A presentation of design signification,structure and operation principle of electrical force application system is provided.
阐述了进行电动施力系统设计的意义以及施力系统的组成和工作原理,通过数学仿真分析了系统综合性能,讨论了提高施力精度的关键技术。
This paper also discusses the key techniques in image sample and processing based on CCD sensor, such as wavelets transform, and analyses cascade-compensation network in application of force control system for improving its dynamic.
分析施力控制系统未加校正环节与校正后的系统特性,得出校正后的系统具有更好的动态性能的结论。
Two groups of experiments are designed to initiate a detailed study of the deformation characteristics of the inversion structures in rigid conditions based on the force mechanism for the upside and downside blocks of the faults.
根据断层的上下盘施力方式的不同设计了两组实验,以探讨在刚性边界条件下的半地堑反转构造的变形特点。