1)  heat transfer rate
传热率
2)  boundary heat transfer density
壁面传热率
1.
The boundary heat transfer density in different heat conductive coefficient and boundary gauge were calcaulated.
分析了铸嘴壁面复合传热方式,计算了不同导热系数和不同壁面厚度的壁面传热率,通过分析得出结论:铸嘴材料导热系数和铸嘴壁厚度尺寸对壁面传热率影响大,铸嘴型腔温度对壁画传热率影响小,对于同一材料和壁面厚度尺寸的铸嘴,常规铸轧和超薄快速铸轧的热损失基本相同。
3)  boiler heat-transfer rate
锅炉传热率
4)  heat transfer
传热
1.
Experimental Research Progress of the Falling Film Evaporation Heat Transfer of Horizontal Tubes;
水平管降膜蒸发传热的实验研究进展
2.
Application of neural networks to heat transfer calculation in a round billet continuous casting mould;
神经元网络应用于圆坯连铸结晶器传热计算
3.
3D heat transfer model in laser deep penetration welding based on real keyhole;
基于实测小孔的激光深熔焊接三维传热模型
5)  heat conduction
传热
1.
The self-made Finite Variation Method was adopted to simulate digitally the mixed powders' heat conduction process and preheated results by 2D simplify model.
以Ti和C混合粉末的自蔓延燃烧对W-Ti混合粉末进行预热,对混合粉末的热物性参数进行计算,采用有限差分方法对简化的非稳态传热过程及预热效果进行数值模拟,分析材料热物性、燃烧粉末与待预热粉末的质量比等对预热效果的影响。
2.
In this paper,a suitable mathematical model for heat transf er pro cess-ing of batch furnace body is put forwards according to the one dimensional unsteady heat conduction.
将间歇窑窑体传热过程按一维不稳定传热建立相应的数学模型,用计算机计算,研究了间歇窑连续化操作问题。
3.
Separate type heat exchanger not only has a heat conduction efficiency as high as that of a single heating tube,but has a good adaptability to large sca.
介绍了热管传热原理及分离式热管加热炉的工作原理、结构特点。
6)  heat transport
传热
1.
Flow dynamics and heat transport in turbulent thermal convection;
湍流热对流中的动力学和传热研究
2.
This paper mainly described the experiment data process and some constants fitting based on preparing process and heat transport tesing of porous surface tube, and test the semi-empirical equation of boiling temperature departure with wall temperature tesing, comprehensively analogized the mechanics of enhanced boiling heat transporting.
在表面多孔管制备工艺及传热性能测试的基础上,着重阐述试验数据的计算处理与某些常数的拟合确定,并用壁温测试法检验沸腾温差半经验公式,综合分析沸腾传热强化的原理。
3.
This paper presents an overview of new advances in the studies of turbulent thermal convection mainly from four areas:turbulent heat transport,coherent structures,large-scale circulation,and turbulent fluctuations in small-scale turbulence.
文章主要从湍流传热、相干结构、大尺度环流和湍流中脉动量的小尺度统计等四个方面,简要地介绍了近年来湍流热对流的一些新进展。
参考词条
补充资料:电导率(见电阻率)


电导率(见电阻率)
conductivity

d!日nd日O}已电导率(eonduetivity)见电阻率。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。