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首页> 外文期刊>Physics of atomic nuclei >Multipurpose Detector MPD for the Study of Strongly Interacting Matter at the NICA Collider
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Multipurpose Detector MPD for the Study of Strongly Interacting Matter at the NICA Collider

机译:多功能检测器MPD用于研究NICA撞机强烈互动物质

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摘要

A new accelerator complex NICA (Nuclotron-based Ion Collider facility) for the study of the collisions of heavy ions and polarized particles is under construction at JINR (Dubna, Russia). The main goal of the NICA physics program is the experimental investigation of the strongly interacting matter phase diagram in the poorly explored region of the maximal baryon density. As the experimental strategy, a detailed energy and system size scan will be performed with an emphasis to the yields, rapidity spectra, transverse momentum a well as azimuthal angle distributions for multiple probes from gammas to hypernuclei. In order to fulfill all project's goals, the multipurpose detector MPD is designed as a high acceptance spectrometer allowing full reconstruction of high multiplicity events. In this paper, the MPD project at NICA is described, including the MPD physics cases, the MPD design and the status of project's realization.
机译:用于研究重离子和极化粒子碰撞的新加速器复合体NICA(基于Nuclotron的离子对撞机设施)正在JINR(俄罗斯杜布纳)建造中。NICA物理项目的主要目标是实验研究重子密度最大区域内的强相互作用物质相图。作为实验策略,将进行详细的能量和系统尺寸扫描,重点是从伽马到超核的多个探测器的产额、快度谱、横向动量以及方位角分布。为了实现所有项目的目标,多用途探测器MPD被设计为一种高可接受的光谱仪,允许完全重建高多样性事件。本文介绍了NICA的MPD项目,包括MPD物理案例、MPD设计和项目实现情况。

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