ultracold

ultracold

1. In chapter 2, the theory of laser cooling and trapping and applications of ultracold atoms are reviewed.

介绍了德布罗意原子物质波干涉仪的基本物理原理、特性及应用。

2. You know, the super-cold polar molecules (ultracold polar molecules) has great potential to become a new The material forms;

你知道，超冷极地分子（ultracoldpolarmolecules）具有极大的潜能成为一种全新物质的表现形式；

3. Show letter ultracold company for several years to develop a variety of materials technology ultra-low temperature treatment;

信展超冷公司，数年来积极开发各种材料的超低温度处理的技术；

4. DYNAMICS OF MOMENTUM SPREAD OF ULTRACOLD ATOM IN A PHASE-MODULATED ACCELERATING STANDING LIGHT FIELD

冷却原子在相位调制加速驻波光场作用下动量扩散的动力学

5. ultracold Fermi gases

凝聚态理论

6. Several research groups are in a race to recreate it in the laboratory in microscopic specks of ultracold gas.

几个研究小组正相互竞争，要在实验室超冷气体的微粒里重现这种状态。

7. Thus, in the 50 or so research labs that are now able to produce BECs, the tiny cloud of ultracold atoms is usually surrounded by several tons of high-tech equipment.

因此，在有能力做出BEC的大约50间研究实验室里，微小的超冷原子云周围通常都环绕著好几吨的高科技设备。

8. We introduce in this paper these advances in ultracold Fermi gases, and give brief discussions for the development trends of ultracold Fermi gases.

在本文中,我们对超冷费米气体中的这些进展进行了介绍,并讨论了今后几年的发展趋势。

9. An extremely cold temperature like that is found naturally only in outer space, but can be artificially achieved on Earth using ultracold materials such as liquid helium.

在自然界，这么低的温度只在太空中发现过。可是在地球上，也能够利用超低温材料（如液氮）来人工获得。

10. Effects of detuning on the storage of a light pulse in an ultracold atomic medium

失谐对冷原子介质中光脉冲信息存储的影响

11. Especially, in the limit of ultracold atoms, a quantum-mechanical treatment of the center-of-mass (CM) motion is required and it leads to a completely new kind of characters of mazer.

尤其是最近激光冷却技术的发明使得传统微激射器在超冷原子极限下表现出一系列全新的性质。

12. Fortunately, our ultracold atom clouds are very unlike ice cubes.

幸运的是，我们的超冷原子云和冰块大不相同。

13. The spectrum of the micromaser injected with ultracold V-type three-level atoms is studied.

建立了超冷V型三能级原子注入的微脉塞的量子理论。

14. Preliminary Result of the Generation and Photoionization of Ultracold Neutral Aln Clusters[J].

引用该论文 倪国权,周汝枋,翟华金,王育竹,吴汲安.

15. The first result in China of the generation of ultracold neutral metal clusters by laser vaporization/molecular beam techniques in the preliminary stage of our experiments is reported.

报道了用激光蒸发/分子束方法产生深度冷却的中性金属团簇。

16. We briefly review current research on strongly interacting ultracold atomic polarized Fermi gases.

摘要文章首先简要评述了目前强相互作用的极化冷费米原子体系的研究现状。

17. Electromagnetically induced transparency and slow light in ultracold Bose gas were investigated.

摘要研究了超冷玻色气体中的电磁感应透明现象。

18. This article investigates the theretical model of interaction of ultracold cluster and optical cavity!

本文研究了冷原子团和激光腔场相互作用的理论模型!

19. However, as we know under present experimental conditions ultracold atoms injected into a cavity prefer to cluster, therefore, and it is very important to develop a many-atom mazer.

然而实际的实验情况并非如此，超冷原子会成团进入腔中，故此建立描述多原子微激射器的理论是非常有必要的。

20. Theoretically, ultracold atoms will undergo a quantum phase transition from a superfluid state to a Mott insulator state.

理论上，冷原子在适当条件下就会经历一个由超流到绝缘的相变。

21. In chapter 4, laser cooling and trapping and applications of ultracold atoms are reviewed.The beam and atom interaction theory is analyzed.

第四章针对空心光束的应用，综述了激光与原子相互作用的物理机制，分析了空心光束冷却原子的机理以及研究动态。

22. Keywords thin film optics;electrochromic;ultracold temperature;MoO3;amorphous;

薄膜光学;电致变色;超低温;三氧化钼;非晶态;

23. ultracold temperature

超低温

24. Elastic scattering of sodium atoms at ultracold temperatures

超低温下钠原子散射特性研究

25. ultracold neutron

超冷中子

26. an ultracold atom

超冷原子

27. ultracold collision

超冷碰撞

28. DYNAMICS OF THE GENERALIZED JAYNES CUMMINGS MODEL FOR A TRAPPED ULTRACOLD ION ?

超冷离子扩展Jaynes-Cummings模型的动力特性研究

29. NEW ADVANCES IN ULTRACOLD FERMI GASES

超冷费米气体研究的新进展

30. Yep, an electric motor made of just two ultracold atoms.

这一奇异的现象是在无意中发现的。

31. This feature may be used to distinguish ultracold atomic clusters which have even or odd numbers of atoms in experiment.

这个性质可以用来在实验中区分超冷原子团中原子数目的奇偶性。