1) Magnetic belt-light trap
磁-光阱
2) MOT
[英][məu] [美][mo]
磁光阱(MOT)
3) magneto-optical trap
磁光阱
1.
Measurement of the number of cold atoms trapped in cesium magneto-optical trap via probe absorption;
用吸收法对铯原子磁光阱中冷原子数目的测量
2.
Temperature measurement of cold atoms in a cesium magneto-optical trap by means of short-distance time-of-flight absorption spectrum;
用短程飞行时间吸收谱对铯磁光阱中冷原子温度的测量
3.
The schemes to produce cold or ultracold atomic beams by laser cooling (Doppler, sub-Doppler and sub-recoil cooling) and magneto-optical trapping technique are introduced in detail, and the applications of cold or ultracold atomic beams in the studies of basic physical problems and atom optics are briefly introduced.
重点介绍了建立在激光冷却(多普勒、亚多普勒和亚反冲冷却机制)和磁光阱技术基础上的冷原子束或超冷原子束产生方案,并简单介绍了冷原子束或超冷原子束在基础物理问题研究和原子光学等领域中的应用。
4) double magneto-optical trap(double MOT)
双磁光阱
1.
We have established a cesium double magneto-optical trap(double MOT) system,and realized transferring cold atoms from the vapor-cell MOT to the ultra-high-vacuum(UHV) MOT by continuous transfer laser.
在我们建立的铯原子双磁光阱实验装置上,采用连续激光将气室磁光阱中冷却并俘获的冷原子输运到超高真空磁光阱。
5) MOT
[英][məu] [美][mo]
磁光阱
1.
Usually the magneto\|optical trap(MOT)is used to obtain the cold atoms from the vapor.
报告了采用直接从铯蒸汽气室而不用磁光阱实现了光学粘团的方法。
2.
This thesis simply reviews the progress of laser cooling and trapping of neutral atoms, and recounts the progress of building our MOT and trapping Rubidium atoms particularly.
本文简要回顾了冷原子的发展历程，并详细叙述了实验室铷原子汽室磁光阱的建立和铷原子的俘获过程；还详细介绍了通过冷原子短程飞行吸收光谱信号推测冷原子温度的基本原理，并且对用于冷原子温度测量的理论公式与近似公式进行了误差分析与比较。
3.
The Rb87 atom in the vacuum is cooled and trapped by a 3D MOT,then a atomic cloud is formed.
本文提出一种利用磁光阱冷却捕获技术制备低速、连续、单色性好原子束的方法及技术。
6) trap of magnetic and light
磁光陷阱
1.
In this paper, we put forward an integrated treatment of critical temperature for atoms constraining in the trap of magnetic and light when these atoms come on Bose-condensation, and obtain their thermodynamic properties varying with the space dimensional.
<正>0 引言80年代以来,由于磁光陷阱的发现,使玻色凝聚的研究产生了突破性的进展,文献中给出了低维情况下磁光陷阱中实现玻色凝聚的临界温度的表达式。
补充资料：单量子阱(见量子阱)
单量子阱(见量子阱)
single quantum well
单且子阱sillgle quantum well见量子阱。
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