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中村 教博 様の なかよし論文データベース

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+(A list of literatures under single or joint authorship with "中村 教博")

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

  1. 中村 教博
  2. 長浜 裕幸
  3. 大槻 憲四郎
  4. 植原 稔
  5. 越谷 信
  6. 三島 稔明, 広野 哲朗
  7. 今泉 俊文, 佐藤 比呂志, 徐 垣, 林 為人, 石山 達也, 石川 剛志, 臼井 洋一, 谷川 亘, 谷水 雅治
  8. 三田地 喜之, 中村 行信, 丸島 直史, 伊藤 久男, 佐藤 雄伍, 加藤 貴史, 吉岡 敏和, 土井 宣夫, 坂口 真澄, 堤 浩之, 増田 幸治, 多田井 修, 大久保 寛, 大石 雅之, 奥野 健作, 嶋守 真紀, 嶋本 利彦, 平野 信一, 広内 大助, 斎藤 徳美, 曽根 大貴, 木下 正高, 杉戸 信彦, 村山 雅史, 東郷 正美, 松林 修, 池原 実, 沢 祥, 渡辺 峻, 溝口 一生, 滝口 真一, 福地 龍郎, 福留 高明, 竹内 伸直, 粟田 泰夫, 菊田 宏之, 藤本 光一郎, 野田 賢, 青池 寛, 高橋 美紀
  9. 吉田 武義, 松原 拓穂, 橋本 善孝, 皆川 潤, 矢内 桂三, 立花 晶子, 竹内 昭洋
  10. MA Kuo-Fong, PATI Jayanta K., SONG Sheng-Rong, TCDP Hole-B研究グループ, YEH En-Chao, ボラデイル グラハム, 三輪 敦志, 三輪 篤志, 中里 翔, 丹地 千鶴, 円入 敦仁, 北川 智大, 古関 優, 大友 淳一, 大森 康孝, 奥寺 勇樹, 宇津木 充, 宋 聖栄, 宮崎 敏耶, 岩下 智洋, 巽 保司, 平賀 岳彦, 広瀬 丈洋, 星 博幸, 林 広樹, 橋本喜孝, 狐崎 長琅, 矢内 圭三, 竹内 照洋, 笹井 洋一, 西 弘嗣, 豊田 一実, 近藤 忠, 遠藤 渓, 青野 正夫, 鹿島 雄介, 黒川 顕

