1.
Spin-Dephasing on Quantum Dot System with a Nearby Quantum Point Contact
量子点接触测量对量子点系统退相干的影响
2.
The Electronic Tunneling and Spin Polarization in the Coupled Quantum Dots System
一维双量子点系统的电子隧穿及电导
3.
Influence of an Impurity on the Binding Energy for an Cylindrical Quantum Dot
杂质对柱形量子点系统束缚能的影响
4.
Quantum Entanglement and Information Transfer between Double Quantum Dot and Cavity Field;
腔场中的双量子点系统的量子纠缠与量子信息转移
5.
Strain-Induced Self-Assembly in Semiconductor Quantum-Dot Systems;
半导体量子点系统中应变调制的自组装
6.
Fano-Kondo Effect in Quantum Dots System Coupled to Ferromagnetic Leads
耦合于铁磁电极量子点系统的Fano-Kondo效应
7.
Spin-Polarized Transport Through the Double Quantum Dots System Coupled to Ferromagnetic Leads
耦合于铁磁电极双量子点系统的自旋极化输运
8.
Preparation and Reconstruction of Quantum States, and Slow Light Effects in Quantum Dots;
量子态的制备和重构以及量子点系统中的慢光研究
9.
Tunnelling resonances in transport of electrons through a normal metal-quantum dot-superconductor system;
正常金属-量子点-超导系统的共振隧穿
10.
Low-lying Energy Spectra of Few-body System in Quantum Dots;
半导体量子点少体系统低激发态能谱研究
11.
Peer-to-peer: Electronic file swapping systems that allow users to share files, computing capabilities, networks, bandwidth and storage.
点对点：允许使用这共用档案、脑能力、路、宽、容量的电子档案交换系统。
12.
Study of InAs/GaAs Quantum Dots
InAs/GaAs系列量子点研究
13.
all-electronic ignition system
完全电子化点火系统
14.
The main point we shall be interested in is the influence of the total electron spin on the energy of the system.
我们将感兴趣的主要之点，就是电子总自旋对系统能量的影响。
15.
The Research on Crystallization and PL Properties of Si Quantum Dots in Si-O and Si-O-N System;
Si-O和Si-O-N系统中硅量子点的结晶和发光性能研究
16.
The Nanoparticle-Quantum Dots Distribution in the Olfactory Bulb of Mice after Nasal Inhalation;
纳米颗粒—量子点经嗅觉通路进入中枢神经系统的实验研究
17.
On the method of reducing the system error in measuring the naphtha lene s mole cular weigh by reducing the solidifying point method;
减少“凝固点降低法测萘的分子量”的系统误差方法探究
18.
Giant Fano interference in a T-shaped coupled quantum-dot mesoscopic A-B ring
嵌入T型耦合双量子点介观A-B环系统的显著Fano效应