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Volumn 58, Issue 1, 1998, Pages R54-R57

Near-resonant spatial images of confined Bose-Einstein condensates in a 4-Dee magnetic bottle

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EID: 1642337912     PISSN: 10502947     EISSN: 10941622     Source Type: Journal    
DOI: 10.1103/PhysRevA.58.R54     Document Type: Article
Times cited : (112)

References (46)
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    • Thirty percent of the atoms are trapped by the 4-Dee magnet; capture efficiency could be increased by optically pumping the atoms to the trapped (Formula presented) magnetic sublevel
    • Thirty percent of the atoms are trapped by the 4-Dee magnet; capture efficiency could be increased by optically pumping the atoms to the trapped (Formula presented) magnetic sublevel.
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    • Detailed accounts of ray propagation through the condensate, based on the eikonal approximation, and of wave propagation through the imaging system with the use of Fourier optics methods will be submitted
    • Detailed accounts of ray propagation through the condensate, based on the eikonal approximation, and of wave propagation through the imaging system with the use of Fourier optics methods will be submitted.
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    • The resolution was verified experimentally by measuring the diffraction fringe spacing corresponding to the effective lens aperture and by inserting a variable aperture into the Fourier plane of the first lens
    • The resolution was verified experimentally by measuring the diffraction fringe spacing corresponding to the effective lens aperture and by inserting a variable aperture into the Fourier plane of the first lens.
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    • At this point we don’t know the origin of the little “bump” at the edge of the condensate. (It might be a tiny diffraction effect if the front lens is slightly out of focus.)
    • At this point we don’t know the origin of the little “bump” at the edge of the condensate. (It might be a tiny diffraction effect if the front lens is slightly out of focus.)


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