提出了一种掺杂离子导体(dic)的粒子交叠广义晶格模型。
A generalized lattice model of overlapping particles of Dispersed Ionic Conductors (DIC) is introduced.
在这篇文章中，我们用一维晶格模型讨论了杂质中心中电声子耦合强度的问题。
In this paper, the effect of electron-phonon coupling on the bandwidth of impurity absorption has been considered with a one-dimensional model of crystal lattices.
本文从晶格模型出发，同时考虑周期场和电子-声子相互作用对激子能态的影响。
In this paper, the effect of the lattice potential and electron-phonon interaction on the energy states of excitons is studied by using lattice model.
在模拟蛋白质折叠的遗传算法基础上，采用晶格模型，设计了一个用于蛋白质折叠模拟的软件系统，并举例说明该系统的用法。
On the basis of genetic algorithms for protein folding, a software system of protein folding simulation with lattice model is designed.
本文建立一个简单的统计模型以说明电子-晶格强耦合体系的跃迁特征。
A simple statistical model is presented to illustrate the transition mechanism of the electron-crystal strong coupling system.
本文采用一个简单模型，在仅计质量无序的情况下，由CPA方法讨论了超晶格中界面两侧原子的互扩散对其声子结构的影响。
With a simple model and only considering the mass disorder, we have discussed the effect of interface diffusion on the phonon structure of superlattices by means of CPA method.
利用平均场近似的方法，研究了立方晶格上具有DM相互作用的混合XXZ模型的相变和临界性质。
By using the mean-field approximation method, the critical behavior of the mixed-spin XXZ model with DM interaction on the cubic lattice is studied.
将微观弹性应变能理论和微观扩散方程相耦合，建立起时效过程微观晶格动力学模型。
The microscopic lattice kinetic model of aging process was build, using the coupling of the theory of microscopic elastic energy and microscopic diffusion equation.
本课程检验了固体中的电子以及晶格振动的经典和量子模型，重点强调于弹性性质，电子输运过程和热容的物理模型。
This course examines classical and quantum models of electrons and lattice vibrations in solids, emphasizing physical models for elastic properties, electronic transport, and heat capacity.
本课程考察了固体中的电子以及晶格振动的经典和量子模型，重点考察了弹性性质，电子输运过程和热容的物理模型。
This course examines classical and quantum models of electrons and lattice vibrations in solids, emphasizing physical models for elastic properties, electronic transport, and heat capacity.
本文研究一维量子晶格气中粒子最近邻相互作用的非线性性质，给出这一模型的孤子理论。
In this paper, the non-linear properties of the nearest neighbor interaction between particles in one-dimensional quantum lattice gas are investigated, giving out the soliton theory of the model.
运用直交流电场驱动下的双带紧束缚模型，研究了噪声对超晶格中电子输运性质的影响。
Within a two-band tight-binding model driven by a dc-ac electric field, we investigate the effect of external noise on the transport property of electrons in superlattices.
应用平均场理论，在横场伊辛模型的框架内，研究了退极化场对铁电超晶格热力学性质的影响。
Using mean field theory, the effects of depolarization field on the thermodynamic properties of ferroelectric superlattice is studied within the framework of the transverse Ising model.
在线性驰豫应变假设下给出了应变超晶格纵向原子间距的几何模型。
A model of linear strain relaxation is proposed to obtain the interatomic longitudinal spacings of the strained superlattice.
应用平均场理论，在横场伊辛模型的框架内，研究了界面量子起伏对铁电超晶格介电性质的影响。
Using mean_field theory, the effects of the interfacial quantum fluctuation on the dielectric property of a ferroelectric superlattice is studied within the framework of the transverse Ising model.
本文以层状的CTRW模型为基础，对非晶半导体超晶格中的瞬态光电导作了理论计算。
On basis of a layered CTRW model the transient photoconductivity in amorphous semi-conductor superlattices is calculated.
同时，本文通过对硅灰石的晶体结构的分析，结合晶格内键能的大小，得出了硅灰石的理想破碎模型；
At the same time, get the imaginary model in analyzing the crystal's structure combined the chemical bond's energy.
采用五速正方晶格玻尔兹曼模型，由晶格玻尔兹曼方程推导得到了反应扩散方程。
We proposed a five-speed lattice Boltzmann method to investigate the evolution of the reaction-diffusion system.
本文建议以双极化子微观模型，根据多声子晶格弛豫理论解释顺式聚乙炔的喇曼谱。
A bipolaron microscopic model is proposed in this paper to interpret theoretically the Raman scattering data in cis-polyacetylene on the basis of lattice relaxation theory.
在静态吸附脱硫实验中，液相离子交换法制备的吸附剂由于阳离子数目的减少，部分晶格结构遭到破坏等原因，对模型汽油中噻吩的脱除率降低。
For model gasoline without cyclohexene, the desulfurization capacity of LaNaY is lower than that of NaY, because of the decrease of the number of cations and the partly broken lattice structure.
由于本文的模型只引入了三个参数，具有参数少，物理图象清晰的性质，因此，这个模型可以应用到复杂的体系，如超晶格等。
The present model involves only three parameters with clear physical significance. Thereforeit can be easily applied to some complicated systems, such as semiconductor superlattices.
用电子一晶格耦合的紧束缚模型研究了光激发下的C_60子。
Light-excited C_ (60) is studied by electron-lattice coupling tight-binding model.
用电子一晶格耦合的紧束缚模型研究了光激发下的C_60子。
Light-excited C_ (60) is studied by electron-lattice coupling tight-binding model.
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