nkysdb: 共著者関連データベース
NAKAMURA Takeshi 様の 共著関連データベース
+(A list of literatures under single or joint authorship with "NAKAMURA Takeshi")
共著回数と共著者名 (a list of the joint author(s))
47: NAKAMURA Takeshi
15: TAKENAKA Hiroshi
10: KANEDA Yoshiyuki
6: OKAMOTO Taro, SUZUKI Sadaomi
4: NAKANO Masaru, TSUBOI Seiji
3: NISHIGAMI Kin'ya, SADEGHI Hossein
2: ARAKI Eiichiro, CARVALHO Delfim de, HOSSEINI Sayyed Keivan, KASE Katsuo, MITSUNO Chiharu, NAGAO Hiromichi, YAMAGISHI Yasuko, YAMAMOTO Masahiro, YAMANAKA Yoshiko
1: AGHDA S.M. Fatemi, AGHDA Seyed mahmoud Fatemi, AIKAWA Nobuyuki, AOKI Takayuki, BABA Toshitaka, CHIBA Hitoshi, FUJIOKA Akira, GANDOMI Arash Jafar, HASHIMOTO Shinya, HAYASHIMOTO Naoki, HORI Takane, HUA Yan Sun, HUNAHASHI Mitsuo, ISHIHARA Yasushi, ITO Yoshihiro, KAIHO Yuka, KAMIYA Shin'ichiro, KAMIYA Shin-ichiro, KAMIYA Shinichiro, KAWAGUCHI Tatsuyoshi, KAWASE Hiroshi, KIM Moon Young, KODAIRA Shuichi, KUWAHARA Yasuto, MALEKI Mehdi, MANOOCHEHRI Mohammad Foad, MASUDA Harue, MATSUMOTO Hiroyuki, MATSUSHIMA Takeshi, MATSUSHIMA Yukihiro, NO Tetsuo, NOJIRI Yukihiro, OBANA Koichiro, OHORI Michihiro, OTSUKI Akira, SAKAI Hitoshi, SATO Takeshi, SUDO Toshio, TAKAHASHI Narumi, TAKAHASHI Tsutomu, TOYOKUNI Genti, WATANABE Atsushi, YAMAMOTO Yosuke, YAMASHITA Mikiya, YUI Shunzo
発行年とタイトル (Title and year of the issue(s))
1951: High Temperature Mineral Associations in a Certain Quartz Vein at the Ashio Mine
1952: Hisingerite from Japan
1954: Tin Mineralization at the Ashio Copper Mine, Japan
1961: Mineralization and Wall Rock Alteration at the Ashio Copper Mine, Japan
1963: On Some Characteristic Mineralogical Features of Chlorite fromthe Ashio Copper Mine, Japan (Studies on Minerals from the Ashio Copper Mine, Japan 1)
1964: Some Characteristic Features of Feberite from the Ashio Copper Mine, Japan (Studies on Minerals from Ashio Copper Mine, Japan 2)
1969: The Polymorphic Variations of the So called Sericite as Related to Vein Mineralization at the Ashio Copper Mine, Japan
1970: Mineral Zoning and Characterisitic Minerals in the Polymetallic Veins of the Ashio Copper Mine
1970: Ore Veins of Neogene Volcanic Affinity in Japan
1971: Mineral Zoning as Related to Intersecting Structures of Fractures in the Subvolcanic Hydrothermal Polymetallic Vein Type Depso
1973: Stannoidite Canfieldite Association as Related to Vein Mineralization at the Ashio Copper Mine, Japan
1986: Polymorphic Variations of Pyrrhotite as related to Tungsten Tin Copper Mineralization at the Ohtani Mine, Japan
1986: Stable Isotopic and Mineralogical Studies of Hydrothermal Alteration at Arima Spa, Southwest Japan
1990: Pre Cretaceous Strata Bound Ore Deposits
1992: The Iberian Pyrite Belt: a Carboniferous metallogenic province (I 3 42 O 10)
1993: Ore Mineralogy and Sulfur Isotopes of the Volcanogenic Massive Sulfide Deposits in the Iberian Pyrite Belt
1993: Seasonal variations indissolved nitrous oxide concentrations in a eutrophic shallow lake without anaerobic layer
1994: Gold Silver Mineralization Superimposed on Polymetallic Vein Deposits in Kinki District, Southwest Japan
1995: To the Memory of Professor Takeo Watanabe (1907 1986)
2001: Shear wave polarization anisotropy in the focal region of the 2000 Western Tottori earthquake
