THE PROSPECT OF MUOGRAPHIC DETECTION USING PLASTIC SCINTILLATOR IN INDONESIA - A REVIEW
DOI:
https://doi.org/10.55766/sujst-2024-06-e06685Keywords:
Detector, Muon, Muography, Plastic scintillation detectors, Volcanoes monitoringAbstract
Muography technology has evolved over the past decade for various observational applications without using radioactive materials. Muography utilizes naturally occurring muons to penetrate objects with thick shielding and pass through kilometers of rock. Detectors are required to generate an image of an object obtained from muon captures. Various studies have created images of magma flow, thus enabling monitoring of active volcanoes, discovering hidden chambers within temple or pyramid structures, and so on. Plastic scintillation detectors are widely used in various muography applications due to their reliability and robustness in various challenging environments, ability to move flexibly, and cost-effectiveness. Muography can be applied in Indonesia, one of which is to monitor magma movement in volcanoes to provide early warning to the surrounding communities.
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