能带理论

通过XPS分析和能带理论阐释了Ag/ZnO复合物中Ag与ZnO的相互作用机制。

The mechanism of interaction between ZnO and Ag in Ag / ZnO Nanocomposites was discussed in detail by XPS analysis and energy band theory .

能带理论及其在结构化学中的应用

Energy band theory and its applications in Structural Chemistry

真空能带理论中E4解和M4解过渡的讨论

Discussions on the transition between e_4 solutions and m_4 solutions in energy band theory

用能带理论研究GaAs（111）&（2×2）表面的原子结构

Atomic structure of the gaas ( 111 ) - ( 2 × 2 ) surface studied with band theory

用能带理论研究了Cu（111）、Cu（110）和Cu（100）表面的振动弛豫。

The oscillatory relaxation of Cu ( 111 ), Cu ( 110 ) and Cu ( 100 ) surfaces has been investigated with band theory .

本文从晶体生长机理、n型半导体能带理论、迁移率和载流子浓度等因素来解释上述结构。

These phenomena have been discussed based on the mechanism of crystal growth , theory of n-type semiconductor 's energy band , carrier concentration and mobility in this paper .

用能带理论计算清洁Ag（111），Ag（110）和Ag（001）表面的弛豫

The calculations of relaxation of clean ag ( 111 ), ag ( 110 ) and ag ( 001 ) surfaces by band theory

本文采用电子吸收光谱和分子轨道（MO）-能带理论模型，系统地研究了不同颜色的闪锌矿呈色的机理和本质。

The mechanism of coloration of sphalerite has been studied with the help of optical absorption spectroscopy and the single electron MO-energy band model .

通过能带理论分析肯定镧的超导机制仍是BCS机制。

Based on the band theory , the BCS mechanism of superconductivity is still valid for Lanthanum .

根据能带理论，设计并制备出n-ZnO/i-MgO/p-GaN的异质发光二极管，并观察到来自于ZnO层的室温电致发光。

According the band theory , the n-ZnO / i-MgO / p-GaN heterojunction light emission diode was designed and prepared , and the electroluminescence from ZnO layer was obtained at room temperature .

本文提出了一个由低能电子衍射能带理论计算所确定的GaAs（111）&（2×2）表面的空位模型。

In this papar , a Vacancy-model of the GaAs ( 111 ) - ( 2 × 2 ) surface determined from band theory of Low-Energy electron diffraction are presented .

m-1范围内变化，用能带理论对合金磁性进行了解释。

The magnetic properties were interpreted with the band theory . 2.The operational magnetic field was unstable .

根据能带理论中紧束缚近似方法，用FORTRAN语言编制了适于微机使用的EHMO晶体轨道程序。

On the basis of the tight-binding approach in the energy-band theory , the EHMO crystal orbit program to be used in a microcomputer was compiled in the FORTRAN language .

利用能带理论，分析了SiO2晶体结构和晶体中电子平均速度与能量的关系，解释了晶体导电、绝缘的微观机理；

The SiO_2-crystalline structure is analysed and the relation between mean Velocity and energy of electron is discussed according to the energy band theory in this paper . The micromechanism of crystal conducting and isolating is explained .

利用泊松方程以及异质结能带理论，通过费米能级-二维电子气浓度的线性近似，推导了基于双异质结双平面掺杂的HEMT器件的电荷控制模型。

By using linear E f n s approximation , a new analytical charge control model of the double heterojunction double planar doped high electron mobility transistor ( HEMT ) is deduced based on Poisson 's equation .

浅谈金属键的能带理论

An elementary introduction to theory of energy band for metallic bond

稀土金属间化合物CeSn3和CeIn3的能带理论

Band structure of rare earth intermetallic compounds cesn_3 and cein_3

基于能带理论的考虑，建立物理模型来解释其影响。

A physical model based on the energy-band theory is proposed to explain this effect .

为固体能带理论的研究提供了具体数据。

It will offer good data for the studies on the theory of energy band .

本文介绍了建立在分子轨道理论基础上的能带理论的要点。

This paper presented the point of theory of energy band which based on molecular obital theory .

在过去十年中，单电子能带理论取得了重大的进展。

Solid state physicists witnessed notable progress in single electron energy band theories during the past decade .

本文从能带理论出发，讨论了各种太阳电池材料的光电转换极限参数。

From the energy zone theory , we discuss the limit parameters for various materials , for solar cells .

基于能带理论建立起了纳米晶半导体场发射模型。

An electron-emission theoretical model integrating the change in the grain size of nanocrystalline based on quantum theory was established .

从能带理论角度解释了FTO/TiO2复合薄膜的异质结光催化增强机理。

We also give a photocatalytic enhancement mechanism for the FTO / TiO2 heterojunction from the perspective of band theory .

用量子尺寸效应和能带理论解释了所得粉体的发色机理。

Quantum size effect and energy band theory were employed to explain the chromogenic mechanism of the as-fabricated ATO ultrafine powders .

本文从对称性角度简明地论述了完整晶体中电子能带理论的基本内容。

This article describes the basic contents of the theory of electronic bands within complete crystal lattice from angle of the symmetry .

激子场离化之前是激子发光，符合分子理论。激子场离化之后出现辐射复合发光，符合能带理论。

The demarcation is the appearance of field ionization of excitons . The excitons emission obeys molecular theory and the recombination emission obeys band model .

该文依据分子轨道理论和固体物质的能带理论，对石油及岩石矿物的荧光性成因进行了论述。

The article deals with the oil and rock mineral property according to the molecular orbit theory and the energy band theory of the solid material .

首先介绍了量子点的量子效应，量子点的激子态和量子点的基本能带理论。

At first , quantum effects , the fabrication methods of semi-conductor quantum dots and theory of energy bands of quantum dots have been introduced briefly .

基于固体的能带理论，提出了2类试品在金属电极介质的界面处不同的能量状态分布模型；

Based on the band theory of solid , a new model has been proposed to describe their distinct energy state distribution at the electrode dielectric interface .