Forward Physics with the LHCf Experiment

A. Tricomi
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引用次数: 2

Abstract

In 2016 the LHCf experiment has fulfilled its original goal of measuring the spectra of the neutral particles produced in the very forward direction at LHC at the highest energy ever available. The main purpose of these measurements is indeed to provide the Cosmic Ray and High Energy Physics communities with a missing unique set of information for the improvement of the hadronic interaction models used to simulate air showers development produced in the interaction of primary High Energy Cosmic Rays (HECR) with the Earth atmosphere. The last data sets collected by the LHCf experiment have been obtained during p+p collisions, at an energy of 13 TeV in the CM frame, and p+Pb collision, at an energy of 5.2 TeV and 8.1 TeV in the nucleon-nucleon CM frame. A review of the main results of LHCf and of the recent and on-going activities will be presented.
LHCf实验的正演物理
2016年,LHCf实验实现了最初的目标,即测量LHC以最高能量在正向方向产生的中性粒子的光谱。这些测量的主要目的确实是为宇宙射线和高能物理界提供一套缺失的独特信息,用于改进用于模拟初级高能宇宙射线(HECR)与地球大气相互作用中产生的空气阵雨发展的强子相互作用模型。LHCf实验收集的最后数据集分别是能量为13 TeV的p+p碰撞和能量为5.2 TeV和8.1 TeV的核子-核子CM框架的p+Pb碰撞。将介绍对大型卫生保健基金的主要成果以及最近和正在进行的活动的审查。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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