1) heat energy balance analysis
热能平衡分析
2) thermal balance analysis
热平衡分析
1.
The work is carried out in simulating air intake pipelines of the hot air anti-icing system, presenting a numerical method for calculating the water droplet impingement efficient, improving the thermal balance analysis model, developing a program for calculating the surface temperature.
本文以目前应用较广的热气防冰系统为研究对象,在前人工作的基础上,对现有飞机热气防冰系统热平衡分析模型加以改进,力求使得模型分析结果更为准确,能够为飞机及发动机的防冰系统性能分析提供更为可靠的计算方法。
3) heat balance analysis
热平衡分析
1.
Through heat balance analysis in the start-up process of unit,the optimization in pipe-blowing technology under stable pressure has been carried out,the pipe-blowing technology under stable pressure with zero oil consumption for supercritical once-through boiler being realized,boasting remarkable economic benefits.
通过机组起动过程中的热平衡分析,对稳压吹管技术进行了优化,实现了超临界直流锅炉的零油耗稳压吹管,经济效益明显。
4) thermodynamic equilibrium analysis
热力学平衡分析
1.
A review about thermodynamic equilibrium analysis applied to arsenic and selenium speciations from coal combustion is given in this paper.
由于砷和硒在燃煤烟气中的浓度极低以及实验条件的限制 ,目前化学热力学平衡分析已成为预报烟气中砷和硒等有毒元素形态分布的主要理论分析方法。
5) electric and heat balance analyses
电热平衡分析
6) direct-energy balance method
(分析热能动力装置的)能量正平衡法
补充资料:热能
热能
thermal energy
人体为了维持生命活动和从事劳动,每天必须从食物中获得能量。人体所需热能来源于碳水化物(每克产热16.7KJ),脂肪(每克产热37.
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