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FUJII Naoyuki 様の なかよし論文データベース

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(宣伝 ^_^);


+(A list of literatures under single or joint authorship with "FUJII Naoyuki")

共著回数と共著者名 (a list of the joint author(s))

  1. FUJII Naoyuki
  2. MIYAMOTO Masamichi
  3. KIMATA Fumiaki
  4. ITO Keisuke
  5. KOBAYASHI Yoji
  6. AZUMA Hiromi, HIRAHARA Kazuro, KUMAZAWA Mineo, YAMAOKA Koshun
  7. HASADA Yoko, IRWAN Meilano, KUNITOMO Takahiro, OKUDA Takashi
  8. HAMANO Yozo, MURASE Masayuki, NAKANO Tsukasa
  9. FUJITA Eisuke, HIROSE Hitoshi, KATO Teruyuki, KURITA Kei, MIYAJIMA Rikio, NAKAJIMA Takahiro, NAKAO Shigeru, SATOMURA Mikio, UKAWA Motoo, WATANABE Hidefumi
  10. ANDO Masataka, HUANG Weipeng, INOUE Jun-ichi, ISHIDA Mizuho, ITOH Hirokazu, JIN An-Shu, KANAMARU Tsuyoshi, KASAHARA Junzo, KATO Manabu, KIMURA T., KOBAYASHI Shigeki, KUDO Takeshi, LIN Cheng-Horng, NAGAO Toshiyasu, NAKANO T., OBARA Kazusige, SAGIYA Takeshi, SHIRAI Kei, TABEI Takao, TADOKORO Keiichi, TAKEDA Hiroshi, TSUTSUI Minoru, WATANABE Toshiki, YAMADA Mamoru
  11. AOYAMA Hiroshi, ARVANITOPOULOS Vassilis, FURUMOTO Muneyoshi, HAGIHARA Kuniyuki, HAMA Hiroe, HARADA Yasushi, HORII Yoichi, HORII Youichi, IIJIMA Yu-ichi, IKUTA Ryoya, IRUWAN Meilano, ITO Takeo, IWAKIRI Kazuhiro, KANAMORI Hiroo, KARIYA Shinichi, KATSUMATA Akio, KAWAI Koji, KAWAI Kouji, KAWAMURA Masashi, KOYAMA Eturo, KUMAGAI Hiroyuki, MASUDA Toshiaki, MATSUO Sadao, MEILANO Irwan, MINAMINO Toshizo, MIO Aritoshi, MITO Akihiro, MIYAZAKI Shin'ichi, MIZUTANI Hitoshi, MORI Hiroshi, MORI Hitoshi, MURAKAMI Makoto, NAGAO Keisuke, NAGQAO Toshiyasu, NAKAO Shigeo, NOTSU Kenji, OIKAWA Jun, OKAYAMA Muneo, OKUBO Shuhei, ONO Koji, OSHIMA Hiromitsu, SAKAI Shinichi, SAYANAGI Keizo, SHIBUTANI Takuo, SHIMADA Seiichi, SUGITA Tomohiro, TAKAI Kaori, TAKANO Kazutomo, TAKANO Yukio, TAKAOKA Nobuo, TAKEDA Toyotarou, TAKEUCHI Hiroyuki, TANAKA AKiko, TANAKA Akiko, TASHIRO Kazuhiko, TERADA Akihiko, TONEGAWA Takashi, TSURUGA Kayoko, UYEDA Seiya, WAKITA Hiroshi, WATANABE Hidehumi, YOSHIDA Yasuhiro, YOSHIDA Yuka

発行年とタイトル (Title and year of the issue(s))

