Speaker
Wei Gao
(IHEP,CAS)
Description
Hadrons serve as the "skeleton" of Extensive Air Shower (EAS), carrying critical information about cosmic ray composition and energy. Electron-Neutron Detector Array (ENDA) is capable of detecting the electromagnetic components generated by EAS as well as the secondary thermal neutrons produced by hadrons. This report simulates the response of the ENDA detector and conducts an investigation into the lateral distribution of thermal neutrons using simulated data. By selecting various parameters, the fitting performance of different functional models for the thermal neutron's lateral distribution is evaluated. These findings provide a basis for optimizing the modeling approach for thermal neutron distributions.
Authors
Ms
Fanping Li
(Southwest Jiaotong University)
Dr
Hu Liu
(Southwest Jiaotong University)
Co-authors
Tianlu Chen
Shuwang Cui
(HEBEI NORMAL UNIVERSITY)
Danzengluobu
Wei Gao
(IHEP,CAS)
Wenchao Gao
Xinrui Gao
Zi-ao Gong
Haibing Hu
Denis Kuleshov
Kirill Kurinov
Bingbing Li
Jiaheng Li
Yang Li
Maoyuan Liu
Ye Liu
Xinhua Ma
Xi-an Pan
Dayu Peng
Yaohui Qi
Dong Qu
Oleg Shchegolev
Yuri Stenkin
Tianshuang Yang
Liqiao Yin
Hengyu Zhang
Huiqian Zhang
Liangwei Zhang
Shiyuan Zhang
