1)  lattice thermal conductivity
晶格热导率
1.
The lattice thermal conductivity decreased eviden.
结果表明,随着Sm填充分数的增加,载流子浓度及电导率降低;塞贝克系数随温度的升高和Sm填充分数的增加而增大;晶格热导率随Sm填充分数的增加先减小然后再增加,在某一填充分数时达到最小值。
2.
The effects of the kinds of filling and replacement atoms and the form of filling on the lattice thermal conductivity and thermo-electric property were discussed in this paper.
系统研究了填充原子的种类、填充方式以及置换原子的种类对晶格热导率及热电性能的影响。
3.
In this paper, the effects of filling atoms with different ionic radii of Ba, Ce, Y and different substituting atoms Fe, Ni on the lattice thermal conductivity of filled R yM xCo 4-xSb 12 are systematically investigated.
系统地研究了离子半径不同的Ba,Ce ,Y作为填充原子及Fe ,Ni作为置换原子对填充化合物RyMxCo4 -xSb1 2 晶格热导率的影响规律 。
2)  lattice thermal conductivity
lattice thermal conductivity
3)  thermal conductivity
热导率
1.
Effect of Si on the microstructure and thermal conductivity of pressureless infiltrated SiC_p/Al composites;
Si对无压浸渗SiC_p/Al复合材料显微组织与热导率的影响
2.
Effect of preparation condition on the thermal conductivity of xonotlite-silica aerogel nanoporous super insulation materials;
制备条件对硅酸钙复合纳米孔超级绝热材料热导率的影响
3.
Influence of substrate thermal conductivity on the phase composition of high velocity oxy-fuel sprayed Al-Cu-Cr quasicrystalline coatings;
基体热导率对超音速火焰喷涂Al-Cu-Cr准晶涂层相组成的影响
4)  thermal conductivity
导热性能
1.
Experimental study on thermal conductivity of mixed materials of sand and bentonite;
砂土混合材料导热性能的试验研究
2.
Finite element analysis of thermal conductivity of three dimensional and five directional braided composites;
三维五向编织复合材料导热性能的有限元分析
3.
In this paper, research was carried out on thermal conductivity of YSZ samples prepared through experiments.
鉴于YSZ陶瓷材料热物性研究的不完善性,本文对实验制得的YSZ试样进行了导热性能的研究。
5)  thermal conductivity
导热系数
1.
Nonlinear fitting calculation of wood thermal conductivity using neural networks;
木材导热系数非线性拟合的神经网络模型
2.
General model of PR thermal conductivity and its analysis of precision prediction;
PR导热系数普遍化模型及其精度预测分析
3.
Molecular dynamics simulation of thermal conductivity of a gas in nanoscale pores;
纳米尺度孔隙内气体导热系数的分子动力学模拟
6)  thermal conductivity
导热性
1.
Aiming at the laigh thermal conductivity of magnetic refrigerant materials(such as Gd),this paper presents a new technical scheme named vacuum diffusion bonding,which can improve its thermal conductivity.
针对室温磁制冷材料Gd本身导热系数低特点,提出了采用真空扩散焊方法改善Gd导热性能的成型工艺方案,在温度为550~620℃,压强为12~20Mpa,保温时间为30~120min条件下,实现了钆和铜异种材料连接,并比较了在钆基体上溅射一层铜薄膜和不溅射薄膜两种条件下的工艺性能。
2.
It was shown that the microstructure is uniform and compact, while the electrical and thermal conductivity is high for these composites.
SiC体积分数不超过15%的铜基复合材料具有比铬锆铜合金更高的导电、导热性能和耐磨性。
3.
The influences of foundry process factors,especially the melting proces s,solidification process and cooling condition,on thermal conductivity of cast i rons were analyzed in detail.
详细分析了铸造过程中的工艺因素，尤其是熔炼、凝固和冷却条件对铸铁导热性的重 要影响。
参考词条
补充资料：热导率
热导率
thermal conductivity

   表征物质热传导性能的物理量。单位是W／(m·K)。气体、液体和非金属固体的热导率都很小，金属内由于存在大量自由电子，热导率很大。见热传导。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。