1) minimization analysis of entropy generation
最小熵产分析
2) entropy generation minimization
最小熵产
3) entropy generation analysis
熵产分析
1.
The entropy generation analysis forreal simple gas turbine cycles;
燃气轮机实际简单循环熵产分析
2.
Thermodynamic optimization of insulation for pipe like surface based on entropy generation analysis is given in this paper.
基于熵产分析，时管状表面绝热层进行热力学优化。
3.
Based on functions R and G reflecting the flow and heat transfer characteristics of rough surface tubes, coupled with the second law of thermodynamics (entropy generation analysis) and qualitative consideration of rough surface tubes production cost, the comprehensive analysis and evaluation of enhanced heat transfer performance on rough surface tubes are made.
以反映粗糙管流动和传热性能的Ｒ函数和Ｇ函数为基础，结合熵产分析法，并在定性考虑粗糙管制造成本等因素的条件下，对粗糙管的强化传热性能进行了综合分析和评价。
4) entropy generation
熵产分析
1.
Advances in the research on entropy generation in heat transfer and fluid flow systems;
本文综述了熵产分析在传热与流动系统的研究与进展，包括对流传热传质、基本流动传热、换热器、热能贮存系统、绝热层布置等方面的研究与进展。
5) entropy generation minimization
熵产最小化
6) Minimum entropy production
最小熵产生
1.
Heat stagnation of the first\|order ferroelectric phase transition and polydomain configuration of ferroelectrics can be explained on the basis of the principle of minimum entropy production.
一级铁电相变中的热滞及铁电体的多畴结构 ,可以在最小熵产生原理的基础上得到说明 。
补充资料：最小熵产生原理
见不可逆过程热力学。
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