Paper | Title | Page |
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THPLB04 | Preliminary Study of Proton Beam Transport in a 10 MeV Dielectric Wall Accelerator | 816 |
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Funding: Nuclear Energy Technology Development project; National Natural Science Foundation of China (11035004) A novel proton accelerator based on Dielectric Wall Accelerator (DWA) technology is being developed at Institute of Fluid Physics (IFP). The accelerating gradient will be 20 MV/m or even higher based on current high gradient insulator (HIG) performance. Theoretical study and numerical simulation of accelerating the proton beam to 10 MeV by virtual traveling wave method is presented in this paper. The beam dynamics under accelerating pulse with or without flattop is discussed. |
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Slides THPLB04 [1.191 MB] | ||
THPB002 | Preliminary Study of Proton Beam Transport in a 10 MeV Dielectric Wall Accelerator | 840 |
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Funding: Nuclear Energy Technology Development project; National Natural Science Foundation of China (11035004) A novel proton accelerator based on Dielectric Wall Accelerator (DWA) technology is being developed at Institute of Fluid Physics (IFP). The accelerating gradient will be 20 MV/m or even higher based on current high gradient insulator (HIG) performance. Theoretical study and numerical simulation of accelerating the proton beam to 10 MeV by virtual traveling wave method is presented in this paper. The beam dynamics under accelerating pulse with or without flattop is discussed. |
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