  1. Conditions for a Once Molten Earth to Cool [search@G] [search@A]
  2. Method of Thermal Diffusivity Measurement [search@G] [search@A]
  3. Helium Spots: Caused by a Diapiric Magma from the Upper Mantle [search@G] [search@A]
  4. Seismic Activity and Pore Pressure Across Island Arcs of Japan [search@G] [search@A]
  5. Seisimic Activity and Pore Pressure Across Island Arcs of Japan [search@G] [search@A]
  6. Stress Memory of Crystalline Rocks in Acoustic Emission [search@G] [search@A]
  7. A Model of the Ordinary Chondrite Parent Body: An External Heating Model [search@G] [search@A]
  8. A New Strength Measure for Ordinary Chondrites [search@G] [search@A]
  9. A Model of Magma Ascent and Eruption Sequence for Polygenetic Volcanoes [search@G] [search@A]
  10. Differences of Cutting Rates among Chondrites and Simulated Planetesimals [search@G] [search@A]
  11. Differences of Relative Strength among Chondrites Measured by the Vibrational Fracturing Rate [search@G] [search@A]
  12. Effects of Minor Components on the Consolidation of Planetesimals and Chondrites [search@G] [search@A]
  13. Spectral Reflectance (0.25 2.5 micro m) of Powdered Olivines and Meteorites, and their Bearing on Surface Materials of Asteroids [search@G] [search@A]
  14. Studies on the Lithification of Meteorites (2) [search@G] [search@A]
  15. The effect of the contorted nose of a subducting slab on the stress field in the continental lithosphere at an arc arc junction [search@G] [search@A]
  16. Thermal History of a Howardite Parent Body [search@G] [search@A]
  17. Thermal Stress in Ordinary Chondrite Parent Body: a Possible Cause of its Lithification [search@G] [search@A]
  18. Vibrational Fracturing Rate: A New Strength Measure for Chondrites [search@G] [search@A]
  19. On the Shape of Fe Ni Grains among Ordinary Chondrites [search@G] [search@A]
  20. Shape of Fe Ni Grains and Strength among Ordinary Chondrites [search@G] [search@A]
  21. The Vibrational Fracturing Rate of Shock Melted Chondrites [search@G] [search@A]
  22. A Model of Eruption Sequence and Magma Supply Rate for Polygenetic Volcanoes [search@G] [search@A]
  23. Anisotropic Shape of Fe Ni Grains in Ordinary Chondrites [search@G] [search@A]
  24. Effects of Low Melting Temperature Components on the Lithification of Planetesimals and Meteorites [search@G] [search@A]
  25. Possible Effects of Thermal Stress on the Lithification of Chondrite Parent Bodies [search@G] [search@A]
  26. Shape and Anisotropy of Fe Ni Grains in Antarctic Chondrites [search@G] [search@A]
  27. Shape of Fe Ni Grains and Magnetic Susceptibility Anisotropy in Antarctic Chondrites [search@G] [search@A]
  28. Shape Analysis of Fe Ni Grains among Antarctic Ordianry Chondrites [search@G] [search@A]
  29. Effects of Grain Sizes on the Spectral Refrectance of Mineral Mixtures Towards an Inversion Problem for three Components Mixtures [search@G] [search@A]
  30. Grain size effects on Visible and Near Infrared Spectral Reflectance of natural 01., Opx., and Cpx. minerals Applied to Hull quotient and Gaussian fitting method [search@G] [search@A]
  31. Metallic Particles in Ureilites Preliminary Report from Grain Shape Analysis [search@G] [search@A]
  32. Analysis of Visible and Near Infrared Reflectances Spectra (1) Algorithm for Estimating the Mixing Ratio of Mineral Mixtures [search@G] [search@A]
  33. Grain Size Effects on Spectral Reflectance of Ol, Opx and Cpx Minerals Applied to the Hull Quotient Method [search@G] [search@A]
  34. Melt Network and Critical Fraction in a Partially Molten Rock [search@G] [search@A]
  35. Permanently shaded area in the polar region Toward a search for H2O on the lunar surface [search@G] [search@A]
  36. Possibility for a Fore Arc Block Rotation in South Cretan Sea Region, Greece [search@G] [search@A]
  37. Shock Effects in Olivins From a Week Shock Experiment [search@G] [search@A]
  38. The Multiphase Grain Control Percolation: Its Implication for a Partially Molten Rock [search@G] [search@A]
  39. Hardness analysis of metallic particles in ordinary chondrites [search@G] [search@A]
  40. Multi Kubelka Analysis of Vis Nir Reflectance Spectra [search@G] [search@A]
  41. Shock Effects in Chondrites (1) From Dislocations and Grain Shapes [search@G] [search@A]
  42. A Model of Intermittent Volcanic Activities [search@G] [search@A]
  43. Energy Dissipation Rates at Ridge and Transform Fault Segments A Model of Oblique Spreading [search@G] [search@A]
  44. Explosive Volcanism Caused by Convective Instability in a Bubbling Magma Chamber [search@G] [search@A]
  45. Dynamical Aspects of Explosive Eruptions [search@G] [search@A]
  46. Detection of Ground Deformations by the Multi pass Differential SAR Interferometry Examples of the Active Volcanic Area [search@G] [search@A]
  47. Environmental Conditions of Occurrence of Vapor Explosions [search@G] [search@A]
  48. Impact Reaction in Contact of Magma and Water [search@G] [search@A]
  49. Various Styles of Intence Multi Phase Interactions Viewed from Volcanic Explosions [search@G] [search@A]
  50. Various Styles of Intense Multiphase Interactions Viewed from Volcanic Explosions [search@G] [search@A]
