摘要
将分子的冷却分为直接冷却和间接冷却,并分别对直接冷却机制下的缓冲气体冷却、分子Stark减速冷却和蒸发协同冷却,间接冷却机制下的光缔合技术、光学Feshbach共振技术和磁场可调谐的Feshbach共振技术进行了描述。
The cooling of the molecular was classified direct cooling and indirect cooling for the first time. The buffer gas cooling, molecular Stark slowdown and evaporation cooperate with technology of direct cooling,the photic association technology,photic Feshbach resonance and the magnetic field tunable Feshbach resonance technology of indirect cooling was described respectively.
出处
《科技资讯》
2013年第1期65-66,共2页
Science & Technology Information
基金
湖北省教育厅资助项目(No.D20121203)
关键词
超冷分子
分子结构
振动转动光谱
：Ultra--cold molecules
Molecular structure,Vibration rotation spectra
