1.
Development of a Double-guarded Hot Plate Thermal Conduction Coefficient Measuring Instrument Based on ARM;
基于ARM的双平板导热系数测定仪的开发
2.
Test method for thermal conductivity of plastics by means of the guarded hot plate
GB/T3399-1982塑料导热系数试验方法护热平板法
3.
According to the Fourier thermal conductivity theory for infinite plate,the authors design a tabulate thermal conductivity coefficient surveying instrument.
作者依据无限大平板导热理论的傅立叶导热定律设计了平板式导热系数测定仪。
4.
Development of a Double-guarded Hot Plate Thermal Conductivity Coefficient Measuring Instrument in Low Temperature;
低温双平板保护法导热系数测定仪的开发
5.
N. B. The using temperature of bricks should not exceed the experimental temperature of Linear Change after Heating. The above Heat-Conduction Coefficent is obtained by using flat-plate method.
注：砖的工作温度不超过重烧线变化的度验温度。表面导热系数指标为平板法试验数值。
6.
Numerical Analysis of Heat Transfer Coefficient in Water Spray Cooling Process of High Temperature Flat Plate
高温平板水雾冷却换热系数的数值分析
7.
Refractory materials--Determination of thermal conductivity--Hot-wire method(parallel)
GB/T17106-1997耐火材料导热系数试验方法(平行热线法)
8.
Study on the Average Heat Transfer Coefficient of the Railway Car Body in State of Steady Conduction
客车车体稳定导热平均传热系数的研究
9.
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。
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、隔热砖及隔热板等材料的导热系数。
11.
Numerical Study on SEA Parameter between Plate and Curved Plate
平板与曲板系统的SEA参数数值研究
12.
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
13.
Numerical simulation of the convection boundary layer in air along a vertical heated plate
竖直加热平板对流边界层的数值模拟
14.
FLUID-THERMAL COUPLING SIMULATION OF FLAT PLATE FILM-COOLING AT HIGH TEMPERATURES
高温平板气膜冷却流热耦合数值模拟
15.
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。
16.
Research on the Numerical Simulation of Electromagnetic -Thermal Coupling Field of Slab in Floating Induction Heating;
平板移动感应加热磁—热耦合场数值模拟研究
17.
NUMERICAL SIMULATION ON PHASE CHANGE HEAT TRANSFER OF SOLAR FLAT-PLATE COLLECTOR WITH ENERGY STORAGE
太阳平板集热/储能相变传热的数值模拟
18.
The numerical simulation on heat transfer performance of rectangular micro channel plate heat pipe
微小型矩形槽道平板热管传热性能的数值模拟