1) two-stream heat exchanger
两股流换热器
2) multi-stream heat exchanger
多流股换热器
1.
In this work multi-stream heat exchanger network(MSHEN) synthesis approach is applied to the crude oil pre-heating network reformation of atmospheric and vacuum distillation unit of a petrochemical company.
以原油常减压蒸馏装置原油预热网络为研究对象,进行了多流股换热器网络的实例综合。
2.
Compared with traditional two-stream heat exchangers, multi-stream heat exchangers possess many advantages such as high efficiency, compact structure and low cost.
多流股换热器网络是一种新型的换热器网络。
3) the single-hot and single-cold heat exchanger
双流股换热器
4) multi-stream heat exchanger
多股流换热器
1.
Application of temperature-difference uniformity optimization principle to path arrangement of multi-stream heat exchangers;
多股流换热器设计的量纲1温差场均匀性优化因子
2.
Based on the accurate mathematic control in multi-stream heat exchangers,target function was established by adjusting proportion of assistant fluids to obtain minimum energy consumption for plate-fin parallel heat exchangers,and optimization operation is searched.
在多股流换热器精确数学控制的基础上,针对板翅式平行流多股流换热器,从最小能耗的角度确定辅助流体间的最佳调节组合并建立优化目标函数,对其进行了运行优化的研究,它可以快速的求解出最小能耗下辅助流体间的最佳调节组合。
3.
Based on the accurate mathematic control in multi-stream heat exchangers,a object function is made by adjusting proportion of assistant fluids to obtain minimum energy consumption for plate-fin parallel heat exchangers,and optimization operation is studied.
本文在多股流换热器精确数学控制的基础上,针对板翅式平行流多股流换热器,从最小能耗的角度确定辅助流体间的最佳调节组合建立优化目标函数,对其进行了运行优化的研究。
5) three-fluid heat exchanger(TFHE)
三股流换热器
6) multi stream heat exchangers
多股流换热器
1.
), an analysis about the self organization ability of multi stream heat exchangers, transiting from one static state to another, was made in this paper.
在考虑多场 (如温度场、温差场和速度场等 )相互作用和相互影响的基础上 ,对多股流换热器从一个稳态过渡到另一个稳态的自组织能力进行了分析。
2.
A network method is proposed in this paper to predict the dynamic characteristics of multi stream heat exchangers, based on the dynamic characteristics of two stream heat exchanger networks.
提出了一种基于两股流换热器网络动态特性预测多股流换热器动态性能的网络法。
补充资料：同流换热器
分子式：
CAS号：
性质：同流换热器(或并流换热器)，是指冷热二股流体同从换热器一端进入，从另一端流出，二股流体在换热器中是沿同一方向前进的。由于同流换热器在传热温度差的利用效率方面不及逆流换热器，因此在生产中除特殊需要外一般比较少采用。
CAS号：
性质：同流换热器(或并流换热器)，是指冷热二股流体同从换热器一端进入，从另一端流出，二股流体在换热器中是沿同一方向前进的。由于同流换热器在传热温度差的利用效率方面不及逆流换热器，因此在生产中除特殊需要外一般比较少采用。
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