1.
Numerical simulation of relationship between thermal conductivity of porous material and fractal dimension
多孔材料等效导热系数与分形维数关系的数值模拟研究
2.
Discussion on Effective Thermal Conductivity of Molten Steel in Numerical Simulation of Solidification in Continuous Casting
关于连铸凝固传热数值模拟中钢液有效导热系数的探讨
3.
Study on effective thermal conductivity of metal foam matrix composite phase change materials
泡沫金属基复合相变材料的有效导热系数研究
4.
Fractal model for efficient thermal conductivity of soil sample
土壤样品有效导热系数的分形计算模型
5.
Thermal effect on equivalent spring constants of double-clamped beams with different mass arrangements
不同质量块布局双端固支梁的等效弹簧系数的热效应(英文)
6.
The artical introduces elementary equation, boundary and initial conditions of model of equivalent conduction heat transfer, physical property prarameters processing and the method of value solving.
介绍了等效传导传热模型的基本方程、界条件和初始条件、性参数的处理以及数值求解方法等。
7.
testing method for thermal conductivity of firebricks by hot wire
耐火砖导热系数测定-导热系数试验方法
8.
We measured heat tranfer coefficient intensity of encapsulate density of foam and flame retardency.
并对产品的导热系数、压强度、沫密度、燃性等性能进行测试。
9.
Abstract: Another method for proving the three thermodynamical partial derivatives equaling chemical potential is given.
文摘:对三个热力学偏导数等于系统化学势给出了又一种证明方法.
10.
Purpose： The equipment is used for mensurating thermal conductivity of refractory fibre, insulating panel and insulating brick.
用途：该仪器用于测定各种耐火纤维制品、热砖及隔热板等材料的导热系数。
11.
Purpose：The equipment is used for mensurating thermal conductivity of refractory fibre, insulating panel and insulating brick.
用途：该仪器用于测定各种耐火纤维制品、隔热砖及隔热板等材料的导热系数。
12.
Measuring System of Thermal Conductivity of Poor Conductor Based on LabVIEW
基于LabVIEW的不良导体导热系数测量系统
13.
conductive textile
传导纺织品（如具有去静电、抗热等效果）
14.
Theoretical and Experimental Research on the Model Accuracy Improvement of Effective Thermal Conductivity of the Disperse System;
提高散体有效导热系数模型准确度的理论与实验研究
15.
testing method for thermal conductivity of insulating firebrick
绝热耐火砖导热系数测定方法
16.
Influence of side radiating on thermal conductivity measurement
侧面散热对导热系数测量的影响研究
17.
Its density, water adsorption, coefficient of heat conducting and the coefficient of steam pervasion are all lower than those of other board heat preservasion materials.
其密度、吸水率、导热系数及蒸汽透系数等方面均低于其它类型的板状保温材料。
18.
Measurements of Thermal Conductivity and Diffusivity of Loose Coal Using a Hot-Wire Method
热线法同时测松散煤体导热系数及热扩散率