1) Bose condensation
玻色凝聚
1.
Superconductivity,magneto-thermal effect and Bose condensation developed in the low temperature physics of the 20th century are described brieflyIt is pointed that these discoveries and developments will come into practical use on a large scaleAll of these will give cryogenics a lot of favorable circumstances and chanllege
就 2 0世纪低温物理中超导电性、磁热效应以及玻色凝聚等最为重要的几个方面作了简要评述 ,指出这些发现与进展将在 2 1世纪大规模走向实用 ,从而给新世纪的低温工程带来巨大的机遇和挑
2.
Basically superfluidity is a kind of quantum effect, that is Bose condensation.
“超流”现象从本质上是一种量子效应———玻色凝聚,可以用玻色凝聚的统计力学理论以及“二流体模型”予以解释。
2) Bose condensate
玻色凝聚态
3) bose condensate
玻色凝聚物
5) Bose-condensed gas
玻色凝聚气体
1.
Relationship of the Gaussian width of Bose-condensed gas and the intensity of ID-optical lattices potential;
一维光晶格中玻色凝聚气体高斯宽度与光晶格势强度的关系
2.
Interference of Bose-condensed gas in a 1D optical lattice;
一维光晶格中玻色凝聚气体的干涉
3.
A solution to the ground and single vortex states of Bose-condensed gas in an axially symmetric harmonic trap;
轴对称谐振势阱中玻色凝聚气体基态和单涡旋态解
6) Disk Bose-Einstein Condensation system
碟形玻色凝聚体
补充资料：玻色－爱因斯坦凝聚
见统计物理学。
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