传导电子

s-d系统的杂质效应与传导电子的有效热质量

Impurity effects in s-d system and conduction electrons ' effective mass

原子间距变小，4f电子和传导电子间的关联增强，导致样品中Nd离子磁矩的转向变得困难，从而磁性转变场增大。

Because the interaction between 4f electrons and conduction electrons strengthens , the reverse of the Nd ions magnetic moment becomes difficult , as a result , the metamagnetism field increases .

佳能现在可以加紧推出利用这种表面传导电子反射体显示技术（SED）的电视了。

Canon can now press ahead with televisions based on surface-conduction electron-emitter displays , or SED .

表面传导电子发射显示（SED）是新近开发的一种平板超薄显示器。

The surface-conduction electron-emitter display ( SED ) just is the flat panel display which is empoldered recently .

稀磁合金的s-d混合效应对低温杂质电阻和传导电子比热的影响

Influences of s-d mixing interaction on low temperature impurity resistance and electron specific heat in dilute magnetic alloys

在考虑了类金属原子外壳层s，p电子向过渡金属原子d空位的迁移后，提出了一种估算高类金属含量Ni基非晶合金总有效传导电子数的方法。

The moving of electrons from outers & p shells of metalloids to unfilled d shells of transition metalls was considered , a method estimating total effective conducting electron numbers Z of amorphous Ni-based alloys with high content of metalloids was given .

本文在Anderson提出的s-d混合模型中，考虑了传导电子与声子的相互作用（简写成EPI）和传导电子与d电子之间的库仑相互作用。

In this paper , we consider , based on Anderson 's mixing s-d model , the electron-phonon interaction ( EPI ), as well as Coulomb interaction of conduction electron and d-electron .

本文介绍了表面传导电子发射（SCE）显示技术，提出Bi2O3/C/Cu结构的双薄膜型SCE阴极，并对其制备工艺和发射性能进行讨论。

A novel type of bi-layer structured ( Bi_2O_3 / C / Cu ) cathode with nano-scale gap has been successfully developed for fabrication of the surface conduction electron emitter display ( SCE ) .

在磁性颗粒间通过传导电子的RKKY相互作用，发现了不像多层膜系统那样的非振荡的反铁磁性现象.由偶极相互作用的退磁效应显示出与简单超顺磁行为的偏差。

The non-oscillatory antiferromagnetic behavior which is unlike that in multilayer systems is found in the RKKY-type interaction between magnetic granules , via the conduction electrons .

传导电子虚声子交换与准电子特性

The exchange of virtual phonons between s electrons and properties of

一种新型的基于隧穿效应的表面传导电子发射显示器

An innovative display : surface-conduction electron-emitter display based on tunneling effect

电形成电压波形对表面传导电子发射显示器电学特性的影响

Effect of Electroforming Voltage Waveform on Electrical Characteristics of Surface-Conduction Electron-Emitter Display

本文讨论了半导体材料激发的光散射谱，主要包括传导电子和空穴的单粒子跃迁；

Light scattering spectroscopy cf excitation in semiconductors are discussed .

传导电子虚声子交换对热电势的影响

Influence of exchange of virtual phonons between conduction electrons on the thermoelectric power

金属的传导电子密度与正电子湮没率的关系

Conduction electron density and positron annihilation rate in metal

一种新型的表面传导电子发射阴极

Development of Surface Conduction Electron Emitter Display Cathode

用高斯&牛顿法将本征分布拟合为一个高斯函数（心电子贡献）和抛物线函数（传导电子贡献）之和。

The intrinsic distribution can be fitted into a Gaussian function and an invert parabola function .

此外，还使用液压传导电子测压装置作吞咽压测定。

At the same time , the pressure of deglutition was determined with the liquid presure conducting electronic device .

作者分析了磁性颗粒系统的磁化率在晶粒间传导电子和偶极相互作用下的效应。

The authors present an analysis of the effect of intergranular interactions on magnetic susceptibility of granular magnetic systems .

碘中所含的传导电子能够沿着链运动，就好象这些链是长的细导线一样。

The conduction electrons associated with the iodine can move along the chains as if they were long thin wires .

传导电子做驱动力的材料靠电场力作用，如场致电收缩式聚合物、电场反应式弹性体及压电铁电型塑料，应用电压很高。

Electron transported materials were powered by electron field at high voltage including electric field responsive elastomer , piezoelectric and ferroelectric polymer .

分别对5种传导电子自旋极化率的测量方法进行了分析和讨论。

The problems of defining and measuring spin polarization of conduction electrons are discussed , and the principles of5 methods for measurement are outlined .

在半金属磁体的能带结构中，两个自旋子能带分别具有金属性与绝缘性，从而产生自旋完全极化的传导电子。

With a special band structure in which only one of the two spin directions is metallic , the conducting electrons are completely spin polarized in these materials .

本义基于AndersonHamiltonian，考虑电子一声子耦合效应，研究了传导电子之间虚声子交换所引起的电子间有效相互作用对低温杂质电阻的影响。

In this paper , based on the Anderson Hamiltonian , we study the influences of the effective interaCtion between electrons caused by virtual phonon exchanges between conduction eleCtrons to low temperature impurity resistance .

另一方面，我们用传输矩阵的方法计算电导，发现在准束缚态能级附近传导电子被强烈反射形成反射共振峰。

What is more , a transfer-matrix method is applied to calculate the conductance of defective nanotubes . It is found that the conducting electrons are strongly reflected around the energy of virtual bound states .

考虑了存在温度梯度时，导体和半导体内传导电子的能量应视为温度的函数，从而给出了导体和半导体热导系数的更合理的推导过程及汤姆孙系数的更准确的量子统计表示。

The electron energy in conductors should be a function of temperature if there is a temperature gradient , and a more reasonable derivation of heat coefficient and a more rigorous quantum expression of Thomson coefficient are given .

结果显示透射电子传输峰值的出现是传导电子与分子轨道能级谐振的结果，而电子传输的振荡特性是透射电子粒子性与波动性同时存在时的物理反映。

Electronic transmission probability through the molecular bridge to output terminal is obtained , the transmission peaks appear at the points where incident electronic energies is resonant with the molecular orbits , and the oscillation by the electronic wave-particle duality is explained .

便携（折叠）式中枢神经传导通路电子模型控制器的研制

Development of a Collapsible Electronic Simulation Controller for Conduction of the Central Nervous System

分枝负调控基因主要涉及：生长素合成，激素信号传导、电子传递，叶绿素合成等。

Negative regulatory genes are mostly involved in IAA synthesis , hormone signal transduction , vesicle trafficking , electron transfer , chlorophyll synthesis .

然而，由于霍尔推力器工作物理过程的复杂性，当前关于电子近壁传导对电子电流的贡献作用的评估依然没有定论。

However , due to complexity physical processes of hall thruster , the contribution of near wall conduction of electronic to current is still without any definite conclusion .