  51. Episodic Changes of Interplate Coupling in the Tokai Region Deduced from EDM Ranging and Levelling (1978 1997) (T41A 24) [search@G] [search@A]
  52. Governing Factors for Various Modes of Explosive Eruptions [search@G] [search@A]
  53. A slow thrust slip event following the two 1996 Hyuganada earthquakes beneath the Bungo Channel, southwest Japan [search@G] [search@A]
  54. Crustal Deformation Monitoring of Volcanoes in Japan Using SAR Interferometry in Japan [search@G] [search@A]
  55. Crustal Deformations Detected by Dense GPS, Gravity Change, and SAR Interferometry in a Volcanic Island Kozu, Off Izu Peninsula, Japan [search@G] [search@A]
  56. Detection and Modeling of Crustal Movements around Active Volcanoes in Japan Using JERS 1 SAR Interferometry; On Mt. Iwate, the Izu Peninsula and the Onikobe Caldera [search@G] [search@A]
  57. Evidence for slow slip following a moderate size earthquake (Mw=5.7) in a subducting plate [search@G] [search@A]
  58. Estimation of surface displacement due to the 17 January 1995 Hyogoken Nanbu earthquake observed by SAR interferometry [search@G] [search@A]
  59. Moho offset beneath the western margin of Lake Biwa, Japan, deduced from gravity data and short period receiver function imaging: Who is pulling down the crust beneath the lake? [search@G] [search@A]
  60. On going Slow Slip Event at the Tokai Region, Central Japan [search@G] [search@A]
  61. Rapid Ground Deformations at the Miyakejima Volcano, Central Japan Detected by 30 sec Kinematic GPS Analysis on June 26 27, 2000 [search@G] [search@A]
  62. Repeated Occurrence of Slow Slip Events on the Subducting Plate Interface in the Subducting Plate Interface in the Tokai Region, Central Japan, the Focal Region of the Anticipated Tokai Earthquake (M=8) [search@G] [search@A]
  63. 2000年6月26 27日における三宅島火山の急速な地殻変動による応力変化 [検索@G] [検索@A]
    Stress change during the rapid deformation of Miyakejima volcano on 26 27 June 2000 [search@G] [search@A]
  64. Anomalous seismograms generated by an intermediate depth earthquake: Unusual scattering sources in the upper mantle of central Japan [search@G] [search@A]
  65. Dike Intrusion Process of 2000 Miyakejima Kozujima Event estimated from GPS measurements in Kozujima Niijima Islands, central Japan (V51J 0412) [search@G] [search@A]
  66. Ground Deformation Observed at Kozu Niijima Islands after the 2000 Miyake Kozu Dike Intrusion Event (JSS01/30A/D 076) [search@G] [search@A]
  67. Long Lasting and Large Volume of the 2000 Intrusion Event Between Kozu and Miyake Jima Volcanoes; How Could the Magma Be Supplied to ? (V12/01P/D 012) [search@G] [search@A]
  68. Rapid ground deformation of the Miyakejima volcano on 26 27 June 2000 detected by kinematic GPS analysis [search@G] [search@A]
  69. Seismic Evidence for Slab Melting from Strong Scattering Waves (S11E 0355) [search@G] [search@A]
  70. Stress changes during the rapid deformation of Miyakejima volcano on 26 27 June 2000 (V52E 07) [search@G] [search@A]
  71. Time Dependent of Magma Intrusion Model during the Early Stage of the 2000 Miyakejima Activity (V12/01A/A04 006) [search@G] [search@A]
  72. Vertical Ground Deformation Detected by the Leveling and the Tidal Observation in Tokai Region, Central Japan in 1980 2002 (G21B 0266) [search@G] [search@A]
  73. A proposal of the active monitoring for the temporal change and spatial movement of seismic reflectors caused by magma reservoir beneath a volcano(NG42A 01) [search@G] [search@A]
  74. Application of the Sompi Event Analysis to Frequency dependent Transfer Functions Acquired by Seismic ACROSS(NG51A 1013) [search@G] [search@A]
  75. Frequency dependent Nature of a Tensor Transfer Function acquired by Seismic ACROSS(NG51A 1014) [search@G] [search@A]
  76. Lower slab boundary in the Japan subduction zone [search@G] [search@A]
  77. Time dependent model of magma intrusion in and around Miyake and Kozu Islands, Central Japan in June August, 2000 [search@G] [search@A]
  78. Time dependent modeling of magma intrusion during the early stage of the 2000 Miyakejima activity [search@G] [search@A]
  79. Interpretation of Frequency Dependence in Transfer Functions Acquired by Seismic ACROSS(NG41A 0148) [search@G] [search@A]
  80. Recent Progress in Electromagnetic (EM ) ACROSS in Tokai Region(NG41A 0150) [search@G] [search@A]
  81. Time dependent model for volume changes in pressure sources at Asama volcano, central Japan due to vertical deformations detected by precise leveling during 1902 2005 [search@G] [search@A]
  82. A System for Pointing Source Locations of Earth origin Electromagnetic Pulses as a Precursor of Earthquakes (X4 048) [search@G] [search@A]
  83. Analysis of seismic ACROSS signal at Morimachi using seismic array installed near Mt.Fuji Shizuoka Airport (X3 078) [search@G] [search@A]
  84. How to Image the Non volcanic Deep Tremor Zone by Seismic and Electro magnetic (EM) ACROSS (Y3 209) [search@G] [search@A]
  85. Source Locations of Earth origin EM pulses as a Precursor of Earthquakes (C41 01) [search@G] [search@A]
  86. The crustal movements associated with the short term slow slip events in the Tokai region by using dense GPS observation net data (Y4 201) [search@G] [search@A]
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