1)Ventilation network通风网络
1.New algorithm for computing ventilation network reliability based on network simplification technology;基于网络简化技术的通风网络可靠度新算法
2.Improvement of determination method of path quantity in ventilation network;通风网络中通路总数确定方法的改进
3.Determination of mine ventilation network max-flow based on independent paths;用独立通路法确定矿井通风网络的极值流
英文短句/例句
1.Application of Graphic Method of Ventilation Network in Ventilati on Management通风网络图解法在通风管理中的应用
2.AUTOMATIC GENERATION OF VENTILATION NETWORK FROM MINE VENTILATION SYSTEM DRAWING由矿井通风系统图自动生成通风网络图
3.The Complicated Ventilation Network Technology Research of Highway Tunnel;公路隧道复杂通风网络分析技术研究
4.Research and Implementation of Coalmine Ventilation Network Calculation Software;矿井通风网络解算软件的研究与实现
5.Study of Mine Ventilation Network Analysis Based on COMGIS;基于COMGIS的矿井通风网络分析研究
6.The Application of MATLAB in the calculation of mine ventilation networkMATLAB在矿井通风网络解算中的应用
7.Change in Air Flow and Stability Based on Mine Ventilation Network of Dynamics基于通风网络动态的井巷风流变化与稳定性
8.The Reliability Evaluation of Vantilation Network Based on Network Flow Theory基于网络流理论的通风网络可靠性评价研究与应用
9.The Mine Ventilation Network Visual Software's Development and Realization;矿井通风网络可视化软件的研制与实现
10.Study of the Complicated Mine Ventilation Network Analysis and Its Adjustment Limits of the Releveant Parameters;复杂矿井通风网络解算及参数可调度研究
11.The Research of Optimization and Alternation to Jin Chuang Er Kuang Mine's Complex Ventilation Network;金川二矿区复杂通风网络优化改造研究
12.The Developing and Application for Managing System of Ventilation Network in Digital Mining;数字矿山的通风网络管理系统开发与应用
13.The Research and Implementation of Mine Ventilation Network Calculation and Diagnosis;矿井通风网络解算和诊断的研究与实现
14.Study on the Simplification and Application Analysis of Mine Ventilation Network Graph矿井通风网络图简化及应用分析的研究
15.Study on Visual Simulation of Mine Ventilation Network Based on GIS基于GIS的矿井通风网络可视化仿真模拟研究
16.ANN PREDICTIVE MODEL FOR PREDICTING TEMPERATURE FIELD EVOLVEMENT WITHIN VENTIDUCT ROADBED通风管路基温度场神经网络预测模型
17.Speed controller design of local fan based on fuzzy neural network模糊神经网络局部通风机调速控制器
18.Security Risk Evaluation of Electric Power Telecommunication Networks Based on Neural Network;基于人工神经网络的电力通信网安全风险评估
相关短句/例句
network ventilation网络通风
1.To counter the characteristics of New Qidaoliang Extra Long Tunnel with high altitude,changeable climatic condition and complicated air flow,the ventilation system under different operating condition is emulatively analyzed by network ventilation theory.针对新七道梁特长公路隧道海拔高、气候多变、洞内气流复杂等特点,运用网络通风理论,对不同工况下通风系统进行仿真分析,论证该隧道通风方案的合理性,优化通风设计和通风模式,保证隧道通风效果,降低通风营运费用。
3)Ventilation network graph通风网络图
1.The ventilation network graph is one of the important drawings in the ventilation management of the coal mines.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 。
4)mine ventilation network矿井通风网络
1.Calculation of system reliability for mine ventilation network based on boolean manipulation and minimization algorithm in the minimal cut sets;矿井通风网络最小割集不交和可靠度的计算
2.Study on Visual Simulation of Mine Ventilation Network Based on GIS基于GIS的矿井通风网络可视化仿真模拟研究
3.In this paper,based on the method of Boolean manipulation and minimization algorithm in the independence minimal path sets,and applied reliability engineering theory,a new method is proposed for calculating reliability of mine ventilation network system.运用可靠性工程理论及不交型积之和定律 ,在大型网络系统可靠度计算的基础上 ,提出了矿井通风网络系统最大线性无关最小独立路集予以真子集涤除的不交化可靠度计算的实现方法 。
5)Optimization of ventilation network通风网络优化
6)ventilation network optimization通风网络解算
1.In the method, a optimization model of a ventilating network is put forward by taking the minimizing squared sum of algebraic sum of the ventilation pressure of all branches in a independent circuit about all independent circuits as object function, therefore a new algorithm of ventilation network optimization is obtained.该方法通过使所有独立回路分支风压代数和的平方和最小化的方法,建立了通风网络解算优化模型,并用梯度法对该模型进行解算,获得了一种新的风网解算算法。
延伸阅读
阶段通风网络阶段通风网络ventilation network for stage 1 ieduan tongfeng wangIU阶段通风网路(ventilation network forstage)由阶段进风、回风平巷，进风回风天井和采场风道所构成的区域性矿井通风网路。金属矿井通常是多个阶段同时作业，阶段间容易造成风流污染。为使各阶段作业地点都能从进风井巷获得新鲜风流，并将作业时形成的污浊风流直接送入回风井巷，就必须对各阶段的进风、回风井巷统一安排，构成一定型式的阶段通风网路。结合中国矿山开采特点，经过多年来实践，总结归纳出下列几种阶段通风网路:阶梯式、棋盘式、平行双巷式、上下行间隔式和梳式。阶梯式通风网路结构简单、工程量少、风流稳定，但对开采顺序有严格限制，只适用于矿体规整、采用后退式回采的脉状矿床。棋盘式和平行双巷式通风网路均需开凿和维护一定数量的专用回风井巷，适用于矿体规整、开采强度大、对通风要求较高的矿井。上下行间隔式通风网路需要开凿的专用回风巷较少，适用于开采强度较大的矿井。梳式通风网路需将穿脉巷道扩大，用风嶂将其隔成两格，一格运输和进风，另一格回风。由于扩大断面、修建和维护风嶂的工程量和费用较大，只适用于开采多层密集脉状矿体和对通风要求高的矿井。 (程厉生)
