nkysdb: 共著者関連データベース
KANAZAWA T. 様の 共著関連データベース
+(A list of literatures under single or joint authorship with "KANAZAWA T.")
共著回数と共著者名 (a list of the joint author(s))
69: KANAZAWA T.
25: SHIMAMURA H.
24: SHIOBARA H.
23: SHINOHARA M.
19: HINO R., SUYEHIRO K.
16: KODAIRA S.
15: MJELDE R.
14: HIRATA N.
13: IWASAKI T.
9: MOCHIZUKI K., SATO T., YAMADA T.
8: FUKAO Y., SUGIOKA H.
7: BERG E.W., KASAHARA J., KINOSHITA H.
6: SUETSUGU D., UEHIRA K.
5: BARRUOL G., NAKAHIGASHI K., SELLEVOLL M.A.
4: AZUMA R., DIGRANES P., HASEGAWA A., KORESAWA S., MATSUMOTO S., NISHIZAWA A., OKADA T., SAKAI S., TAIRA A., TAKAHASHI N., TAKANAMI T., TANAKA S., YAMAMOTO Y.
3: AMAMIYA S., FUJIE G., HASHIMOTO S., HIRSCHLEBER H.B., ISSE T., ITO Y., KANEDA Y., MIURA R., NISHISAKA H., RIISE O., SHIMIZU H., YAGI T., YAMAGUCHI T.
2: HIRAHARA K., IIO Y., IKAMI A., ITO S., KATAO H., KAWAKATSU H., KUWANO A., MAKRIS J., MATSUWO N., MATSUZAWA T., MIYAMACHI H., MOCHIZUKI Kimihiro, MURAI Y., NAKAMURA K., NISHINO M., OBAYASHI M., ONO H., OTOZAKI T., REYMOND D., TABEI T., TAKAHASHI H., TAKEUCHI N., TOMITA S., URABE T., WATANABE A., YABUTA Y., YAMAMOTO T., YOSHII T.
1: ABE S., ADAM C., ARAKI E., ASANO S., BABA K., BERG E., EGLOFF F., FUJIMOTO H., FUJIMURA A., GANEKO Y., GODA M., GOHSHI Y., GOLDSCHMIDT-ROKITA A., GOTO K., GOTO T., HARATA N., HASEMI A., HAYAKAWA M., HINO S., HORI M., HORIUCHI S., ICHIJO K., ICHIKI M., IGARASHI T., IIZUKA S., ISHIZAKI H., ITO A., ITO K., ITO W., IWAMOTO H., KAIHO Y., KAMINUMA K., KARP B.Y., KASSAHARA J., KATO T., KAWAZOE H., KIDO Y., KOIZUMI N., KOKUMAI H., KONG L., KONG L.S.L., KT89-15 Ship-board scientific party, KUMAR P., KURASHIMO E., KURASHIMO T., KUWANO A. MOCHIZUKI K., LU R., MACHIDA Y., MARKRIS J., MATSUNO T., MATSUOKA H., MATSUSHIMA T., MELLES J., MICHIDA Y., MIKADA H., MISAWA Y., MIURA S., MIZUTANI H., MOCHIZUKI H., MOLLER L., MORIYA T., MURAI Y. TAKANAMI T., MURAKAMI H., NAKADA M., NAKANISHI A., NAMBU H., NANBU H., NISHIDA H., NISHIDA K., NOGI Y., OBANA K., ODP Leg 128, OKI S., PARK J.-O., RAUM T., SAKODA K., SASAKI S., SCHWALENBERG K., SEAMA N., SEGAWA J., SEKINE M., SHEU Hwa-Chu, SHIBUYA K., SHIMOHARA M., SHINOHARA S., SHYEHIRO K., SUEMINE A., SUZUKI K., TADA N., TAHARA M., TAKEO A., TANAKA M., TANIOKA Y., TOKUYAMA H., TSUKAMOTO S., TSURU T., UMAKOSHI K., UMINO N., UTADA H., WATANABE I., YAKIWARA H., YAMADA I., YAMANO M., YORITAKA H., YOSHIDA M., YOSHIMITSU J., ZHAO D.