2003: Seismic Anisotropy in the Focal Region of the 2000 Tottori Ken Seibu Earthquake (SS03/08A/D 113)
2004: A numreical investigation of anisotropic waves associated with a fault zone
2005: Source fault structure of the 2003 Bam earthquake, southeastern Iran, inferred from the aftershock distribution and its relation to the heavily damaged area: Existence of the Arg e Bam fault proposed
2005: Strong S wave anisotropy in the aftershock region of the 2000 Tottori ken Seibu, Japan, earthquake (Mw6.6)
2006: 1 2. Observation and analysis of shear wave splitting for the Mozumi Sukenobu fault
2006: 2 2. Modeling of seismic waveform for the Mozumi Sukenobu fault with 3D FDM
2006: 3 D velocity structure of the 2003 Bam earthquake area (SE Iran): Existence of a low Poisson's ratio layer and its relation to heavy damage
2006: A numerical analysis of seismic waves for an anisotropic fault zone
2006: Precise location of the fault plane and the onset of the main rupture of the 2005 West Off Fukuoka Prefecture earthquake
2006: Seismic anisotropy in the Mozumi Sukenobu fault, central Japan, inferred from the waveform modeling (S31B 0158)
2007: Advanced ocean floor network for earthquakes and tsunamis around the Nankai Trough in southwestern Japan(S23A 11)
2008: Identification of Seismic Asperities of the 2008 Wenchuan Earthquake Through Geomagnetic Anomalies (U22B 07)
2008: Identification of seismic asperities of the 2008 Wenchuan earthquake through geomagnetic anomalies (X2 042)
2008: Rupture process and broadband seismic wave propagation of the 2008 Wenchuan, China, earthquake (X2 043)
2009: A unified approach implementing land and ocean bottom topographies in the staggered grid finite difference method for seismic wave modeling (143)
2009: Source process for complex fault system of the 2007 Chuetsu oki, Niigata, Japan, earthquake
2010: Accelerating large scale simulation of seismic wave propagation by multi GPUs and three dimensional domain decomposition
2012: FDM Simulation of Seismic Wave Propagation for an Aftershock of the 2009 Suruga Bay Earthquake: Effects of Ocean Bottom Topography and Seawater Layer
2013: Intensive seismic activity around the Nankai trough revealed by DONET ocean floor seismic observations
2013: Modeling of Topographic Effects of Seismic Wave Propagation Around Sakurajima Volcano, Japan(2A O1)
2013: S wave anisotropy in the aftershock region of the 2003 Bam, Iran, earthquake (Mw 6.5)
2013: Sea surface gravity changes observed prior to March 11, 2011 Tohoku earthquake
2014: Anomalously large seismic amplifications in the seafloor area off the Kii peninsula
2014: Distribution and migration of aftershocks of the 2010 Mw 7.4 Ogasawara Islands intraplate normal faulting earthquake related to a fracture zone in the Pacific plate
2014: Seismic Wavefields in the Deep Seafloor Area from a Submarine Landslide Source
2014: Seismic activity beneath the Nankai trough revealed by DONET ocean bottom observations
2015: Hypocenters in the Nankai Trough Determined by Using Data from Both Ocean Bottom and Land Seismic Networks and a 3D Velocity Structure Model: Implications for Seismotectonic Activity