地球人間圏科学(H)
セッション小記号第四紀学(QR)
セッションIDH-QR04
タイトル和文Innovative Applications of Trapped-Charge Dating to Quaternary Geochronology
英文Innovative Applications of Trapped-Charge Dating to Quaternary Geochronology
タイトル短縮名和文Applications of Trapped-Charge Dating
英文Applications of Trapped-Charge Dating
代表コンビーナ氏名和文田村 亨
英文Toru Tamura
所属和文産業技術総合研究所地質情報研究部門
英文Institute of Geology and Geoinformation Geological Survey of Japan, AIST
共同コンビーナ 1氏名和文豊田 新
英文Shin Toyoda
所属和文岡山理科大学理学部応用物理学科
英文Department of Applied Physics, Faculty of Science, Okayama University of Science
共同コンビーナ 2氏名和文石井 祐次
英文Yuji Ishii
所属和文日本学術振興会特別研究員PD
英文Research Fellow of the Japan Society for the Promotion of Science
共同コンビーナ 3氏名和文塚本 すみ子
英文Sumiko Tsukamoto
所属和文Leibniz Institute for Applied Geophysics
英文Leibniz Institute for Applied Geophysics
発表言語E
スコープ和文Trapped-Charge Dating (TCD) is a general term for absolute dating methods that use trapped electrons in crystal lattice, such as optically-stimulated luminescence (OSL) and electron spin resonance (ESR) dating. TCD presented one of the most successful progresses in geoscience and archaeology over the last 20 years, and still has a great potential in innovative applications. Technical progresses in optical dating of quartz and feldspar grains enables determination of depositional ages in a broad range from 10 to 500,000 years. Rock surface dating provides a way to determine surface exposure ages as well as burial ages of gravels. Thermochronometry with TCD is a state of the art method to determine the degradation and uplift rates on high temporal resolution. Further efforts have been made on TCD for extracting chronological information of past seismic activities. Innovative IRPL (infrared photoluminescence) method has also recently been invented. This session covers a wide range of TCD applications to problems in Quaternary geochronology as well as its technical advances. Comprehensive reviews on successful TCD applications and contributions of unestablished, challenging researches are also welcome.
英文Trapped-Charge Dating (TCD) is a general term for absolute dating methods that use trapped electrons in crystal lattice, such as optically-stimulated luminescence (OSL) and electron spin resonance (ESR) dating. TCD presented one of the most successful progresses in geoscience and archaeology over the last 20 years, and still has a great potential in innovative applications. Technical progresses in optical dating of quartz and feldspar grains enables determination of depositional ages in a broad range from 10 to 500,000 years. Rock surface dating provides a way to determine surface exposure ages as well as burial ages of gravels. Thermochronometry with TCD is a state of the art method to determine the degradation and uplift rates on high temporal resolution. Further efforts have been made on TCD for extracting chronological information of past seismic activities. Innovative IRPL (infrared photoluminescence) method has also recently been invented. This session covers a wide range of TCD applications to problems in Quaternary geochronology as well as its technical advances. Comprehensive reviews on successful TCD applications and contributions of unestablished, challenging researches are also welcome.
発表方法口頭および（または）ポスターセッション