1.
The Preparation and Measurement of Quantum States via Trapped-Ion System;
基于囚禁离子系统的量子态制备和测量
2.
The effect of the initial conditions for chaos behavior of an ion-cloud in an actual Paul trap
初始条件对囚禁离子云混沌行为的影响
3.
Experimental Research on Collision and Generation of a Squeezed Coherent States of Trapped Ions in Ion Trap;
囚禁离子在离子阱中的碰撞实验研究和压缩相干态的制备
4.
Quantum Entanglement of Trapped-ion Systems and Its Applications in Quantum Information;
囚禁离子系统的量子纠缠及其在量子信息中的应用
5.
Deterministic Teleportation for an Unknown Trapped-multiion Electronic Entangled GHZ Class State;
多个囚禁离子未知类电子GHZ态的确定量子隐形传送
6.
Engineering Macroscopic Quantum State of a Single Trapped Ion: High-order Lamb-Dicke Approximations;
高阶Lamb-Dicke近似下单个囚禁离子的宏观量子态工程
7.
Researches on Quantum Entanglement and Quantum Algorithm with Cavity QED and Trapped Ions;
基于腔QED和囚禁离子的多比特纠缠态和量子算法研究
8.
Scalable Scheme for Generating Multi-Qubit W State in Trapped-Ion System
可扩展的囚禁离子系统多量子比特W态的制备方案
9.
The Properties of Entanglement for the System of Trapped Ions and Nonlinear Coupler Inside the Optical Cavity;
光腔中囚禁离子和非线性耦合器系统的纠缠特性
10.
The RF Resonance Detection of Trapped ～(199)Hg～+ in Paul Trap;
Paul阱中Hg～+离子的囚禁和射频共振检测
11.
Dynamics of a Single Trapped Ion Interacting with Laser;
激光作用下囚禁单离子的动力学特征
12.
Violent prisoners are kept separate from the others.
有暴力行为的囚犯隔离囚禁.
13.
The electrons are locked in the filled band.
电子被囚禁在满带中。
14.
The Quantum Motion of Few Trapped Ions Interacting with Laser;
囚禁少离子与激光相互作用系统的量子运动特征
15.
He have be put in solitary confinement for attack another prisoner
他因伤害另一囚犯而被隔离监禁
16.
He have is put in solitary confinement for attack another prisoner.
他因伤害另一囚犯而被隔离监禁。
17.
He has been put in solitary confinement for attacking another prisoner.
他因伤害另一囚犯而被隔离监禁.
18.
PRISONER - STEP AWAY FROM THE DEATH ZONE OR I WILL OPEN FIRE!
囚犯──离开禁区要不然我要开火了！