1) pipe network for fluid supply
流体输配管网
1.
Primary research on the teaching renovation of pipe network for fluid supply
流体输配管网课程教学改革探讨
2.
In the domain of HV&AC, there are many problems about pipe network for fluid supply.
在暖通空调领域 ,涉及大量的流体输配管网分析问题。
2) transmission and distribution network
输配管网
1.
The classification,main modes,scope of application,advantages and defects of city natural gas transmission and distribution network are compared,the principle for selecting gas transmission and distribution network is put forward,and the application of regulator box and PE pipe in a medium-pressure single stage system is discussed.
对城镇天然气输配管网分级、主要型式、适用范围、优缺点进行了比较,提出了燃气输配管网选择原则,探讨了调压柜和PE管在中压单级管网系统中的应用。
2.
This paper tries to explore the relation between urban gas transmission and distribution network and Metcalfe’s Law because network performance is the basic characteristic of the urban gas transmission and distribution network, while Metcalfe’s Law is a law about networks.
网络性是城市燃气输配管网作为自然垄断行业的基本特点,而麦特卡夫定律是关于网络的定律,文章试图对二者的关系进行探讨。
3) distribution network
输配管网
1.
Two primary selection schemes of zoned converting manufactured gas to natural gas for existing distribution network in Hankou of Wuhan are put forward, the hydraulic operation state is analyzed, and the practical conversion scheme is recommended.
对武汉汉口原有人工燃气输配管网向天然气的分区转换提出了 2种初选方案,对其进行了水力工况分析,推荐了切实可行的转换方案。
4) fluid supply
流体输配
1.
Software development for hydraulic calculation of fluid supply pipework;
流体输配管网水力计算软件的开发
5) gas distribution network
输配气管网
1.
Widened steady state simulation of gas distribution networks;
输配气管网稳态仿真问题的拓广
6) distribution networks
输配水管网
1.
The characteristic of chlorine residual variations in water distribution networks was considered as a combination of decaying in the bulk liquid in the two aspects, which combine the both two aspects, the chlorine residual in water distribution network was modeled dynamically, using an eventdriven modeling framework and an eventoperation algorithm.
考虑余氯在水体中衰减和与管壁发生反应两个消耗输配水管网中余氯的主要途径,依据这两个途径组合下的余氯浓度衰减模型,利用事件驱动模拟机制及事件调度算法,实现对输配水管网中余氯浓度变化的动态模拟。
补充资料：流体燃料平衡输配设计
流体燃料平衡输配设计
design of fluid fuel balance and distribution
1 luti ranliao Pingheng shuPei sheji 流体燃料平衡输配设计(design of fluid fuel balanee and distribution)对煤气的生产与消 耗进行平衡及确定工厂煤气与补充燃料供应方案的设 计。 钢铁厂的高炉、焦炉和转炉既是冶炼设备又是煤 气发生设备。钢铁厂副产煤气有产量大、耗量大、波动 大的特点。合理利用副产煤气可减少工厂一次能源购 入量，改善工厂燃料结构。 流体燃料平衡(亦称煤气平衡)是制订工厂流体然 料供配的基本计划和工厂设计的重要组成部分之一。 冶金工厂煤气设施、补充燃料站均按流体燃料平衡表 确定的数据进行设计计算。 流体燃料平衡输配设计的内容包括根据流体燃料 特性与用户特性编制平衡表，以确定合理利用副产煤 气的措施，确定煤气柜与煤气混合加压设施的项目与 规模(见煤气拒设计、煤气混合加压设施设计)，进行 煤气管道、煤气调度、防护急救等设施设计。 常用流体燃料冶金过程副产高炉煤气(BFG)、 焦炉煤气(C OG)、转炉煤气(Ll洲3)，少数工厂也副 产电炉煤气和(或)铁合金炉煤气。补充流体燃料常用 燃料油、天然气(NG)、发生炉煤气、水煤气与液化石 油气(LPG)等。常用煤气特性示于表1。 表1常用煤气的典型成分与热值(低发热t)象卜寸一… 常用的燃料油有渣油或重油，需加热保温才有较用户特性高炉副产高炉煤气，高炉热风炉系用好的流动性，热值为418ookJ/kg左右。液化石油气在高炉煤气加热，其消耗的高炉煤气的热量约占高炉煤压力状态下呈液体，减压时气化，热值约为4598okJ/气总热量的40%~45%。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条