発行年とタイトル (Title and year of the issue(s))
1981: Coordination of Mg2+ in Oxide Glasses Determined by X Ray Emission Spectroscopy
1983: Crustal Structure around the Northern Part of the Philippine Sea Plate and its Tectonic Implications
1985: Crustal Structure Beneath the Inner Trench Slope of the Japan Trench
1990: A Study of Crustal Structures off Lofoten, Norway, Using 3 Component Ocean Bottom Seismographs
1990: Crustal and upper mantle structure in the Ryukyu Island Arc deduced from deep seismic sounding
1990: High Resolution Seismic Crustal Structure in the Northern Yamato Basin of the Japan Sea by an Array of OBSs and Downhole Seismometer at ODP Site 794D (S52A 5)
1990: ODP Nankai Downhole Observatory (ONDO) Experiment During ODP Leg 131 (T22A 12)
1991: GPS JAPAN '90 Results by WM102 in Southwest Japan
1991: Laterally Heterogeneous Crustal Structures Beneath the Japan Basin of the Japan Sea
1991: Observation of Crustal Movements by GPS in Shikoku Region, Southwest Japan (1990 1991)
1991: Signal and Noise Characteristics of Ocean Broadband Downhole Seismometer (OBDS) (S12D 12)
1991: Use of a Penetrator for Planned Explosion Seismic Experiments in East Queen Maud Land
1992: A crustal study off Lofoten, N.Norway, by use of 3 component Ocean Bottom Seismographs
1992: Along Arc Variation of the Crustal Structure of the Izu Ogasawara Island Arc as Evidencedd From Airgun OBS Seismic Experiment (T11A 4)
1992: Detailed Crustal Structure of Northern Yamato Basin
1992: High Resolution Seismic Crustal Structure of Northern Izu Bonin Arc Trench System (T11A 1)
1992: Laterally Heterogeneous Crustal Structure Beneath the Japan Basin of the Japan Sea (SE51A 1)
1992: P and S Wave Veolocity Structure in the Lofoten Basin Deduced from Ocean Bottom Seismographic Refraction Studies (II 4 4 O 4)
1992: Seismic Structure of the Izu Bonin Arc Deduced by the 1992 OBS Explosive Refraction Experiment (T11A 2)
1992: Seismic Structure of the Japan Basin the Japan Sea by the 1990 and 1991 Japan USSR expedition (SE21A 12)
1992: Velocity structures in trench areas around Japan determined from ocean bottom seismographic experiments (II 4 4 P 7)
1993: Crustal Structure and Seismic Anisotropy Across the Volcanic Passive Margin Off Lofoten, N.Norway, from 3 C OBS Data
1993: Seismic structure of the Izu Ogasawara Arc using airgun and explosion OBS data
1993: Spatial distribution of earthquakes associated with the Pacific plate subduction off northeastern Japan revealed by ocean bottom and land observation
1994: A Comparison Between Altimetric Sea Surface Height and Oceanographic Data South of Japan
1994: Crustal structure of the volcanic margin off Lofoten, N. Norway, and its tectonic interpretation
1994: Seismic Structure of the Izu Ogasawara Arc Using Airgun and Explosion OBS Data (SE22B 3)
1995: 2D Ray Tracing Modelling of Shear Waves in OBS Data from the Voring Margin off Northern Norway(C048)
1995: Crustal Structure in the Voring Basin, Northern Norway, from Three Component Ocean Bottom Seismographs (C001)
1995: Crustal Structure of the Voring Basin, N. Norway, from 2 D ray tracing modelling of OBS data
1995: Crustal structure of the Lofoten continental margin, N. Norway, from ocean bottom seismographic data
1995: Shallow Crustal Structure of the Middle Nankai Trough Using the Envelope p gamma Method
1996: A Comparison of Regional and Semi Regional OBS Shear Wave Models from the Voring Margin, N. Norway (T11D 6)
1996: Crustal structure across the middle Ryukyu trench obtained from ocean bottom seismographic data
1996: Crustal variation along the Voring Lofoten volcanic passive continental margin, N.Norway, obtained from OBS surveys
1996: Modelling Shear Waves in OBS Data from the Voring Basin (Northern Norway) by 2 D Ray tracing
1996: Modelling of Regional and Semi Regional OBS Data from the Voring Basin, N. Norway (T11D 5)
1996: Seismicity and Crustal Structure Around the Eastern Nankai Trough by Ocean Bottom Seismographic Observation (T22C 4)
