输运性质

高压Na2O-SiO2系输运性质反常的分子模拟

Transport Property Anomalies under High Pressure in Molten Na_2O-SiO_2 Binary System Studied by Molecular Dynamics Simulation

Nd（2-x）SrxNiO4多晶输运性质的研究

Transport property of nd_ ( 2-x ) sr_xnio_4 poly crystals

此外，我们还采用非平衡态Green方程系统地研究了各种分子结的电子输运性质。

The electronic transport properties of different junctions have been systematically investigated by using non-equilibrium Green function .

Al掺杂的ZnO薄膜的电输运性质

Electrical Transport Properties of Al Doped ZnO Thin Films

钠含量对NaxCoO2结构和输运性质的影响

Effect of Na content on structure and transport properties of na_xcoo_2

ZnO基稀磁半导体的结构、磁学和输运性质研究

Structural , Magnetic and Transport Properties in ZnO Based Diluted Magnetic Semiconductors

FeCn和Fe2Cn团簇输运性质的第一性原理研究

First Principles Study for the Transport Properties of FeC_n and Fe_2C_n Clusters

液态Hg－Na和Te－Se合金电输运性质及金属－非金属转变的研究

Electrical transport of liquid hg-na and te-se alloys and metal-nonmetal transition

双钙钛矿氧化物Sr2CrWO6的输运性质及铁磁共振研究

Transport Properties and Ferromagnetic Resonance in the Double Perovskite Sr_2CrWO_6

压力下金属玻璃Fe（100-x）Bx的电子输运性质

Transport properties of electrons in metallic glasses fe_ ( 100-x ) b_x under hydrostatic pressure

双钙钛矿Sr2CrWO6的磁性与输运性质研究

Magnetic and transport properties in the double perovskite sr_2crwo_6

高压下AIN纳米线和Fe3O4粉末的电输运性质研究

Electrical Transport Property of AIN Nanowires and Fe_3O_4 Powders under High Pressure

多晶La（0.85）Na（0.17）MnOz晶界间自旋相关的输运性质

Spin-dependent Transport Properties in the Grain Boundaries of Polycrystalline La_ ( 0.85 ) Na_ ( 0.17 ) MnO_z

CaB4及Bi2Sr2CoO（6+x）高压下的电输运性质及结构相变

Electrical Transport Properties and Structural Phase Transition of CaB_4 and Bi_2Sr_2CoO_ ( 6 + x ) under High Pressure

流体静压力对InSb输运性质的影响

The effect of hydrostatic pressure on the transport properties of InSb

非晶态和亚稳中间相InSb的输运性质

Transportation properties of amorphous state InSb and its metastable middle phase

准一维电荷密度波导体Rb（0.3）MoO3的低温电输运性质

Low-Temperature Electronic Transport Property of Quasi-One-Dimensional Charge-Density-Wave Conductor Rb_ ( 0.3 ) MoO_3

La（1.4）Sr（1.6）Mn2O7双层结构外延膜电子顺磁共振和输运性质

Study on electronic paramagnetic resonance and transport properties of the bi-layered la_ ( 1.4 ) sr_ ( 1.6 ) mn_2o_7 epitaxial film

掺Ce的Bi-2212的低温电输运性质

Electronic transport properties in CE dopped Bi-2212 at low temperature

在变缓冲层高迁移率晶体管（MMHEMT）器件中，二维电子气的输运性质对器件性能起着决定作用。

Transport properties of two-dimensional electron gas ( 2DEG ) are crucial to metamorphic high-electron-mobility transistors ( MM-HEMT ) .

HEMT结构材料中二维电子气的输运性质研究

Study on Transport Properties of Two Dimensional Electron Gas in HEMT Structure

含stubs量子波导系统的电子自旋极化输运性质

Spin-polarized transport in quantum waveguide systems with attached stubs

一维SnO2和Ag/SnO2纳米结构的制备及其电输运性质研究

Synthesis and Electronic Transport Property of One-dimensional SnO_2 and Ag / SnO_2 Nanostructures

我们采用包含了电子&晶格相互作用的一维紧束缚模型研究了巡游电子数密度对DNA分子的电子结构及其电荷输运性质的影响。

One dimensional tight binding model with electron-lattice interaction is adopted to study the effect of the density of itinerant electrons on the electronic structure of DNA and the charge transport in DNA .

研究了缺陷结构的Fibonacci磁超晶格的输运性质。

We investigate the electronic transport properties in the Fibonacci magnetic superlattice including a defect .

用第一性原理非平衡格林函数方法研究了混合碳链置于两个Al（100）电极之间的输运性质。

We investigate on the transport properties of one dimensional adulterant carbon wire coupled to two Al ( 100 ) electrodes based on a recently developed ab-initio nonequilibrium Green function formalism .

放电等离子烧结La（0.67）Sr（0.33）MnO（3-δ）粉体的输运性质

Transport properties of la_ ( 0.67 ) sr_ ( 0.33 ) mno_ ( 3 - δ) powder by spark plasma sintering

超巨磁电阻材料Pr（2/3）Sr（1/3）MnO3薄膜输运性质的研究

Transport properties of colossal magnetoresistance of Pr_ ( 2 / 3 ) Sr_ ( 1 / 3 ) MnO_ 3 film

XC6H4X分子输运性质的第一性原理研究

First Principles Investigations of the Transport Properties of XC_6H_4X Molecular

在过去的几十年中人们的注意力主要集中于这一方式上，并且取得了很大进展。（ii）另一种方式是通过引入第三个电极对分子器件的电荷输运性质进行调控。

Over the past few decades , people paid more attention on this approach , and have made great advances ,( ii ) The other approach is introducing a third electrode .