Earthquake Research Institute / Chephren’s pyramid / Institute of Particle / National Institute of Advanced / University of Tokyo / /
IndustryTerm
minimum energy / average muon energy level / low-energy muons / real-time volcano monitoring system / high energy cosmic rays / energy loss parameters / typical muon energy / high-energy muon / observation site / power-effective real-time readings / energy loss / muon energy spectrum / real-time imaging / volcanic gas / energy spectrum / range-energy relationship / high-energy cosmic-ray muons / energy threshold increases / photosensitive device / average energy loss / high-energy muons / energy / muon energy loss / high-energy pions / particle tracking device / average muon energy increases / power-free particle tracking device / chemical composition / image processing / geological applications / mean energy loss / energy reaching / energy increases / muon energy / /
Seismological Society of Japan / Institute of Particle and Nuclear Studies / Geodetic Society of Japan / High Energy Accelerator Research Organization / National Institute of Advanced / University of Tokyo / Japan Science and Technology Agency / Earthquake Research Institute / Japanese Society for Planetary Sciences / Japanese Society of Promotion of Science / PORTABLE ASSEMBLY / Volcanological Society of Japan / Society of Geomagnetism and Earth / /
Earth Planets Space, 62, 119–129, 2010 Development of a portable assembly-type cosmic-ray muon module for measuring the density structure of a column of magma Hiroyuki K. M. Tanaka1 , Tomohisa Uchida2 , Manobu Tanaka3