nkysdb: 共著者関連データベース
NAKANO Tsukasa 様の 共著関連データベース
+(A list of literatures under single or joint authorship with "NAKANO Tsukasa")
共著回数と共著者名 (a list of the joint author(s))
41: NAKANO Tsukasa
29: TSUCHIYAMA Akira
28: UESUGI Kentaro
6: NAKAMURA Michihiko, NOGUCHI Takaaki, OKUMURA Satoshi
4: FUJII Naoyuki, SUZUKI Yoshio
3: MATSUMOTO Toru, MURAOKA Hirofumi, OHTANI Tomoyuki, TAKEUCHI Akihisa, YANO Hajime, ZOLENSKY Michael E.
2: IKEDA Susumu, MATSUNO Junya, NAGANO Takashi, OKAZAWA Takahiro, OSAWA Takahito, SAKAMOTO Kanako, SHIMADA Akira, TAKIGAWA Aki
1: AKAKI Takeshi, ARIOKA Mai, FUJIOKA Takuma, HANAMOTO Takashi, HIRAJIMA Takao, IIDA Yosuke, IKEHARA Ken, INAZUMI Tadahiro, KADONO Toshihiko, KAKAZU Yuki, KASAMA Shunji, KAWABATA Toshiharu, KITA Noriko T., KITAMURA Masashi, KODAMA Shinsuke, KUSAKA Hiroto, LEROUX Hugues, MASAUDA Koji, MASHIO Etsuko, MIYAKE Akira, MORISHITA Tomoaki, NAKAMURA Kentaro, NAKAMURA Ko-ichi, NAKAMURA Koichi, NAKAMURA Noboru, NAKAMURA Rosuke, NAKAMURA-MESSENGER Keiko, NISHIZAWA Osamu, OHI Shugo, OKAZAKI Takahide, OKUDA Takashi, OKUDAIRA Kyoko, OSADA Yuichi, RIETMEIJER Frans J.M., SHIGEYOSHI Ryoichi, SHIRONO Shin-ichi, SHIRONO Shinichi, TAKARADA Shinji, TAKEUCHI Shingo, TANAKA AKiko, TANAKA Akiko, UMETANI Keiji, USHIKUBO Takayuki, VALLEY John W., YAGI Naoto, YAMAMOTO Hirokazu, YAMAMOTO Naotaka, YAMAOKA Koshun, YOSHIDA Hideto, YOSHIDA Kenta
発行年とタイトル (Title and year of the issue(s))
1989: Melt Network and Critical Fraction in a Partially Molten Rock
1989: The Multiphase Grain Control Percolation: Its Implication for a Partially Molten Rock
1992: Three dimensional Distribution of Cracks and Minerals in a Rock Obtained by X ray CT
1995: Detection of Ground Deformations by the Multi pass Differential SAR Interferometry Examples of the Active Volcanic Area
1999: Three dimentional Shape Analysis of Miarolitic Cavities in the Kakkonda Granite, NE Japan
2000: Estimation of surface displacement due to the 17 January 1995 Hyogoken Nanbu earthquake observed by SAR interferometry
2000: Quantiative evaluation of attenuation contrast of minerals by using a medical X ray CT scanner
2000: Three dimensional structures of chondrules observed by an XTM (X ray tomographic microscope) at SPring 8: high speed spinning chondrules
2000: X ray CT Imaging of Pores and Fractures in the Kakkonda Granite, NE Japan
2001: Three dimensional shape analysis of miarolitic cavities and enclaves in the Kakkonda granite by X ray computed tomography
2001: Three dimensional structure of a radial pyroxene chondrule using X ray microtomography
2001: Three dimensional structures of metal sulfides in a CO chondrite usign X ray CT
2002: Measurement of densities of Antarctic micrometeorites using X ray microtomography
2002: Three dimensional description of the Kobe meteorite by micro X ray CT method: Possibility of three dimensional curation of meteorite samples
2002: Three dimensional shapes and internal structures of chondrules from the Allende meteorite by X ray CT: high speed rotation
2003: Densities of Antarctic micrometeorites and Chondrites using X ray microtomography
2003: Non destructive three dimensional analysis of MUSES C samples by micro X ray CT method using synchrotron radiation
2003: Observations of three dimensional microstructures of symplectite minerals in the Horoman Peridotite Complex using a high resolution X ray CT system at Spring 8
2003: Quantitative evaluation of the relation between X ray linear attenuation coefficient and CT value, and its application to 3 D element distribution of micrometeorites
2004: Experimental reproduction of classic barred olivine chondrules: Open system behavior of chondrule formation
2004: Nondestructive three dimensional element concentration mapping of a Cs doped partially molten granite by X ray computed tomography using synchrotron radiation
2004: Three dimensional diffusion of non sorbing species in porous sandstone: computer simulation based on X ray microtomography using synchrotron radiation
2006: Development of High Resolution X Ray Micro Tomography System with Fresnel Zone Plate Optics at SPring 8
2006: Three dimensional structures of dust samples and their tracks captured in silica aerogel onboard EuReCa using SR micro tomography
2007: Shear Deformation Experiments on Vesiculated Rhyolitic Melts: Evolution of Bubble Connectivity(11 P 128)
2007: Volcanic Gravity Flow Simulation on GEO Grid System: Introducing Next Generation Hazard Map(11 P 36)
2008: Bulk mineralogy and three dimensional structures of individual Stardust particles deduced from synchrotron X ray diffraction and microtomography analysis
2008: Chondrulelike Objects in Short Period Comet 81P/Wild 2
2008: Evolution of bubble microstructure in sheared rhyolite: Formation of a channel like bubble network
2008: Origin and formation of iron silicide phases in the aerogel of the Stardust mission
2009: Magma deformation may induce non explosive volcanism via degassing through bubble networks
2010: Shear deformation experiments on vesicular rhyolite: Implications for brittle fracturing, degassing, and compaction of magmas in volcanic conduits
2010: Three dimensional shapes and Fe contents of Stardust impact tracks: A track formation model and estimation of comet Wild 2 coma dust particle densities
2011: Accuracy of formation factors for three dimensional pore scale images of geo materials estimated by renormalization technique
2011: X ray computerized tomography analysis and density estimation using a sediment core from the Challenger Mound area in the Porcupine Seabight, off Western Ireland
2012: Experimental constraints on permeable gas transport in crystalline silicic magmas
2012: Space weathering structures on the surface micro nano morphologies of Itokawa regolith particles
2012: Space weathering structures on the surface micro nano morphologies of Itokawa regolith particles
2013: Coupled effect of magma degassing and rheology on silicic volcanism
2013: Three dimensional observation and morphological analysis of organic nanoglobules in a carbonaceous chondrite using X ray micro tomography
2016: Combined FIB microsampling and X ray microtomography: a powerful tool for the study of tiny fluid inclusions
