Image of Ne Trap by a Microwave Cavity
XU Lei1 , Satoshi Oishi2 , Kazuko Shimizu2 , Hiroshi Takuma2 , Fujio Shimizu3
1 Department of Physics, Fudan University, Shanghai 200433
2 Institute for Laser Science, The University of Electro-communications, Chofugaoka, Chofushi, Tokyo 182, Japan
3 Department of Applied Physics, University of Tokyo, Bunkyo-ku, Tokyo 113, Japan
Image of Ne Trap by a Microwave Cavity
XU Lei1 ;Satoshi Oishi2 ;Kazuko Shimizu2 ;Hiroshi Takuma2 ;Fujio Shimizu3
1 Department of Physics, Fudan University, Shanghai 200433
2 Institute for Laser Science, The University of Electro-communications, Chofugaoka, Chofushi, Tokyo 182, Japan
3 Department of Applied Physics, University of Tokyo, Bunkyo-ku, Tokyo 113, Japan
关键词 ：
32.80.Pj ,
32.60.+i
Abstract ： The focusing of Ne metastable atoms trapped in magnetic-optical trap by a microwave cavity was demonstrated. The cavity was operated at TM010 mode. With a microwave power of 14W , the Ne trap was imaged to a spot of about 0.25mm (full width at half maximum value) which is nearly the geometric-optics limit.
Key words ：
32.80.Pj
32.60.+i
出版日期: 1997-02-01
引用本文:
XU Lei;Satoshi Oishi;Kazuko Shimizu;Hiroshi Takuma;Fujio Shimizu. Image of Ne Trap by a Microwave Cavity[J]. 中国物理快报, 1997, 14(2): 93-95.
链接本文:
https://cpl.iphy.ac.cn/CN/
或
https://cpl.iphy.ac.cn/CN/Y1997/V14/I2/93
[1]
DU Guo-Dong;MA Yong-Li. Hyperbolic Bending of Vortex Lines with Finite Number and Length in Rotating Trapped Bose--Einstein Condensates
[2]
LIU Yang;YUN Min;YIN Jian-Ping. Controllable Magnetic Focusing of Cold Atoms on a Chip
[3]
XU Zhi-Jun;LI Hai-Bin;XIN Xiao-Tian;LI Zhen;WANG Dong-Mei. Ground State Properties for Bose-Condensed Gas in Anisotropic Traps
[4]
XIE Chun-Xia;WANG Zhengling;YIN Jian-Ping. A Novel Gravito-Optical Surface Trap for Neutral Atoms
[5]
YU Yong-Li;ZHAO Xia;LI Hong-Yun;GUO Wen-Hao;LIN Sheng-Lu. Autocorrelation Function of Hydrogen Atoms in Magnetic Fields
[6]
ZHANG Wen-Tao;LI Tong-Bao. Atom Lithography with a Chromium Atomic Beam
[7]
ZHOU Yu;MA Xiao-Dong;HUANG Guo-Xiang. Collective Modes of a Quasi-Two-Dimensional Superfluid Fermi Gas in BCS-BEC Crossover
[8]
MA Xiu-Quan;CHEN Shuai;YANG Fan;XIA Lin;ZHOU Xiao-Ji;WANG Yi-Qiu;CHEN Xu-Zong;. A Method for Determining the Phase Transition Point of the Bose--Einstein Condensation by Judging the Fitting Errors
[9]
WU Li-Jin;SHI Ting-Yun;GAO Ke-Lin. Effect of Laser Cooling on Frequency Standard of Single Ca+ Ion Trapped in a Radio-Frequency Paul Trap
[10]
YANG Guang-Can;LIU Yong;CHI Xian-Xing. Photodetachment of H- in a Static Electric Field near a Surface
[11]
BIAN Feng-Gang;WEI Rong;JIANG Hai-Feng;WANG Yu-Zhu. A Movable-Cavity Cold Atom Space Clock
[12]
SHU Hua-Lin;GUAN Hua;HUANG Xue-Ren;LI Jiao-Mei;GAO Ke-Lin. A Single Laser Cooled Trapped 40 Ca+ Ion in a Miniature Paul Trap
[13]
ZHOU Shu-Yu; XU Zhen;ZHOU Shan-Yu;WANG Yu-Zhu. Abnormal Phenomenon of ac Stark splitting in Magneto-Optical Traps
[14]
WANG Zheng-Ling;YIN Jian-Ping. Average Dissipative and Dipole Forces on a Three-Level Atom in a Laguerre--Gaussian Beam
[15]
MA Xiu-Quan;CHEN Shuai;YANG Fan;XIA Lin;ZHOU Xiao-Ji;WANG Yi-Qiu;CHEN Xu-Zong;. Observation of F=2 Spinor Bose--Einstein Condensation in a Magnetic Field
1997, Vol. 14 
