1) Fermi gas of atoms
费米原子气体
1.
The cooling of a Fermi gas of atoms into its degenerate regime is a cornerstone in theresearch on quantum fluids.
费米原子气体冷却至简并区技术的突破，为量子液体的研究打开了方便之门。
2) ultracold Fermi gas of atoms
超冷费米原子气体
1.
The experimental observations of Bose-Einstein condensation of resonance molecules and of BCS transition of atoms in an ultracold Fermi gas of atoms have stimulated a great interest in the BCS—BEC crossover phenomenon.
随着超冷费米原子气体中分子的BEC以及原子的BCS转变在实验上的实现,BCS—BEC过渡区的一些现象已经引起了人们极大的兴趣。
3) Superfluid Fermi gas of atoms
超流费米原子气体
1.
The dynamic spin structure factor of a superfluid Fermi gas of atoms in the BEC-BCS crossover regime has been calculated and its dependence on the frequency has been studied.
主要计算了处于Bose-Einstein-Condensation-Bardeen-Cooper-Schrieffer(BEC-BCS)过渡区的超流费米原子气体的动力学自旋结构因子,并研究了它与频率的依赖关系。
4) Degenerate Fermi Gas (DFG)
简并费米原子气体(DFG)
6) Fermi atoms
费米原子
1.
The influence of the s-wave scattering of background particles on the association or disassociation of molecules in a system composing of two species Fermi atoms with opposite spin and molecules is studied.
研究自旋相反的两成份费米原子-分子耦合系统中,背景粒子s波散射对分子形成与分解的影响。
补充资料：惰性气体蒸发原位加压制备纳米固体装置
惰性气体蒸发原位加压制备纳米固体装置
1437
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条