1997: Crustal Structure across a Seismic Block Boundary along the Nankai Trough
1997: Crustal structure of the central part of the Voring Basin, mid Norway margin, from ocean bottom seismographs
1997: Monitoring of Submarine Volcanic Eruption by OBS Arrays
1997: Seismic Velocity Structure near the Convergent Plate Boundary off North Eastern Japan
1998: Crustal Structures of Nankai Trough, off Shiono Misaki Cape and Kii Suidou Strait Using Ocean Bottom Seismometers and Controlled Sources
1998: Structure of a Volcanic Continental Margin Derived from Ocean bottom Seismographic Data: The Northern Voring Margin, off Norway
1998: Where does Double Seismic Zone Start? Seismicity in Japan Forearc Located by Permanent OBS and Land Arrays (T22F 1)
2000: Deep seismic structure of the seismogenic plate boundary in the off Sanriku region, northeastern Japan
2001: Micro tsunami from a local interplate earthquake detected by cabled offshore tsunami observation in northeastern Japan
2002: Geophysical Experiments in the Mariana Region: Report of the YK01 11 cruise
2003: Crustal lineaments, distribution of lower crustal intrusives and structural evolution of the Voring Margin, NE Atlantic; new insight from wide angle seismic models
2004: Characteristics seismic activity in the subducting plate boundary zone off Kamaishi, northeastern Japan, revealed by precise hypocenter distribution analysis using ocean bottom seismometers
2005: Did expanded porous pacthes guide rupture propagation in 2003 Tokachi oki earthquake?
2006: Crustal Structure beneath the Source Region of M7 Class Earthquakes off Ibaraki Prefecture (SSM P02)
2006: Seismic Structure around the Asperity Area of Off Miyagi Earthquake, NE Japan Using OBSS, Land Stations and Explosives (SSM P12)
2006: Three dimensional seismic velocity structure as determined by double difference tomography in and around the focal area of the 2005 West off Fukuoka Prefecture earthquake
2007: Modeling French Polynesia hotspot swells by dynamic topography based on a new regional tomography model(C11 10)
2007: Topography of the mantle discontinuities beneath the South Pacific superswell as inferred from broadband waveforms on seafloor
2008: 3D Seismic Velocity Structure along the southwestern Kuril Trench (B41 09)
2008: Microearthquake observation of the off Sanriku, northwestern Pacific margin using long term ocean bottom seismometers (X2 027)
2008: Precise hypocenters and focal mechanisms revealed by using 3D velocity structure in the Miyagi Oki region (X2 028)
2008: Seismic surveys carried out simultaneously with long term ocean bottom seismic observation in off Sanriku region (X4 028)
2008: Seismic velocity structure around the Hyuganada region, Southwest Japan, derived from seismic tomography using land and OBS data and its implications for interplate coupling and vertical crustal uplift
2008: Seismic velocity structure of the subducting Pacific Ocean slab near the Japan trench deduced by airgun OBS surveys (B41 10)
2008: Sharp lithosphere asthenosphere boundary of oceanic plates observed by P and S Receiver functions (D22 03)
2008: Shear wave travel time tomography in the mantle beneath the South Pacific Superswell (D22 09)
2009: High resolution Q 1 estimation based on extension of coda normalization method and its application to P wave attenuation structure in the aftershock area of the 2005 West Off Fukuoka Prefecture Earthquake (M7.0)
2009: On the vertical extent of the large low shear velocity province beneath the South Pacific Superswell
2009: P wave tomography of the mantle beneath the South Pacific Superswell revealed by joint ocean floor and islands broadband seismic experiments
2009: South Pacific mantle plumes imaged by seismic observation on islands and seafloor
2013: Radially anisotropic structure beneath the Shikoku Basin from broadband surface wave analysis of ocean bottom seismometer records
