Paper |
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WE3PB01 |
Experimental Study of Resonance Crossing with a Paul Trap |
409 |
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- H. Sugimoto
KEK, Ibaraki, Japan
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The effect of resonance crossing on beam stability is studied systematically by employing a novel tabletop experimental tool and a multiparticle simulation code. A large number of ions are confined in a compact linear Paul trap to reproduce the collective beam behavior. We can prove that the ion plasma in the trap is physically equivalent to a charged-particle beam propagating through a strong focusing channel. The plasma confinement force is quickly ramped such that the trap operating point traverses linear and nonlinear resonance stop bands as in cyclotrons and FFAGs.
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Slides WE3PB01 [9.757 MB]
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