1.
Synthesis of BaCe_(0.85)Y_(0.15)O_(3-α) and its proton conduction at intermediate temperature
BaCe_(0.85)Y_(0.15)O_(3-α)的合成及中温质子导电性研究
2.
Study of Energy and Electronic Properties in Semiconductor Quantum Dots;
导体量子点中电子能量和性质的研究
3.
A High Electrochemical Performance Proton Conductor Electrolyte with CO_2 Tolerance
一种抗CO_2中毒的高电化学性能质子导体电解质
4.
Electronic Transport Properties of Semiconductor Quantum Wire under Electromagnetic Field Irradiation;
半导体量子线在电磁场辐照下的电子输运性质
5.
Preparation and Properties of SPPEK/PWA Proton Conductivity Composite Membranes
SPPEK/PWA质子导电复合膜的制备与性能
6.
The effects of proton irradiation on electrical properties of thermal control coatings
质子辐照对防静电热控涂层导电性能影响
7.
Spin-polarized transport in quantum waveguide systems with attached stubs
含stubs量子波导系统的电子自旋极化输运性质
8.
Studies on the Transport Properties of Electron in the Ferromagnetic Superconductor Tunnel Junctions
磁性超导隧道结中电子输运性质的研究
9.
Intrinsic semiconductors are those in which the electrical behavior is based on the electronic structure inherent to the pure material.
本征半导体是电学性质基于纯材料的电子结构的半导体。
10.
Studies on the Ionic Conduction and the Fuel Cell Performance of BaCeO_3--based Ceramics;
BaCeO_3基固体电解质离子导电性及其燃料电池性能研究
11.
The Study of Magneto-Transport Characteristics for 2DEG in Semiconductor Heterojunction;
半导体异质结二维电子气的磁输运特性研究
12.
The Study on Gaas Photoconductor Detector by Proton Irradiation;
砷化镓光电导探测器的质子辐照改性研究
13.
The Photoelectric Property Study and Design of Nitride Semiconductor Quantum Dots;
氮化物半导体量子点光电性质的研究与设计
14.
Study of Electronic Properties of Diamond and Zinc Nitride Semiconductor Materials;
金刚石和氮化锌半导体材料电子性质研究
15.
Researches on Electron States, Phonon States and Electron-Phonon Interactions in Semiconductor Low-Dimensional Quantum Structures;
半导体低维量子结构中电子态、声子态及其相互作用性质研究
16.
anisotropic dielectric waveguide
各向异性电介质波导
17.
First-principles Study of the Geometric, Electronic and Magnetic Properties of Germanium-based Ge_nM Clusters;
Ge基半导体团簇（Ge_nM）结构、电子性质和磁性的第一性原理研究
18.
When the electrical characteristics are dictated by impurity atoms, the semiconductor is said to be extrinsic semiconductors.
如果半导体的电学性质归因于其中的杂质原子，那么它将被称为杂质半导体。