1) Debye length
德拜长度
2) Debye temperature
德拜温度
1.
Lattice energy and debye temperature for A~NB~(8-N);
A~NB~(8-N)晶体晶格能与德拜温度的关系
2.
The relation between atom reciprocal potential and crystal Debye temperature is studied;with a view to atom sinusoidal vibration,Grüneisen parameter variety rule with temperature is got;taking crystal In as a case,the Debye temperature variety rule of crystal with temperatre is studied.
研究了原子相互作用势与晶体德拜温度的关系。
3.
That the crystal's Debye temperature varies with the thange of the temperature;under such relation the forms of the crystal's thermodynamic function are obtained; and on the basis of that the Debye temperature of In and the rule of thermal capasity under a certain fixed pressure which changes with the change of the temperature have been studied.
确定了晶体的德拜温度随温度变化的普适关系,导出了在此关系下晶体热力学函数的表达式。
3) Debye thickness
德拜厚度
4) Debye characteristic temperature
德拜特征温度
1.
The Debye characteristic temperature of nano-diamond was calculated based on X-ray diffraction intensities by the methods introduced by LU Xue-Shan and LIANG Jing-Kui.
采用陆学善、梁敬魁提出的方法 ,利用纳米金刚石的X射线衍射强度 ,计算出它的德拜特征温度为 41 1 。
5) debye's characteristic temperature
德拜特性温度
6) Debye-Sears effect
德拜-度尔斯效应
补充资料：德拜长度
| 德拜长度 Debye length 在等离子体中，由于异性相吸，一个带电粒子总是被一些带异号电荷的粒子包围，这样，带电粒子的静电场基本上只能在一定距离起作用，在此距离外因周围异号电荷的屏蔽，电场迅速消失，这个距离称为德拜长度 λD。λD是静电作用的屏蔽半径，是统计意义下的概念，仅在以 λD为半径的德拜球内有大量带电粒子即 nλ  >>1（n是粒子数密度）时才有意义；λD又是局域电荷分离的空间尺度，如果 λD 远小于等离子体的尺度L ，则等离子体宏观上就是电中性的，实际上L>>λD的电离气体才能叫做等离子体。 |
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参考词条