This method is useful in the experiment of cold atoms and atomic optics.
这种方法有助于我们的冷原子和原子光学实验研究。
Soon after that, the 2001 and 2005 Nobel Prize in physics were all direct related to cold atoms.
不久后，2001年、2005年的诺贝尔物理学奖都是与冷原子有直接的关系。
The precise measurement of temperature and density of ultra-cold atoms becomes an important subject.
对捕获的冷原子团温度、密度的精确测量也成为一个重要的研究课题。
Another possibility is that this combination of cold atoms with nanoscale structures could lead to new states of matter.
冷却原子与纳米结构结合的另一种可能性，就是产生新的物态。
We discuss the feasibility of realizing a cold atom space clock with counter-propagating cold atoms in microgravity.
在本文中我们讨论了在空间微重力环境下利用对射冷原子团实现空间冷原子钟的可能性。
The temperature of cold atoms measured using absorption method agreed well with that by fluorescence TOF method and release and recapture method.
用吸收信号测量了冷原子的温度，测量结果与用荧光飞行时间法和释放捕捉法的结果吻合。
We start from the schrodinger equation, researching on the interaction process of cold atoms system with Raman laser pulse, and then educe the density matrix equation.
第二章推导出了原子与拉曼脉冲激光作用后的能态分布矩阵以及原子在重力场中的传输矩阵。
The basic model and the experimental measurement method of short-distance time-of-flight absorption spectra for determining the temperature of cold atoms are described.
详细介绍了短程飞行时间吸收谱测量冷原子温度的基本模型和实验方法。
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).
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)。
Because of quantum wave nature, cold atoms tunneling through a laser beam can obviously have a completely different feature from that of a classical particle (hot atom).
量子力学波动性使得冷原子穿越一个激光束时明显地展现出与经典粒子(热原子)不同的结果。
Liu, Xiongjun: Condensed matter theory and ultra-cold atoms, focused on topological phase of quantum matter, synthetic gauge field and spin-orbit coupling effect, many-body physics.
刘雄军：凝聚态理论和超冷原子气。主要关注量子物质拓扑相，摹拟规范场和自旋轨道耦合效应，以及多体物理。
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.
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。
We propose a novel scheme to form a 2D surface array of optical micro-traps of cold atoms by using two sets of far red-detuned evanescent wave interference and a blue-detuned evanescent wave.
提出了一种采用两套超大红失谐消逝波干涉和一束蓝失谐消逝波光场来实现原子二维表面微光阱阵列和原子有效强度梯度冷却的新方案，得到了二维表面微光阱阵列的光强分布和光学势分布。
The analysis indicates that cold plastic deformation results in crystal lattice defects, which facilitates the absorption and diffusion of boron atoms.
分析认为，冷塑性变形可使位错等缺陷增加，有利于硼原子的吸收与扩散。
The effects of the atomic coherence on the photon statistics of the micromaser injected with ultra-cold V-type three-level atoms are studied.
建立了超冷V型三能级原子注入的微波激射的腔场光子统计的量子理论 ，研究了原子相干性对光子统计性质的影响 。
The effects of the atomic coherence on the photon statistics of the micromaser injected with ultra-cold V-type three-level atoms are studied.
建立了超冷V型三能级原子注入的微波激射的腔场光子统计的量子理论 ，研究了原子相干性对光子统计性质的影响 。
应用推荐