介绍了矿井通风网络分析前处理技巧以及解算软件。
The techniques to pretreat ventilation networks for analyzing it and the software of mine ventilation networks solution are presented in this paper.
本文论述了用微型计算机解算矿井通风网络的必要性与可能性。
This paper discusses the necessity and possibility of solving a mining ventilation network by a microcomputer and describes the features and functions of the CNP-1 program, prepared by the authors.
在复杂矿井通风网络优化计算中，发现了黄金分割法的越界现象。
In the optimization of a mine ventilation network, the boundary overstepping took place in Golden Section Search.
本文基于最大似然原理，提出了一个求解矿井通风网络平差问题的新方法。
According to the principle of the largest likelihood the paper presents a new method for solving adjustment problem of mine ventilation network.
在程序完成调试的基础上，利用矿井通风网络标准算例对程序进行验证，确保精确性。
When finished the debugging of the calculation program, this article will utilize coal mine ventilation network standard example program validation to ensure accuracy.
本文介绍了矿井通风网络解算的相关原理，研究了矿井通风网络在计算机中的存储和解算方法。
The relative principles of mine ventilation network calculation are introduced and how to store mine ventilation network and calculate in computer is studied.
本文提出矿井通风网络灵敏度的概念，通过对矿井通风网络灵敏度的分析，得到最优树的一次性选择方法。
This paper proposes the concept of sensitivity of a mine ventilation network. The selective method of finding the optimal tree once for all is devised by the analysis of it.
矿井通风网络图是矿井通风管理的重要图件之一，也是进行矿井通风系统模拟、网络解算、通风系统优化的基础资料。
The ventilation network graph is one of the important drawings in the ventilation management of the coal mines.
提出了用通风网络风量优化计算的方法求解矿井火灾时期的风流控制方案。
A proposal for control of airflow in a mine fire is proposed by optimization of air quantity in a ventilation network.
通风网络图是矿井通风管理的一种重要图件。
Ventilation network graph is one kind of important graphic document of the mine ventilation management.
矿井通风系统监测点的设置与测点数目、测点位置以及网络分解方法都有关。
The layout of monitoring points of ventilation system is related to the number and location of monitoring points as well as the network decomposition method.
矿井通风系统监测点的设置与测点数目、测点位置以及网络分解方法都有关。
The layout of monitoring points of ventilation system is related to the number and location of monitoring points as well as the network decomposition method.
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