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矿井风量调节设计

esign of mine air volume adjustment

中文摘要英文摘要

矿井通风系统是一个多变量的复杂系统,其中一条巷道参数的改变可能导致与其相 关的多条巷道甚至整个风网的风量发生变化;反之,要想使某一条巷道的风量达到某一要求值,也可以通过在其它若干条巷道内采取调节措施来实现。因此,对于一个通风网络,为了满足某种通风需要,可采用的调解方案是多种多样的。本文以通风系统风量异常与风量调节本文研究的最大阻力路线法,以调风设施的设兰地.点为优化目标,以矿井网路的最大阻力路线为基础,用增阻法对各独立风路进行阻力平衡,求解网路中可能存在的全部阻力调节方案,根据矿井生产条件和巷道用途,优选矿井风童调节方案。

Mine ventilation system is a multi-variable complex system, in which a roadway may result in changes in the parameters and their relativeBoundary more than the wind tunnel and even the whole network of air volume changes; On the contrary, in order to make a certain amount of a wind tunnel to reach a certain required value, but also by a number of roadways in other regulatory measures taken to achieve. Thus, for a ventilation network, some sort of ventilation in order to meet the needs of the mediation program can be used are varied. In this paper, air volume ventilation system anomaly and air volume control In this paper, the biggest obstacle to the road law in order to transfer the wind facility is located in Portland. Point to optimize goal to mine the biggest obstacle to the road network, based on blocking method used by the independent wind Road to the resistance balance, to solve all the network there may be resistance to adjustment programs, according to mine production conditions and the roadway purposes, preferred child of mine air conditioning program.

芮波、卢润峰

矿业工程理论与方法论

矿井通风风量调节通风网路优化调节

Mine ventilationair volume adjustmentventilation networkoptimization adjustment

芮波,卢润峰.矿井风量调节设计[EB/OL].(2009-12-31)[2025-08-10].http://www.paper.edu.cn/releasepaper/content/200912-1252.点此复制

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