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arXiv 1909.05896hep-phhep-ex
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MATHUSLA探测器的几何优化

Geometric Optimization of the MATHUSLA Detector

Imran Alkhatib

摘要:

MATHUSLA是一种用于中性长寿命粒子衰变的位移顶点探测器。提出了它的衰变体积的大小和位置的一般规格。在这项研究中,不同的简化模型,包含LLP的Monte Carlo事件发生器进行了研究,并LLP衰变概率图生成。根据CMS探测器周围的可用土地,为每个模型找到探测器的具体最佳配置。我们证明,建议的10000平方米的工程基准的位置和尺寸可以修改,以便提高验收(高达12%以上的LLP衰减)观察。此外,它被发现,工程基准将观察到约80%的LLP衰变的数量,早期的MATHUSLA 200物理灵敏度基准与四倍的面积将观察到。

英文摘要:

MATHUSLA is a proposed displaced vertex detector for neutral long-lived particle decays. It was proposed with general specifications of the size of its decay volume and its location. In this study, different simplified models containing LLPs are investigated using Monte Carlo event generators, and LLP decay probability maps are generated. Specific optimal configurations for the detector are found for each model according to available land around the CMS detector. We demonstrate that the placement and dimensions of a proposed 10000 m2 engineering benchmark can be modified so that an improvement in acceptance (up to 12% more LLP decays) is observed. Also, it is found that the engineering benchmark would observe about 80% of the number of LLP decays that the earlier MATHUSLA200 physics sensitivity benchmark with four times the area would observe.

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