The stopping power of thermal plasma to heavy ions with low velocity is studied by using quantum scattering theory and dielectric response theory.
应用量子散射理论和介电响应理论，研究了热等离子体对低速重离子的电子阻止本领。
Secondly, phonon transport in thermoelectric materials will be discussed, where strong interface scattering and quantum confinement effect have been observed.
其次，对热电材料的声子输运问题进行研究，观察到了强的界面散射和量子限制效应。
Second, the conductance of quantum point contact in STM was calculated by modal matching and scattering matrices method.
其次，用模式匹配和散射矩阵理论，对两种量子点接触纳米结构的电导进行了模拟计算。
The thesis comprises the following:Firstly, we present a new method that is similar to that of one dimension scattering theory in quantum mechanics.
第一，借鉴量子力学的一维散射理论方法，计算具有纵向分离的两单模光纤连接损耗理论。
In our quantum theory, Raman scattering of light by longitudinal and transverse polar modes can be described within a unified theoretical framework.
在场论中，光被纵光学和横光学模的拉曼散射能在一个统一的理论框架内描述。
Taking into account impurities and rough surfaces scattering effects, using the Quantum-statistical Gree's function approach, We calculate the conductivity of metallic film.
考虑到杂质和表面粗糙的散射，运用量子统计的格林函数方法，计算金属薄膜中的电导率。
One is an introduction to computational techniques in quantum chemistry and the other is an introduction on scattering theory.
一是在量子化学方面的计算的技术的介绍，另一个是关于散射理论的一个介绍。
Photoelectric effect and Comptom scattering are two renowned experimental phenomana in justification of the quantum theory of light.
光电效应和康普顿散射是光量子说的两个有名的论证实验。
Scattering matrix method and numerical simulation for electronic quantum tunneling a double-barrier;
用双势垒模型研究了半导体异质结量子阱的隧穿特性。
Scattering matrix method and numerical simulation for electronic quantum tunneling a double-barrier;
用双势垒模型研究了半导体异质结量子阱的隧穿特性。
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