A combination of the early approaches of the Debye model for specific heat and the Gr眉neisen theory of the thermal expansion of solids is used to interpolate the thermal variation of lattice parameters. From this analysis, relevant parameters such as the Debye temperature and the value of ...
Debye equation for polarization Debye Falkenhagen effect Debye force Debye frequency Debye length Debye model Debye potentials Debye radius Debye relaxation Debye relaxation time Debye sheath Debye Shielding Distance Debye shielding length Debye specific heat Debye sphere Debye T3law Debye temperature Debye ...
d.wanfangdata.com.cn 9. Limitation Analysis and Modification of Debye Lattice Heat Capacity 德拜晶格热容的局限性分析及修正 www.ilib.cn 10. Comparison between hexagonal prism's specific heat and Debye model at low temperature 低温下六方晶格的固体热容与德拜模型比较 service.ilib.cn 1 2©...
debye temperature[物]德拜温度 双语例句 用作名词(n.) This paper has presented the thermodynamics action of crystal based on the Debye model. 在德拜模型的基础上研究晶体的热力学行为。 By the comparison of Ta nanoparticles and bulk , the specific heat of nanoparticles is larger and the Debye tem...
美 英 un.德拜晶格振动模型 网络德拜模型 英汉 网络释义 un. 1. 德拜晶格振动模型 释义: 全部,德拜晶格振动模型,德拜模型
In thermodynamics and solid state physics, the Debye model is a method developed by Peter Debye in 1912 for estimating the phonon contribution to the specific heat (heat capacity) in a solid. 在热力学和固体物理学中,德拜模型(英語:Debye model)是由彼得·德拜在1912年提出的方法,用于估算声子对...
Debye model Debye potentials Debye radius Debye relaxation Debye relaxation time Debye sheath Debye Shielding Distance Debye shielding length Debye specific heat Debye sphere Debye T3law Debye temperature Debye Theory debye unit debye unit debye units debye units Debye, Peter Debye, Peter Joseph Wilhelm...
6.Comparison between hexagonal prism’s specific heat and Debye model at low temperature低温下六方晶格的固体热容与德拜模型比较 7.QUICCIARDI, Winspeare温斯拜阿雷·圭恰迪 8.Debye-Onsager theory of electrolytic conductance德拜-昂萨格电导理论 9.Debye-Huckel screening radius德拜-休克尔屏蔽半径 10.Decadal...
a physical constant of matter that characterizes numerous properties of solids, such as specific heat, electric conductivity, thermal conductivity, broadening Table 1 MetalθpSemiconductoθDDielectricθo Hg...60–90...Sn (gray)...212AgBr150 Pb...94.5...Ge...366NaCI320 Na...160...Si......
2.By the comparison of Ta nanoparticles and bulk , the specific heat of nanoparticles is larger and the Debye temperature is smaller than the bulk. 另外由比热的量测我们也发现样品制成奈米微粒后的比热大于块材,德拜温度降低。 3.For non - Debye relaxation materials , a model is deduced to calc...