Subsurface density mapping of the earth with cosmic ray muons
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Cited by (14)
Applications of cosmic-ray muons
2020, Progress in Particle and Nuclear PhysicsCitation Excerpt :Data analysis also suggests a possible unknown fault line almost parallel to the known one. Another applications of muography to the study of hydrogeological processes are presented in [142]. Muography is proposed as a possible study of the investigation of landslides triggered by rainfall.
Imaging with naturally occurring radiation
2019, Applied Radiation and IsotopesCitation Excerpt :In the 1970, Alvarez et al. (1970) used the same technique to inspect the Pyramid of Chephren in Giza, Egypt, showing that it did not contain any hidden/undiscovered chambers. Since then, there has been a considerable number of reported activities on imaging with muons, using either the transmission or the scattering techniques; see the recent review papers of Procureur (2018) and Checchia (2016), the special issue of the Annals of Geophysics on muons in Earth studies (Tanaka et al., 2017) and Tanaka (2013)'s review of cosmic-ray techniques to probe the Earth's interior. Given their penetration power, muons can be used to detect and image underground cavities and those in large structures, because they result in a higher transmitted muon flux.
Using Cosmic Rays to See the Unseeable
2023, Physics TeacherMeasurement of energy differential spectrum of cosmic-ray muons below 400 MeV
2022, Journal of Instrumentation3D cosmic-ray muon tomography using portable muography detector
2022, Journal of Instrumentation