用于中微子区CP破坏的多兆瓦级环形回旋加速器
A multi megawatt ring cyclotron to search for CP violation in the neutrino sector
摘要：
DAEδALUS（Decay At rest Experiment for δcp At Laboratory for Underground Science）实验提出了一种在中微子区寻找CP破坏的新方法。DAEδALUS需要三个中微子通量源，每个源位于距离地下探测器1.5、8和20公里处。在这里，我们提出的研究超导环形回旋加速器能够加速H2+分子，并提供质子束的最大能量为800 MeV和所需的高功率。本文给出了用TOSCA程序模拟的超导磁扇产生的磁场、等强磁场、束流动力学的一些初步特征以及作用在线圈上的磁力。
英文摘要：
A new approach to search for CP violation in the neutrino sector [1,2] is proposed by the experiment called DAEδALUS (Decay At rest Experiment for δcp At Laboratory for Underground Science). DAEδALUS needs three sources of neutrino fluxes, each one located at 1.5, 8 and 20 km from the underground detector. Here we present the study for a Superconducting Ring Cyclotron able to accelerate the H2+ molecules and to deliver proton beam with maximum energy of 800 MeV and the required high power. The magnetic field produced by the proposed superconducting magnetic sector, simulated by the code TOSCA, the isochronous magnetic field, some preliminary feature on the beam dynamic and the magnetic forces acting on the coils are here presented.
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