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Status of the Jefferson Lab Polarized Beam Physics Program and Preparations for Upcoming Parity Experiments

机译:杰斐逊实验室偏振光束物理程序的状态以及即将进行的奇偶实验的准备

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摘要

An ambitious nuclear physics research program continues at Jefferson Lab with Users at three experiment halls receiving reliable, highly polarized electrons at currents to 100 μA. The polarized photoguns and drive lasers that contribute to Jefferson Lab's success will be described as well as significant events since PES2000. Typical of conditions at accelerators worldwide, success brings new challenges. Beam quality specifications continue to become more demanding as Users conduct more challenging experiments. In the months that follow this workshop, two parity violation experiments will begin at Jefferson Lab, G0 and HAPPEx2. The photogun requirements for these experiments will be discussed as well as our plans to eliminate/minimize systematic errors. Recent efforts to construct high power Ti-Sapphire drive lasers for these experiments also will be discussed.
机译:杰斐逊实验室继续进行一项雄心勃勃的核物理研究计划,在三个实验大厅中的用户可以接收高达100μA电流的可靠,高度极化的电子。将描述为杰斐逊实验室的成功做出贡献的偏振光枪和驱动激光器,以及自PES2000以来的重大事件。成功是全球加速器的典型情况,成功带来了新的挑战。随着用户进行更具挑战性的实验,光束质量规格要求变得越来越严格。在此研讨会之后的几个月中,将在Jefferson Lab,G0和HAPPEx2上进行两个奇偶校验违规实验。将讨论这些实验对光枪的要求以及我们消除/最小化系统错误的计划。还将讨论为这些实验构建高功率钛蓝宝石驱动激光器的最新努力。

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