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資源地質学会 | 論文
- Geothermal exploration in Minase area, Yuzawa City, Akita Prefecture.
- Geology and Sedimentary Environments of Iwami Kuroko Mine, Shimane Prefecture
- Uranium exploration in the Athabasca basin, Saskatchewan, Canada:An application to the Christie lake Area
- Oxygen and hydrogen isotope study on the ore-forming fluid for the Kaneuchi tungsten deposit, Kyoto Prefecture
- Potassic and Ferriferous Green Clays From the Ancient Submarine Hydrothermal Deposit, with Special Reference to the Occurrence and Chemical Composition of the Clays from the Nurukawa Kuroko Deposit
- Chemical compositon of chlorite with special reference to the iron vs. manganese variation, from some hydrothermal vein deposits, Japan
- Thermal Metamorphism of the Bedded Cupriferous Iron Sulfide Deposit at the Besshi Mine, Ehime Prefecture, Japan
- K-Ar Ages of Epithermal Gold-Silver Mineralizations from Akan-Taiho-Tobetsu Mine Area in Kitami Metallogenic Province, Hokkaido, Japan
- Barite ores and compositional variations in tetrahedrite-tennantite of the Minamishiraoi mine, Hokkaido, Japan.
- K-Ar ages of Chitose, Todoroki and Teine Au-Ag vein-type deposits, Southwest Hokkaido, Japan
- Strontium Isotopic Composition in Barite from the Minamishiraoi Kuroko-type Deposit, Southwestern Hokkaido
- Chemical composition of regularly interstratified chlorite/smectite in the ores from some Neo-gene gold-silver vein-type deposits in Japan
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- Sedimentary Features of Water-Laid Volcanic Deposits and Their Classificati on Based on the Mode of Emplacement
- Manganese, Lead, Zinc and Silver Mineralization at the Matahachi Deposit of Jokoku Mine, Southwestern Hokkaido, Japan
- Parallel waterway test in the Koishikawa River, tributary of the Tokorogawa River, Kitami City, Hokkaido, Japan.
- Bismuth-bearing Minerals from the Inakuraishi Ore Deposits, Southwestern Hokkaido, Japan
- Application of TEM technique using a HTS SQUID magnetic sensor to metal exploration
- Field tests of the TDEM data acquisition system based on HTS SQUID magnetometer (SQUITEM).
- Development of the high-sensitive TDEM technique based on SQUID magnetometer.
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