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1·The key problem of design of inertia brake test RIGS is the simulation of inertia load.

惯性制动器试验台设计的关键问题是惯性负载的模拟。

2·It also analyzes on three feasible methods to mechanically imitate the inertia load by flywheel set.

分析了用飞轮组对惯性负载进行机械负载模拟的三种可行性方案。

3·This reduces the inertia load on the engine bearings and, in addition, makes for a more responsive engine.

这就减少了发动机轴承上的惯性负荷，使发动机反应更加灵敏。

4·The paper presents the scheme of structural design of this radar and makes selection of stepping motor via the counting of wind load and inertia load of antenna.

给出了雷达的结构总体设计方案，计算了天线的惯性载荷以及风载荷，并由此得出方位转动电机所需的最小输出扭矩。

5·The motor is characterized by reliability, small step-angle, high holding torque, strong ability of driving high rotor inertia load and super structural manufacturability.

其突出的优点是步距角小、驱动惯性负载能力强、自定位力矩大、可靠性高、结构工艺性好。

6·Based on mechanics analysis of elevating system with balancing weight, the additional driving moment that the motor have to supply for accelerating a inertia load is obtained.

首先对有对重的提升系统进行了力学分析，得出了加速阶段由于惯性的作用电动机必须提供的附加力矩。

7·Also, the paper analyses how the observer and system work when the load inertia varies.

本文还分析了负载惯量变化时，观测器和系统的工作情况。

8·The unit load system is a two-input and two-output multivariable plant with coupling and inertia.

单元机组负荷系统是具有耦合的两输入两输出多变量系统，具有较大的惯性。

9·The simulation experiment shows that the system has better performance of vibration suppression control and stronger robustness for modeling error of load inertia moment.

仿真实验表明，该系统具有良好的防振控制性能，而且对负载惯性矩的模型化误差具有较强的鲁棒性。

10·As a large inertia, large elasticity and variable load control system, all the currently control systems is not fitting the anchor chains tension tester.

对于锚链拉力试验机这种大惯量、大弹性、变刚度负载的系统，一般的控制系统都不太适合。