ultracold

This article investigates the theoretical 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!

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。

Dynamics of an Ultracold Dipolar Atom Gas in a Double Well enrico fermi atomic power plant

双势阱中超冷极性原子气体的动力学研究讹科费米原子能电站

elastic scattering of sodium atoms at ultracold temperatures

超低温下钠原子散射特性研究

ultracold molecules exist at short time, so we considered the second order of evolution time.

由于形成的冷分子存在的时间比较短，我们仅取到粒子变化时间的二阶。

half section view of an ultracold neutron trapping apparatus.

一个超低温中子捕捉装置的剖面观。

The temperature of ultracold chiller can be below-15 ℃.

超低温型冷水机温度可达 — 15℃以下.

ultracold molecules formation via photoassociation and its spectrum measurement

光缔合制备超冷分子及其光谱特性研究

resonant tunneling and photon emission of an ultracold two-level atom passing through multi single-mode cavity fields

单个二能级超冷原子在多个单模腔场间的共振隧穿和光子辐射

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。

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

ultracold atoms pave way for negative-kelvin materials

超冷原子为负绝对温度材料铺平了道路

progress of studies on rotating ultracold atoms

转动冷原子研究的前沿介绍

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.

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。

ultracold atoms have de broglie wavelengths in the micrometer range, and their dynamics can no longer be described classically.

超冷原子的德布罗意波波长在微米数量级，所以和它们有关的动力学也再不能用经典物理学来解释。

the phase diagram of a homogenous ultracold fermi gas with spin polarization is studied at unitarity.

研究了超冷均匀极化的费米气体在共振区的相图。

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。

generation of cold or ultracold atomic beams and their applications

冷原子束或超冷原子束的产生及其应用