steady-state system

Based on both methods, an improved WTM method and a new method for calculating steady-state unbalance responses of twin-rotor system are presented.

在此基础上将这两种方法结合作者提出了改进型整体传递矩阵法，并且提出了计算双转子系统稳态不平衡响应的新方法。

Therefore, the dissertation analyzes the steady-state and transient tire characteristics, establishes an eight-degree-of-freedom ( 8-DOF) vehicle model, and proposes a two-layer hierarchical chassis control system that integrates four-wheel-steering ( FWS) and direct yaw moment control ( DYC).

论文从车辆动力学本质出发，分析了轮胎的稳态特性与瞬态特性，建立了8自由度的整车模型，设计了集成四轮转向和横摆力矩控制的双层结构底盘集成控制系统。

Make use of standard of China army, the paper has validated simulation instance of engine speed system by simulation data ( steady engine speed, speedup engine speed, slowdown engine speed) of A/ D conversion.

依据有关飞行模拟器验证的国家军用标准，利用A/D转换卡采集到的发动机转速系统转速的仿真数据（稳态转速、加速转速和减速转速），对发动机转速系统的仿真情况进行了验证。

Control simulations prove that the designed control system has quick response and high steady-state accuracy.

仿真结果表明,本文所设计的模糊控制系统具有较高的响应速度和稳态精度.

Out of consideration for code reuse, further analysis and design of steady fine-grained classes with versatile purpose in the system are taken. According to the design of the classes and by using ActiveX programming, software components in the package are implemented.

出于代码重用的考虑，进一步分析和设计系统中稳定的小粒度的通用类，并基于ActiveX编程将这些设计实现成为组件包。

Steady concentration control of filling material in cementing filling system

胶结充填系统充填料浆浓度的稳定控制

For uncooled focal plane array pixel maintain a steady temperature can improve the precision, temperature control system based on ADN8830 single-chip thermoelectric cooler controller is designed.

本文针对非制冷焦平面阵列像元温度保持恒定可以提高测试精度的问题，提出了基于ADN8830单芯片热电制冷器控制器的温控系统设计。

Steady and pulsed gas injection modes are provided by this system and work well for density control.

送气系统提供的稳态和脉冲送气方式成功地运用于各种物理实验和密度控制。

Loading stage model can be simplified for second-order large inertial system, which respond slowly; During no-load phase, the system respond quickly, but with large steady-state error.

加载阶段模型可化简为大惯性二阶系统，系统响应缓慢；空载阶段，系统响应迅速，但存在较大的稳态误差。

For a class of known disturbances, an optimal disturbance rejection algorithm is designed to guarantee the closed-loop system with zero steady-state error.

对于已知动态特性的外部扰动，设计了一种无静差最优扰动抑制控制算法，在性能指标达到最优的同时保证了闭环系统无稳态误差。