1.
high-density high-conductivity charge
高密度高导热性炉料
2.
High viscosity, highly filled epoxy formulation which, in addition to having excellent electrical properties, has unusually high thermal conductivity with low thermal expansion.
高粘度，高填充环氧树脂，有着良好的电气性能，高导热，低热膨胀。
3.
Use the green bionic sill of environmental protection, have heat conduction of super elevation and hot stability, is suitable for geothermal heating.
使用绿色环保仿生基材，具有超高导热及热稳定性，更适合地热采暖。
4.
Investigation on thermodynamic properties of hightemperature heat transfer agent(Dowtherm)
高温载热体—导热姆热力学性质的研究
5.
Electromagnetic and Thermal Analysis on Conduction-cooled High Temperature Superconducting Energy Storage Magnet;
传导冷却高温超导储能磁体的电磁热综合分析
6.
Measuring method for thermal conductivity of metal at high temperature
GB/T3651-1983金属高温导热系数测量方法
7.
The thermal conductivity of metals is as much as several hundred times that of glass.
金属的导热率比玻璃高几百倍。
8.
Quartztes and rock salt have the highest conductivities.
石英岩和岩盐的热导率最高。
9.
THE RESERCH ON MICROCHANNEL HEATSINK FOR HIGH POWER SEMICONDUCTOR LASER
高功率半导体激光器微通道热沉研究
10.
Cooling Thinking on Employment Oriented in Higher Vocational Education;
高职教育“就业导向”热中的冷思考
11.
Preparation of Lightweight Mullite-Corundum Materials with High-Strength and Low Thermal-Conductivity
高强低导热莫来石-刚玉轻质砖的制备
12.
Increasing Cable Ampacity by Pumping Heat-conducting Material into Ducts
管道内填充导热介质提高电缆载流量
13.
Transmitted Capacity Improvement of Transmission Line with New Heat Resistance Wire
运用新型耐热导线提高线路输送容量
14.
Research Progress of Thermal Conductive and Dielectric Polymer Composites
导热绝缘高分子复合材料的研究进展
15.
Progress of Research on High Thermal Conductivity β-Si_3N_4 Ceramics
高热导β-Si_3N_4陶瓷的研究进展
16.
The greatest dependence upon temperature is shown by rocks with high conductivities at room temperature e. g. salt.
在室温度下，高热导率岩类（如盐类）的热导率对温度的反应最大。
17.
At very great depth the heat capacity as well as the thermal conductivity must be assumed to be higher than near the earth's surface.
如果深度很大，就必须认为热容以及热导率都高于接近地表处的热容和热导率。
18.
Adopt heating technology of semiconductor,have good temperature evenness.
采用热惯性极小的半导体微电热加热技术，提高了温度均匀性。