Renovation of a Facility for High Energy Physics Detector Development

德克萨斯大学阿灵顿分校（UTA）将翻新校园内的现有建筑，作为高能物理探测器的研究、开发和建设设施。UTA最近在高能物理研究方面启动了一项重大的新举措，以利用校园靠近SSC实验室提供的独特机会。高能群初期的研究活动很大一部分将是研制和建造SDC探测器的主要部件。由于这些组件的大小和复杂性，它们的开发/构建需要大量的空间。在改造后的大楼中进行的初步研究计划将以SDC探测器μ子系统为中心。该研究项目为研究生的参与和培训提供了极好的机会，从小型原型工作到主要组件的构建。该项目还将涉及与南南合作中心的许多其他机构的密切合作，从而确保当地物理学家、支持人员和访客高效地利用翻新后的设施，他们将在设施内开展活动，并直接在邻近的南南合作中心实验室开展工作。

The University of Texas at Arlington (UTA) will renovate an existing building on the campus for use as a high energy physics detector research, development and construction facility. UTA has recently launched a major new initiative in high energy physics research to take advantage of the unique opportunity offered by the proximity of the campus to the SSC laboratory. A large part of the high energy groups initial research activity will be the development and construction of major components of the SDC detector. Due to the size and complexity of these components, a large amount of space is needed for their development/construction. The initial research program to be carried out in the renovated building will center on the SDC detector muon system. This research program offers excellent opportunities for the involvement and training of graduate students from small scale prototype work through major component construction. The program will also involve a close interworking with many other institutions in SDC and will thereby ensure highly productive use of the renovated facility by both local physicists and support staff and visitors who will combine activities at the facility with their work directly at the neighboring SSC laboratory.