立足于对静电支承系统(Electrostatic Suspension System,ESS)的分析和讨论,本文提出了一种静电陀螺仪数字化测控接口系统来辅助于实验室环境下ESS系统的研究工作。
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其次，建立静电支承系统的动力学模型。
Secondly, the dynamic model of the electrostatic suspension system is built.
首先，介绍静电支承系统的基本工作原理。
Firstly, the basic operation principle of electrostatic suspension system is introduced.
该文建立了静电力矩的数学模型，确定了支承系统频率特性与静电力矩大小之间的关系。
A mathematical model of the electrostatic torque was used to analyze the relationship between the torque and the system frequency response.
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