Design Study of Multi-Purpose Beam Line

多用途束线设计研究

基本信息

批准号：
07041103
负责人：
TAKASAKI Minoru
金额：
$ 3.97万
依托单位：
National Laboratory for High Energy, Physics
依托单位国家：
日本
项目类别：
Grant-in-Aid for international Scientific Research
财政年份：
1995
资助国家：
日本
起止时间：
1995 至 1996
项目状态：
已结题

项目摘要

The R/D works towards the super-cyclic operation of accelerator-beamline system were investigated in CERN,FNAL,BNL and many other laboratories in the world. The most advanced thchnologies were found in CERN.FNAL is now successufully sharing its accelerator complex between fixed target antiproton production/accumulation and proton-antiproton collider experiments. BNL operates its historic AGS accelerator as a heavy-ion machine as well as a high intensity proton machine. Unfortunately many long-lived laboratories which accumulated a lot of experiences of the multi-funcitiional accelerator operations were shut down and/or being shut down! These laboratories were urgently investigated before the technologies and experiences were scattered and lost. The investigation of laboratories in former Soviet Union countries were also urgent since those laboratories are now forced to be terminated.The investigated results were open to the public at many workshops and symposiums on the beam monitors, experimental methods, and accelerator technology. It should be noted that our investigation was a sort of propaganda of the possible multi functional operation of the KEK-PS as an intense neutrino source. The new neutrino facility of the KEK-PS and the completion of the SUPER KAMIOKA neutrino detector fascinated physicists and forced them to organizing a new collaboration of the long baseline neutrino oscillation experiment using the KEK-PS and the SUPER KAMIOKA.On the other hand, many laboratories are interested in the high energy light ion beam of the KEK-PS and are proposing collaboration on the nuclear beam project. Then we will start the design study of the super-cyclic operation system of the KEK-PS beam chnnel, which will make the investigation results more definite. This design study is very important for our future JHF 50 GeV-PS as well as our present KEK-PS.

CERN、FNAL、BNL等世界多个实验室针对加速器束线系统超循环运行的研发工作进行了研究。 CERN 发现了最先进的技术。FNAL 现在成功地在固定目标反质子产生/积累和质子-反质子对撞机实验之间共享其加速器复合体。 BNL 将其历史悠久的 AGS 加速器作为重离子机和高强度质子机运行。不幸的是，许多积累了大量多功能加速器操作经验的长期实验室被关闭和/或被关闭！在技术和经验分散和丢失之前，对这些实验室进行了紧急调查。对前苏联国家实验室的调查也迫在眉睫，因为这些实验室现已被迫终止。调查结果在许多关于束流监测器、实验方法和加速器技术的研讨会和研讨会上向公众公开。应该指出的是，我们的调查是对 KEK-PS 作为强中微子源可能的多功能操作的一种宣传。 KEK-PS 的新中微子设施和 SUPER KAMIOKA 中微子探测器的建成让物理学家着迷，并迫使他们组织利用 KEK-PS 和 SUPER KAMIOKA 进行长基线中微子振荡实验的新合作。许多实验室对 KEK-PS 的高能轻离子束感兴趣，并提议在核束项目上进行合作。接下来我们将开始KEK-PS波束通道超循环运行系统的设计研究，这将使研究结果更加明确。这项设计研究对于我们未来的 JHF 50 GeV-PS 以及我们现在的 KEK-PS 非常重要。