theoretical analysis shows that capacitance stabilization is dependent upon its electrode construction, electric-field intensity, internal dielectric media and the mechanical strength of the relevant parts. 经理论分析认为,电容稳定性与其电极结构、电场强度、内部介质、以及相应部件的机械强度有关。
Factors influencing the lifetime of radio frequency/ microwave MEMS shunt switches, including the electric-field strength in the dielectrics and the impact velocity of movable membranes on the dielectric-coating, are investigated in this paper. 理论分析了影响射频/微波MEMS电容开关寿命的因素:介质内的电场强度和可动薄膜对介质膜的冲击速度。
The control is easy and rapid. For ER fluid we used, its shear stress ( r) is not related with the shear rate ( y), but electric-field strength ( E). 对于给定的流体材料应用于本文中的电流变传动装置,它的剪切应力τ只和电场强度互有关,而与剪切率γ几乎无关,所以控制简单迅速。