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) thermal capacitance
晶格热容
1.
The thermal capacitance of optical lattice vibration;
光频支格波对晶格热容的贡献
3) lattice specific heat
晶格比热
4) superconducting superlattice
超导超晶格
5) thermal vibration of crystal lattice
晶格热振动
6) thermal lattice motion
晶格热运动
1.
Employing our UED system,with its capability of detecting a sub-milli-ngstrom lattice spacing change with a sub-picosecond temporal resolution,we performed the real-time observation of both the coherent phonon and thermal lattice motions of polycrystalline 20 nm Al film,which was excited by femtosecond laser pulses.
应用国内首台自行研制的UED系统,我们实时测量了超快激光脉冲激发下,20nm金属Al多晶薄膜产生的相干声子和晶格热运动。
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。
参考词条