Abstract
An original method of determining the nuclear Lande factor for atoms with a diamagnetic ground state is illustrated with the two odd-A isotopes 135Ba and 137Ba. The method, based on the fast atomic beam laser spectroscopy technique, consists of detecting the in-flight Larmor precession of the nuclear magnetic dipolar moment in a static magnetic field, via the fluorescence induced by resonant laser light. When the magnetic-field amplitude is varied the fluorescence signal exhibits a fringed structure from which the g1 factor can be deduced.
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