控制跨度

第二章阐述了扁平化管理模式的四个理论依据即控制跨度理论、命令链理论、集权化和分权化理论及流程再造理论，作为整篇文章的立论基础。

The second chapter explains the 4 theoretical foundations of the flattening management model , namely span of control theory , chain of command theory , centralization and decentralization theory , and process reengineering theory . These 4 theories are the foundation of this whole dissertation .

以模式研究为基本方法，从刑事司法权对社会关系和当事人诉讼行为的控制跨度以及司法权的强度三个角度，观察弹劾式诉讼模式下刑事司法权配置；

Based on mode research , this paper studies the judicial power of criminal proceedings and its balanced working system in ancient impeachment from three aspects : the control of the social relationship ;

风荷载是控制大跨度钢屋盖结构设计的主要荷载之一。

The wind load is one of the main control loads for the large span steel roof structure .

为控制大跨度斜拉桥拉索的大幅振动，研究应用粘性剪切型阻尼器进行拉索减振。

In order to control the large amplitude vibration of cables of cable-stayed bridges , a viscous shearing damper is developed .

施工阶段的抗风稳定性已成为控制大跨度悬索桥施工和设计至关重要的因素。

Therefore the wind stability of the bridge under construction becomes an important factor influencing the construction and design of suspension bridges .

通过工程实例，介绍应如何在施工实践中，采取各种有效措施以控制大跨度框架梁裂缝的产生。

Give some construction examples to introduce how to take some effect measures to control cracks of long span in RC frame beam .

结构的颤振稳定性是影响和控制大跨度桥梁设计的重要因素，它直接影响到桥梁在设计寿命期的抗风安全。

Structural flutter stability is an important factor which could affect and control the design of long-span bridges . It affects directly the wind-resistant safety of a concerned bridge during its designed lifetime .

振动控制在大跨度空间结构中的应用概述

Application of vibration control in long-span spatial structures

结果表明，控制采场跨度或暴露面积是维系采场顶板稳定的根本措施；

The results showed that the fundamental measures to maintain the basic stability of stope roof was controling the stope span or exposed area .

如何在桥梁建设期内控制好大跨度桥梁的生命线&预应力钢绞线的防腐问题已经成为刻不容缓要解决的问题，此问题的关键就是要解决预应力管道灌浆密实性。

How to control the " lifeline " & the strands of the long-span bridges in the bridge construction period and the corrosion problems of the strands have become more and more urgent . The key to solve this problem is the density of the cable grouted ducts .

控制爆破拆除大跨度复杂结构楼房

Controlled blasting for demolition of large span and complicated structure building

但是本文的控制对象的控制范围跨度大、控制精度要求很高，要建立该控制对象的非常准确的数学模型是非常困难的。

Through the comparative study , we choose the latter method . But the control objects of the paper , its control range span , control of high precision . It is very difficult to establish an accurate mathematical model of the control object .

本文阐述了设置质量控制点，从控制工序质量入手来控制52M大跨度钢桁架的质量，取得满意效果。

This article explains to set the point of quality controlling and control 52 meters steel construction quality by controlling work-unit quality , achieved good action .