首页> 外文会议>Third Workshop on Utilisation and Reliability of High Power Proton Accelerators (HPPA); May 12-16, 2002; Santa Fe, New Mexico, USA >RD STATUS OF SUPER-CONDUCTING PROTON LINAC AND THE KEK/JAERI HIGH INTENSITY PROTON ACCELERATOR PROJECT
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RD STATUS OF SUPER-CONDUCTING PROTON LINAC AND THE KEK/JAERI HIGH INTENSITY PROTON ACCELERATOR PROJECT

机译:超导质子直线加速器和KEK / Jaeri高强度质子加速器项目的研发现状

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R&D work of a super-conducting proton linac has been continued since 1995 in JAERI for the neutron science project and the current KEK/JAERI high intensity proton accelerator project. In the cavity development work, we obtained good performance, high field and high quality factor. As the next step of the R&D, a prototype cryomodule was fabricated. The cooling and high power RF tests of the cryomodule were performed successfully. The RF test is being continued to obtain stable accelerating field in the pulsed operation. In the high intensity proton accelerator project, the super-conducting linac is planned in the energy region from 400 to 600 MeV and the beams will be delivered towards the transmutation experimental facility (TEF). TEF consists of two facilities; the transmutation physics experimental facility (TEF-P) and the target test facility (TEF-T). This paper provides the R&D status of super-conducting proton linac and the high intensity proton accelerator project concerning the super-conducting linac and TEF.
机译:自1995年以来,JAERI继续进行中子科学项目和当前的KEK / JAERI高强度质子加速器项目的超导质子直线加速器的研发工作。在型腔开发工作中,我们获得了良好的性能,高的现场使用率和高质量的系数。作为研发的下一步,制造了原型低温模块。低温模块的冷却和高功率RF测试已成功执行。继续进行RF测试,以在脉冲操作中获得稳定的加速场。在高强度质子加速器项目中,超导直线加速器计划在能量范围从400到600 MeV的范围内,并且束将被输送到the变实验设施(TEF)。 TEF由两个设施组成; trans变物理实验设备(TEF-P)和目标测试设备(TEF-T)。本文提供了超导质子直线加速器的研发现状以及有关超导直线性直线加速器和TEF的高强度质子加速器项目。

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