KONUS Beam Dynamics Design of Uranium DTL for HIAF

W. P. Dou; Y. He; Y. R. Lu

KONUS Beam Dynamics Design of Uranium DTL for HIAF

Accelerator Physics 2013-08-07 v1

Authors: W. P. Dou , Y. He , Y. R. Lu

Abstract

KONUS beam dynamics design of uranium DTL with LORASR code is presented. The 238U34+ beam, whose current is 5.0emA, is accelerated from injection energy of 0.35MeV/u to output energy of 1.3MeV/u by IH-DTL operated at 81.25MHz in HIAF project at IMP of CAS. It achieves transmission efficiency of 94.95% with the cavity length 267.8cm. Optimization aims are the reduction of emittance growth, of beam loss and of project costs. Because of the requirements of CW mode operation,the designed average acceleration gradient is about 2.48MV/m. Maximum axial filed is 10.2MV/m, meanwhile Kilpatrick breakdown field is 10.56MV/m at 81.25MHz.

Keywords

KONUS beam dynamics uranium DTL LORASR code HIAF project IH-DTL transmission efficiency CW mode operation

Cite

@article{arxiv.1308.1180,
  title  = {KONUS Beam Dynamics Design of Uranium DTL for HIAF},
  author = {W. P. Dou and Y. He and Y. R. Lu},
  journal= {arXiv preprint arXiv:1308.1180},
  year   = {2013}
}

Comments

5 pages, 8 figures, 2 tables, 11 conferences

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