控制的

Control risk has to do with the healthiness and effectiveness of internal control.

控制风险与内部控制的健全性和有效性有关。

In the view of the control system for hest power engineering, it makes the persistence running of the AGC of the large scale units that burn coal becomes possible.

本控制策略实现了磨煤机启动过程中的燃料量的智能控制，从热工控制的角度使大型燃煤机组AGC的长期连续投运成为可能。

So apply to such a great deal of fields as electronic instrument , household appliances , energy-conservation fitting , the robot , industrial control ,etc.

单片微型计算机是随着超大规模集成电路技术的发展而诞生的，由于它具有体积小、功能强、性价比高等特点，把单片机应用于温度控制中，采用单片机做主控单元，无触点控制，可完成对温度的采集和控制的要求。

A thrust hydraulic system of shield tunnelling machine with pressure and flow compound control was designed using electro-hydraulic proportional control technology.

采用电液比例控制技术设计了一种基于压力流量复合控制的盾构推进液压系统。

This paper made use of the electro-hydraulic proportional control technology, adopting the principle of separate the ground control or grouping and unite control to control the velocity and pressure of thrust hydraulic cylinder to complete the shield machine attitude adjust in the course of its advance.

应用电液比例控制技术，采用分组联合控制的原则，控制推进液压缸的速度及压力，完成盾构推进过程中的盾构掘进姿态的调整。

System A and system B are full-time operating system during flight that share rsesponsibility for all hydraulically powered components.

A 系统和 B 系统在飞行中为全时操作系统，共同负责对所有受液压动力控制的组件进行控制。

Financial control is the core of internal control.

而财务控制是内部控制的核心。

The mixed control equation established the foundation of forecast and automation control of in BF ironmaking processes.

非线性混合控制方程为实现炼铁过程炉温预测控制的自动化奠定了模型基础。

The modern control theory is applied to develop the design principle and method for automatic control of irrigation canal.

本文用现代控制理论研究渠道自动控制的设计理论和方法。

To overcome the bulky , inflexibility of traditional analog d ither system,a new solution for ring laser gyroˉ scope was designed with field programmable gate array.T he digital dither control method was given and dither characteristics were analyzed by square wave driving signal s.

针对传统机抖激光陀螺模拟偏频系统体积大、难于控制的缺点，设计了一种基于 FPGA的全数字抖动控制方案，提出了数字抖动控制原理，分析了数字方波驱动信号的性能，实现了伪随机噪声的生成和注入。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。