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3D space charge code with the FFT method

3D space charge code with the FFT method
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摘要 Precise and fast 3D space-charge calculations have become important for high intensity hadron accelerator design. The PIC method is most frequently used due to its efficiency. This paper introduces a 3D-PIC code that computes the potential of the bunch in the rest frame by means of Poisson＇s equation. FFT is applied as Poisson solvers. The details and the results are presented as well as error analysis. Precise and fast 3D space-charge calculations have become important for high intensity hadron accelerator design. The PIC method is most frequently used due to its efficiency. This paper introduces a 3D-PIC code that computes the potential of the bunch in the rest frame by means of Poisson＇s equation. FFT is applied as Poisson solvers. The details and the results are presented as well as error analysis.
作者 赵亚亮 傅世年 李智慧 徐成海 杨晓宇
机构地区 Institute of High Energy Physics
出处 《Chinese Physics C》 SCIE CAS CSCD 2013年第3期93-96,共4页 中国物理C（英文版）
关键词 3D space charge Poisson equation fast fourier transform 3D space charge, Poisson equation, fast fourier transform
分类号 O572.211 [理学—粒子物理与原子核物理]
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参考文献8

  • 1Poplau G, van der Geer S B, de Loos M J. A Fast 3D Multigrid Based Space-Charge Routine in the GPT Code. Proceedings of EPAC 2002. Paris, France.
  • 2Poplau G, can Rienen U, Flottmann K. NEW 3d Space Charge Routine in the Tracking Code Astra. Proceedings of ICAP 2006. Chamonix, France.
  • 3Markovik A, Poplau G, van Rienen U. The Space Charge Field Solver Moeve and the 2D Bassetti-Erskine Formula in the Con- tex of Beam-E-Cloud Interaction Simulation. Proceedings of EPAC08. Genoa, Italy.
  • 4Luccio A U, D'lmperio N L, Beebe-Wang J. Space Charge Dy- namic Simulation in 3-D in the Code Orbit. Proceedings of EPAC 2002. Paris, France.
  • 5Orzhekhovskaya A, Barth W, Yaramyshev S. An Effective Space Charge Solver For Dynamion Code. Proceedings of HB2010. Morsehach, Switzerland.
  • 6Tanke E, Valero S, Lapostolle P, Lombardi A M. Herso: A New 3 Dimensional Space Charge Routine for High Intensity Bunched Beams. Proceedings of LINAC 2002. Gyeongju, Korea.
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Chinese Physics C
2013年 第3期

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