1) terminal temperature difference
传热端差
1.
In the approach, terminal temperature difference is chosen to reflect the fouling state, Neural network modeling is applied to separate the influences of both the fouling and off-design condition on terminal temperature difference.
该方法选取传热端差作为研究对象 ,以神经网络建模技术为基础成功实现冷凝器污脏、工况参数变化对传热端差影响的分离 ,可较准确地实现冷凝器污脏的在线监测。
2.
In the method,terminal temperature difference is chosen to reflect the fouling state,diagonal recurrent neural network is applied to separate the influences of both the fouling and off-design condition on terminal temperature difference.
该方法选取传热端差作为研究对象,运用对角递归神经网络建立变工况端差模型,成功分离出冷凝器污脏对端差的影响,准确实现冷凝器污脏程度的在线监测。
2) terminal temperature difference
传热端温差
3) temperature difference at warm end
热端温差
1.
The temperature difference at warm end of the No2 14000Nm3/h oxygen producing device was large when it was put into production.
分析了2#14000Nm3/h制氧机在投产时存在的板式热端温差大的问题;并利用检修的机会,在板式冷箱内增加了一台主板式换热器以解决换热面积不足的问题。
4) heat transfer temperature difference
传热温差
1.
Study on heat transfer temperature difference between non-heated staircase and adjacent heated rooms;
非供暖楼梯间与供暖邻室传热温差的研究
2.
Based Stirling ideal refrigeration cycle,the heat transfer temperature differences in the cold end and heat end of Stirling cooler were dealt with dimensionless method.
基于斯特林理想制冷循环,对斯特林制冷机冷热端的传热温差进行无量纲化,分析了传热温差对斯特林制冷系数的影响关系。
3.
With the relationship between the pressure drop and the heat transfer temperature difference in the gas turbine recuperator included,the heat transfer difference can be further recommended as the evaluation criterion instead of the recuperator effectiveness for recuperative gas turbine cycles.
本文考虑了回热器传热温差与流动阻力损失的关系,进一步论证了燃气轮机回热循环的评价准则可采用传热温差代替传统的回热度。
5) terminal temperature difference
加热器端差
1.
It is very important to analyze the influence of terminal temperature difference on thermal economy of unit under conditions of constant power output.
该文基于热力系统矩阵热平衡方程式与热耗变换系数的理论,通过严密的数学推导,建立了定功率条件下加热器端差对机组热经济性影响的简易数学模型。
2.
Based on the matrix method, two mathematical models influenced by each extraction steam pressure loss and terminal temperature difference on thermal economy of unit are established.
本文基于矩阵法,分别建立了定流量条件下抽汽压损、加热器端差对机组热经济性影响的数学模型。
6) Temperature Difference Of Cool Sides And Hot Sides
冷热端温差
补充资料:端差
分子式:
CAS号:
性质: 在循环冷却水系统中,指换热器的冷水入口处与热水出口处的温度差。
CAS号:
性质: 在循环冷却水系统中,指换热器的冷水入口处与热水出口处的温度差。
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