Analysis of the powerful Forbush decreases of 2024 based on data from unshielded neutron detectors of the experimental complex NEVOD

E. P Volkov; Волков Е. П; D. M Gromushkin; Громушкин Д. М; V. V Kindin; Киндин В. В; A. Yu Konovalova; Коновалова А. Ю; P. S Kuzmenkova; Кузьменкова П. С; Yu. N Mishutina; Мишутина Ю. Н; E. S Morgunov; Моргунов Е. С; N. A Pasyuk; Пасюк Н. А; E. P Khomenkova; Хомчук Е. П; S. S Khokhlov; Хохлов С. С; I. A Shulzhenko; Шульженко И. А

doi:10.31857/S0367676525060066

Analysis of the powerful Forbush decreases of 2024 based on data from unshielded neutron detectors of the experimental complex NEVOD

Authors: Volkov E.P¹, Gromushkin D.M¹, Kindin V.V¹, Konovalova A.Y.¹, Kuzmenkova P.S¹, Mishutina Y.N¹, Morgunov E.S¹, Pasyuk N.A¹, Khomenkova E.P¹, Khokhlov S.S¹, Shulzhenko I.A¹
Affiliations:
1. National Research Nuclear University MEPhI (Moscow Engineering Physics Institute)
Issue: Vol 89, No 6 (2025)
Pages: 869-872
Section: Physics of Cosmic Rays
URL: https://transsyst.ru/0367-6765/article/view/692813
DOI: https://doi.org/10.31857/S0367676525060066
ID: 692813

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Abstract

In the Experimental complex NEVOD (MEPhI, Moscow), the "Neutron" and PRISMA-36 facilities, consisting of unshielded neutron detectors, are being operated. The results of the analysis of two most powerful Forbush decreases detected at these facilities in the first half of 2024 are presented and compared with the Moscow neutron monitor data. The obtained dependence of the disturbance amplitude on the thickness of the substance above the detector is presented.