希腊开放大学重建与仿真（HOURS）软件包：用户指南和事件生成、切伦科夫光子产生和光学模块仿真的简短参考
Hellenic Open University Reconstruction & Simulation (HOURS) software package: User Guide & short reference of Event Generation, Cherenkov photon production and Optical Module simulation
摘要：
在本文档中，详细描述了希腊开放大学重建与模拟（HOURS）软件包的模拟部分。HOURS可用于超大体积中微子望远镜中高能中微子产生事件的产生、模拟、模式识别和重建。其目的是提供尽可能准确的事件属性在广泛的中微子望远镜配置和介质的光学特性的表示。此外，HOURS还包含使用海伦莱姆宇宙观测站网络（HELYCON）闪烁计数器模拟和重建广泛空气簇射的软件。利用任何EAS的模拟/重建所提供的信息，并通过考虑穿透海洋到中微子望远镜深度的簇射的高能μ子，可以研究中微子和EAS探测器的联合性能，用于物理或校准目的。HOURS已被广泛用于优化，校准技术的发展和性能评估计划的地中海中微子望远镜，KM 3 NeT（公里3中微子望远镜）。这些研究的结果已发表在各种国际科学期刊上。代码和更多信息可以在HOURS网页上找到：http://physicslab.eap.gr/EN/Simulation_software.html。
英文摘要：
In this document the simulation part of the Hellenic Open University Reconstruction & Simulation (HOURS) software package is described in detail. HOURS can be used for the generation, simulation, pattern recognition and reconstruction of high energy neutrino produced events in a very large volume neutrino telescope. The objective is to provide as accurate as possible a representation of event properties in a wide range of neutrino telescope configurations and medium optical properties. Moreover, HOURS contains software for the simulation and reconstruction of Extensive Air Showers (EAS) using the HEllenic LYceum Cosmic Observatories Network (HELYCON) scintillation counters. Using the information offered by the simulation/reconstruction of any EAS, and by considering the showers' energetic muons that penetrate the sea to the depth of the neutrino telescope, it is possible to study the joint performance of the neutrino and EAS detectors for physics or calibration purposes. HOURS has been used extensively for the optimization, development of calibration techniques and performance evaluation of the planned Mediterranean neutrino telescope, KM3NeT (km 3 Neutrino Telescope). The results of these studies have been published to various international scientific journals. The code and further information may be found on the HOURS web page: http://physicslab.eap.gr/EN/Simulation_software.html .
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
