【摘 要】
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The most notable feature of an induction synchrotron is the implementation of induction cells instead of RF cavities in the ring.As a result,the bandwidth limit
【机 构】
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TokyoInstituteofTechnology,Suzukakedai,Yokohama,Kanagawa,226-8503,Japan;HighEnergyAcceleratorResearc
【出 处】
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The 20th International Symposium on Heavy Ion Inertial Fusio
论文部分内容阅读
The most notable feature of an induction synchrotron is the implementation of induction cells instead of RF cavities in the ring.As a result,the bandwidth limitation commonly seen in traditional synchrotrons could be eliminated,where RF frequency could not change beyond a range of order.Theoretically,it could accelerate any A/Q beams from a very low energy to high energy[1].While an A/Q=4 beam was successfully demonstrated as in ref[2,3],which stands for a medium charge state,in this paper,injection and induction acceleration of Ar3+ with A/Q≈13,as an example of low charge state,is described to show the versatility of induction synchrotron in accommodating wide range of ion species and charge state.Preliminary results of direct injection of Ar3+ from a 200 kV ECRIS to the ring and its acceleration are presented with a brief discussion on properties in the low energy beam transport and beam loss in the ring.
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