建立了一套用于玻色-爱因斯坦凝聚实验的铷原子双磁光阱装置。
A rubidium double magneto-optical trap (MOT) system for Bose-Einstein condensation experiments has been set up.
针对不同介质粒子合理选择上述参量，以得到较大光阱力和光阱刚度。
In experiment, it is reason to choose above parameters for different medium particles, so as to get bigger optical trapping force and optical trapping rigidity.
如果这些光阱可以相互纠缠，这个系统某天可能在随机组成的晶体中形成量子网络。
If the light traps can be entangled with each other, the system could someday lead to a quantum network in a randomly organized crystal.
主要研究了进行微小力测量时所需的重要参数——光阱刚度与实验条件的依赖关系。
In this paper, the results of the experimental study on the regulation are reported that the trap stiffness changes with experimental conditions.
基于电磁场模型，对几何尺寸远小于激光波长的瑞利粒子所受的光阱力进行了分析。
By using Electromagnetic Model, the quantitative analysis is also presented, which is about the optical trapping force of Rayleigh particle much smaller than the laser wavelength.
目前基本上可以较好分析光镊光阱力的理论模型主要有两种，即几何光学模型和电磁波模型。
One is Ray-Optics Model (RO Model) for the Mie particles, and the other one isElectromagnetic Model (EM Model) for the Rayleigh particles.
为了研究磁光阱冷原子团所在区域的磁场大小，从而得出磁场零点附近磁场的微弱变化及其分布。
In order to make sure the magnetic field distribution around the magneto optical trap cold atoms, the weak variation and distribution around the zero point magnet field can be analyzed.
在冷原子温度测量中需要在较短时间内(最长不超过几个毫秒)迅速关断俘获冷原子的磁光阱(包括磁场和光场)。
In the measurement of the temperature of cold atoms, one needs to turn off the magnetic field and the light field in a very short time (less than several milliseconds).
并在此基础上讨论了包括单光源双光阱光镊仪器系统、空心光镊、光纤光镊、全息光镊在内的其他形式的光镊系统结构。
On this basis, then we discuss the other optical tweezers systems including Dual optical Trap tweezers, Hollow Laser tweezers, optic fiber Laser tweezers, Calculation Holography Laser tweezers.
激光生物学是一个多学科交叉的新兴学科，其中以激光微束的光阱效应为基础的光镊技术是生命科学和生物工程研究的有力工具。
Laser Biography is a multi-discipline crossed new area, and the optical tweezers technology based on microbeam laser is an effective tool in the research of life science and bioengineering.
分析了腔镜反射率、量子阱数等参数对阈值电流、输出光功率的影响，并根据理论计算对器件参数进行了优化设计。
The effects of DBR reflectivity and well Numbers on threshold current and output power of bottom-emitting VCSELs were analyzed to design an optimal device structure.
报道了基于混合应变多量子阱有源材料的半导体光放大器及其增益特性。
Semiconductor optical amplifier with mix strained quantum well active material and its gain performance are reported.
给出了多层量子阱器件可能用于光计算的集成器件方案。
This Paper also proposes possible designation of integrated devices used in optical computing.
外势有许多形式：简谐外势、光晶格外势、椭圆函数外势、双阱外势以及含时线性外势等等。
The external potential has many forms, such as harmonic oscillator potential, optical lattice potential, elliptic function potential, double well potential, and so on.
接着详细计算了两种方案中磁阱的磁场强度及其梯度与曲率的空间分布，理论证明了实现磁光晶格和磁晶格的可行性。
We calculate the spatial distributions of magnetic fields and their gradients and curvatures, and the results prove the possibility of realizing MOL and ML.
本文讨论了超晶格半导体材料(多层量子阱结构)在光开关和光计算中应用的优越性。
This paper discusses the advantages of superlattice semiconductor materials (Multiple Quantum Well Structure) in optical switching and optical computing.
本文利用散射矩阵和传输矩阵等方法研究了半导体异质结量子阱和一维光晶格体系中的量子输运特性，为设计和实现具有优良性能的量子过滤器件提供理论依据。
Our arm is to explore the physical mechanisms of the effects, and to supply physical models and make theoretical validity in designing novel quantum filtering devices with better properties.
利用非线性量子光学效应在量子阱(QW)、量子点(QD)半导体光放大器(SOA)中得到了慢光和快光。
Slow and fast light in quantum-well (QW) and quantum-dot (QD) semiconductor optical amplifiers (SOAs) using nonlinear quantum optical effects are presented.
提出了具有可变光衰减的串联量子阱半导体光放大器的数字模型并与实验数据相匹配。
A model for the number of QW SOAs in series with variable optical attenuation is developed and matched to the experimental data.
采用选择区域生长、量子阱混杂和非对称双波导技术制作了电吸收调制器与半导体光放大器和双波导模斑转换器的单片集成器件。
On the basis of the study of the single circular groove guide and symmetric double circular groove guide, a new structure, asymmetric double circular groove guide, has been put forward.
现有结果表明，光调制反射光谱方法已经成为研究量子阱中子能级间跃迁过程和检测超晶格微结构等的简便而有效的手段。
It has been demonstrated that the photo-modulation spectroscopy has become one of the most powerful and simplest tools for the investigation of the inter-subband t…
重点设计了量子阱结构来降低阈值电流，提高输出光功率。
Modify quantum well structure can decrease threshold current and increase power.
重点设计了量子阱结构来降低阈值电流，提高输出光功率。
Modify quantum well structure can decrease threshold current and increase power.
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