Abstract
Spatial cyclotron resonance of an ion beam in a wavy magnetic field is investigated to realize the separation of stable isotopes. To perform the experiment, a surface-ionizing lithium ion beam source, which is collisionless and charge-neutralized, has been developed. A wavy magnetic field is produced by setting two magnet-arrays face to face. At the resonance condition, clear scattering of the lithium ion beam is observed and the concentration of 6Li is obtained on a target.
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