We discuss the feasibility of realizing a cold atom space clock with counter-propagating cold atoms in microgravity.
在本文中我们讨论了在空间微重力环境下利用对射冷原子团实现空间冷原子钟的可能性。
Alkaline reducing cold atom absorption spectrometry was applied.
方法采用碱性还原冷原子吸收方法。
Lectures for the graduate students "Theoretical Physics" and "Cold Atom and Strongly Correlated Physics" et al... Tutoring 10 graduate students.
为研究生开设《理论物理》、《冷原子物理与强关联体系》等课程，指导培养硕士研究生10名。
Lectures for the graduate students "Theoretical Physics" and "Cold Atom and Strongly Correlated Physics" et al... Tutoring 10 graduate students.
为研究生开设《理论物理》、《冷原子物理与强关联体系》等课程，指导培养硕士研究生10名。
应用推荐