根据中段弹道目标的运动学特性，结合室内缩比模型RCS静态测量数据，提出了一种雷达目标动态rcs仿真的方法。
According to the kinetic characteristic of targets in midcourse and the RCS data of static measurement of the model, a simulation method for dynamic RCS data of radar targets is proposed.
仿真及实验结果表明，本系统硬件简单、实时性好，系统结构紧凑，具有良好的动态和静态特性。
The result from simulation and experiment show that this system possess advantages of simple hardware, good real-time, system construction compact with good dynamic and static characteristic.
仿真结果表明，所设计的自动着陆纵向模糊控制系统能满足飞机自动着陆的精度要求，且具有良好的动态、静态特性。
Simulation results show that the designed system can satisfy the precision requirement for the longitudinal automatic landing, and has good dynamic and static features.
实践证明利用本文思想编制的汽轮机仿真模型能够正确反映仿真对象的全物理过程，具有良好的静态精度和动态响应特性。
The fact is proved that the steam turbine model is able to exactly simulate the working process and the dynamic characteristic of the simulated object, the static characteristic is very precise.
工程实际应用表明：该模型易于使用，静态和动态变工况性能与原经验型仿真模型相比，能更好地反映实际风机的特性。
The engineering practice shows that the model is easy to use and can reflect the axial-flow fan′s real static and dynamic performance better than the erstwhile purely experiential model.
首先介绍了该弹性体结构的测力原理，并用有限元分析软件对弹性体的静态和动态特性进行了仿真。
The working principle of the sensor structure is introduced firstly, and the static and dynamic characteristic of the elastic body is obtained by finite element analysis.
针对桥式吊车水平运动系统是一个非线性、变参数、强耦合的对象，采用非线性PID控制器进行定位和防摆控制。仿真实验结果表明，系统具有良好的动态、静态特性和强的鲁棒性。
As to the horizon motion system of Bridge Crane is a nonlinear, variation parameter and strong coupling system, the nonlinear PID controller is used for positioning and anti-swing.
针对桥式吊车水平运动系统是一个非线性、变参数、强耦合的对象，采用非线性PID控制器进行定位和防摆控制。仿真实验结果表明，系统具有良好的动态、静态特性和强的鲁棒性。
As to the horizon motion system of Bridge Crane is a nonlinear, variation parameter and strong coupling system, the nonlinear PID controller is used for positioning and anti-swing.
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