1) melt distribution line
熔体分配管道
1.
This paper discusses the basic requirements that the melt distribution line is formed and laid out, illustrates the features of melt lines by examples of the present equipment and analyzes the structure parameters of the melt line Finally, the principle of calculation and the methods of selection of the line structure are put forwar
介绍了长丝设备熔体分配管道的构成和形式以及布置的基本要求 ,用国内现有的部分设备实例说明熔体分配管道结构的特点 ,分析了熔体分配管道结构确定依据 ,提出了熔体分配管道结构选取方法和计算原则。
2) melt pipe
熔体管道
1.
The selection of pipe wall thickness,the calculation and design key points of the melt flow,melt pipe flow pressure fall and melt flow speed in the design of melt pipes were introduced in detail.
介绍了熔体管道设计中管道壁厚选择、熔体流量、熔体管道流动压力降和熔体流速等计算方法和设计要点。
3) fluid manifold channel
流体分配管道
1.
To study fluid homogeneity, an estimation formula for nonuniform degree of fluid distribution in fuel cell stacks has been given in analytical form, which is based on pressure drop equations of channel flow, to estimate the effects of the dimensions of fluid manifold channels an.
利用此式可以分析流体分配管道和板流道的尺寸以及单电池个数对电池堆性能的影响。
4) gas manifold
气体分配管道
1.
The different designs connections, gas flow directions and the mathematical models of gas manifold were summarized.
对燃料电池组中气体分配管道的不同设计、不同气体流向以及气体分配管道数学模型的文献作了综述。
5) Fusing polyester pipeline
聚酯熔体管道
补充资料：管道SCADA(见管道数据采集与监控系统)
管道SCADA(见管道数据采集与监控系统)
popeline supervisory control and data acquisition system
管道SCADA(PIPelinesuPervisory eontroland data aequisition system)与监控系统。见管道数据采集
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