Abstract
The Hanle effect was studied on the xenon 6 p 01 level by using a xenon laser at 3.99 µm (5 d 00 -6 p 01 ) and fluorescences of 979.9 nm (6 p 01 -6 s 12 ) and 1083.8 nm (6 p 01 -6 s 12 ) transitions. In addition to the intensity variation due to the Hanle signal and Doppler profile, a peculiar signal was observed which had a width of about twenty times the Hanle width of the 6 p 01 level. This signal is found to be independent of the coherence among the Zeeman sublevels of the 6 p 01 level.
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