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

  1. 剪断帯の幅と移動量について [検索@G] [検索@A]
    Thickness and Displacement of Shear Zones [search@G] [search@A]
  2. 次元解析に基ずく岩石摩耗則の確立 [検索@G] [検索@A]
    An application of dimensional analysis to the wear rate law of rocks [search@G] [search@A]
  3. 岩石摩耗の特性について(次元解析の応用) [検索@G] [検索@A]
    An application of dimension analysis to the characterization of rock wearing [search@G] [search@A]
  4. スプリングネットワークモデルによる断層系のフラクタル成長 [検索@G] [検索@A]
    Fractal pattern of fault system in a spring network model: Effects of residual strength in a frictional sliding of fault [search@G] [search@A]
  5. 三宮駅から神戸駅までの地震災害と地盤変状 [検索@G] [検索@A]
    The earthquake hazard and deformation of ground surface in the area from Sannomiya station to Kobe station at the 1995 Hyogo ken Nanbu earthquake [search@G] [search@A]
  6. 淡路島の野島地震断層で発見されたシュードタキライト様岩 [検索@G] [検索@A]
    Pseudotachyte like rock found at Nojima seismic fault in Awaji Island, Japan [search@G] [search@A]
  7. 野島地震断層の性状 [検索@G] [検索@A]
    Some Characteristics of Nojima Seismic Fault [search@G] [search@A]
  8. 変形岩の塑性歪みと岩石帯磁率−−微分幾何学的考察−− [検索@G] [検索@A]
    Differential geometric approach to the relationship between magnetic susceptibility and plastic strain of deformed rocks [search@G] [search@A]
  9. 断層のサイズ分布.空間分布のフラクタル性とそのダイナミクス [検索@G] [検索@A]
  10. 断層クリープと地磁気変化 フィンスラー幾何学的考察 [検索@G] [検索@A]
    Influence of strain rate on geomagnetic field anomaly Finsler geometical approach [search@G] [search@A]
  11. 1998年9月3日の岩手県内陸北部の地震に伴う地震断層 [検索@G] [検索@A]
    Surface rupture associated with the Iwate ken Hokubu Earthquake of September 3, 1998 [search@G] [search@A]
  12. 1998年9月3日岩手県内陸北部の地震に伴う地震断層 [検索@G] [検索@A]
    Earthquake fault associated with the Iwate ken Nairiku hokubu earthquake of September 3, 1998 [search@G] [search@A]
  13. 1998年9月3日岩手県内陸北部の地震に伴う地震断層について [検索@G] [検索@A]
    Earthquake fault associated with the earthquake in the inland area of northern Iwate Prefecture, September 3, 1998 [search@G] [search@A]
  14. 対称律は構造地質学の禁制となりうるか? [検索@G] [検索@A]
    Is Curie symmetry principle constriant for structural geology ? [search@G] [search@A]
  15. 断層破砕帯近傍の岩石帯磁率と割れ目のフラクタル次元 野島断層500mコアと断層粘土の例 [検索@G] [検索@A]
    Magnetic susceptibility and fractal fracture distribution of fractured rocks along Nojima earthquake fault [search@G] [search@A]
  16. 断層破砕帯近傍の岩石磁気特性 野島断層500mコアの帯磁率異方性と割れ目のフラクタル特性 [検索@G] [検索@A]
  17. シュードタキライトと残留磁化(ポスターセッション) [検索@G] [検索@A]
    Remanent magnetization of pseudotachylites: implications for earthquake lightning hypothesis and planetary magnetism [search@G] [search@A]
  18. 衝撃起源シェードタキライトと古地球磁場強度(E012 010) [検索@G] [検索@A]
    Paleointensity of impact induced pseudotachylytes and its implication to impact plasma(E012 010) [search@G] [search@A]
  19. 非履歴性残留磁化異方性から粒径ごとの磁鉄鉱ファブリックを読み解く 北上山地,五葉山花崗岩体の例 (K037 P002)(ポスターセッション) [検索@G] [検索@A]
    Multiple magnetic fabrics revealed by anisotropy of partial anhysteretic remanent magnetization in the Goyo granite, NE Japan [search@G] [search@A]
  20. シュードタキライトの古地磁気情報は信頼できるか?(D31 P030) [検索@G] [検索@A]
    Is pseudotachylyte reliable as recorder of ancient Earth's magnetic field?(D31 P030) [search@G] [search@A]
  21. 隕石は原子太陽系の磁場を保存しているか?−−カンラン石溶融による再現実験−−(D31 P029) [検索@G] [検索@A]
    Can meteorite preserve the magnetic field of early Solar System Experimental reproduction of chondrules from olivine (D31 P029) [search@G] [search@A]
  22. A low temperature acquisition of magnetic remanence in the Nojima pseudotachylyte (J064 006) [search@G] [search@A]
  23. 古地磁気情報源としてのシュードタキライト・隕石 [検索@G] [検索@A]
    Pseudotachylyte and Chondrule as a Reliable Recorder of Ancient Magnetic Field [search@G] [search@A]
  24. 新しい走査型MI磁気顕微鏡の開発と隕石磁化への応用(A31 P029) [検索@G] [検索@A]
    Development of a new scanning MI magnetic microscope for the magnetic study of meteorites(A31 P029) [search@G] [search@A]
  25. Laser selective stepwise demagnetization: Application of a new technique in paleomagnetism with a scanning MI magnetic microscopy (E135 P006) [search@G] [search@A]
