Nuclear Physics Experiments with Kaons and Muons

将进行超核光谱和介子催化聚变的中能物理研究。超核研究将作为CEBAF C厅和超核光谱系统（HNSS）合作的一部分进行。HNSS第一阶段和第二阶段是一个完全批准的CEBAF实验，用于测量超核的光和电产生。正在进行的介子催化核聚变的工作将与已批准的TRIUMF和维也纳继续进行。在CEBAF，他的职责包括：对SOS光谱仪粒子识别系统进行设计审查，构建电子光谱仪的闪烁镜和对准硬件，并参与设计一种触发方法，将电子臂信息与Kaon-arm相关联，以可接受的速率产生有效的超核触发器。此外，将测试C厅的光束强度和位置监视器的原型，该监视器基于商用SQUID磁力计。在TRIUMF的大面积工作中，将生产具有低温能力的硅二极管，用于检测层状冷冻氢靶中介子催化聚变产生的带电聚变产物。* * *

Medium energy physics research on hypernuclear spectroscopy and muon catalyzed fusion will be performed. The hypernuclear studies will be carried out as part of the CEBAF Hall C and Hypernuclear Spectroscopy System (HNSS) collaboration. The HNSS Phase I and II is a fully approved CEBAF experiment to measure photo- and electroproduction of hypernuclei. Ongoing work in muon catalyzed fusion will continue in connection with an approved TRIUMF and Vienna. At CEBAF, responsibilities include: design review of the SOS spectrometer particle identification system, construction of the electron spectrometer's scintillator hodoscope and alignment hardware, and participating in the design of a trigger method to correlate electron-arm information with the Kaon-arm, producing an efficient hypernucleus trigger at an acceptable rate. Also, a prototype beam intensity and position monitor for Hall C, based on a commercial SQUID magnetometer will be tested. For work at TRIUMF large area, cryo-capable silicon diodes will be produced for detection of stopping charged fusion products from muon catalyzed fusion in layered frozen hydrogen targets. ***