  26. Magnetite microexsolutions in plagioclase in granites and their significance for magnetic fabric and paleomagnetism(A004 P004) [search@G] [search@A]
  27. Microscopic magnetic field distribution of chondrules: In situ scanning magnetic microscope study of type 3 chondrites(P155 021) [search@G] [search@A]
  28. Paleomagnetism of fine magnetic inclusions from faults and meteorites (E221 P021) [search@G] [search@A]
  29. テンハム隕石中のショックベインの残留磁化と衝撃時の磁場環境(A004 P010) [検索@G] [検索@A]
    Extraterrestrial paleomagnetism of shocked melt veins in Tenham chondrite and magnetic environment during an asteroidal collision(A004 P011) [search@G] [search@A]
  30. ヴェデフォート衝突花崗岩の半導体レーザーによる選択的加熱と2次元磁場分布変化(A004 P013) [検索@G] [検索@A]
    A diode green laser heating system and microscopic magnetic field images of Vredefort shocked granites(A004 P013) [search@G] [search@A]
  31. 台湾チェルンプ断層掘削計画HoleBコア分析の成果速報−−南海地震発生帯掘削のパイロットプロジェクトとして−−(A016) [検索@G] [検索@A]
    Preliminary results of integrated project using TCDP Hole B core sample recovered form Taiwan Chelungpu fault(A016) [search@G] [search@A]
  32. 鉄の再磁化に関する温度−時間関係:始原的普通コンドライト隕石磁化の場合(A004 P011) [検索@G] [検索@A]
    Time temperature relations for the remagnetization of iron and the origins of primitive ordinary chondrites(A004 P011) [search@G] [search@A]
  33. 高圧・低温下での磁鉄鉱の交流帯磁率測定と衝撃を受けた岩石の磁性(E221 034) [検索@G] [検索@A]
    High pressure complex magnetic susceptibility measurements under low temperature of magnetite: implication for shocked rock (E221 034) [search@G] [search@A]
  34. Paleomagnetism of the TCDP core samples and its implication to underground geocurrent(Z163 009) [search@G] [search@A]
  35. Single plagioclase paleointensity for the Cretaceous Superchron from granite(J167 P001) [search@G] [search@A]
  36. 台湾Chi Chi地震深部断層コア試料の古地磁気学(A004 07) [検索@G] [検索@A]
    Plaeomagnetism of the Taiwan Chelungpu fault Drilling Project (TCDP) core samples(A004 07) [search@G] [search@A]
  37. 台湾チェルンプ断層掘削プロジェクトHoleBの成果概要 [検索@G] [検索@A]
    Preliminary results of TCDP Hole B [search@G] [search@A]
  38. 宮城県北部旭山丘陵・須江丘陵における自然放射線特性(P 205) [検索@G] [検索@A]
    Properties of natural radiation on the hills of the Asahiyama and the Sue in the northern part of Miyagi(P 205) [search@G] [search@A]
  39. 2008年岩手・宮城内陸地震に伴う地震断層(P 179) [検索@G] [検索@A]
    Earthquake fault associated with the Iwate Miyagi Nairiku Earthquake, 2008 (P 179) [search@G] [search@A]
  40. 2008年岩手・宮城内陸地震の地表地震断層調査 [検索@G] [検索@A]
    Surface faults associated with the 2008 Iwate Miyagi Earthquake, Part 1 [search@G] [search@A]
  41. 2008年岩手・宮城内陸地震の地表地震断層調査(2)(ポスターセッション) [検索@G] [検索@A]
    Surface faults associated with the 2008 Iwate Miyagi Nairiku Earthquake, Part 2 [search@G] [search@A]
  42. チェールンプ断層ガウジの異常磁化とその古地磁気方位分布(A004 P008) [検索@G] [検索@A]
    Anomalous magnetization of Chelungpu fault gouge samples and their paleomagnetic directions (A004 P008) [search@G] [search@A]
  43. テンハム隕石ショックベインの残留磁化の起源と古磁場記録媒体としての有用性(A004 P005) [検索@G] [検索@A]
    Availability of shock melt veins as recorders of paleomagnetic field on the parent body during shock event (A004 P005) [search@G] [search@A]
  44. ナノ磁性体のフラクタル温度−時間関係式とそのカマサイト磁化への応用(E111 P005) [検索@G] [検索@A]
    Fractal Time Temperature relations in magnetic nanoparticles and its application to kamacite remanence(E111 P005) [search@G] [search@A]
  45. 台湾集集地震前後のパルス状地磁気擾乱と断層ガウジの異常磁化(J117 P001) [検索@G] [検索@A]
    Anomalous magnetization of TCDP fault gouges and pre seismic geomagnetic field purturbations of the Chi Chi earthquake(J117 P001) [search@G] [search@A]
  46. 岩手・宮城内陸地震の変動地形と餅転−細倉構造帯(P 94) [検索@G] [検索@A]
    Preliminary model for the shallow structure of The Iwate Miyagi Nairiku Earthquake in 2008 (P 94) [search@G] [search@A]
  47. 平成20 年岩手・宮城内陸地震の発震時刻からの地磁気変動信号の観測(A003 03)(演旨) [検索@G] [検索@A]
    The Observation of Geomagnetic Variation Signals just after the Occurrence of the 2008 Iwate Miyagi Nairiku Earthquake (A003 03) [search@G] [search@A]
  48. 平成20年岩手・宮城内陸地震による細倉地中電磁界観測室内の環境変化(X1 028) [検索@G] [検索@A]
    The Observation of Underground Observation Room Circumstances after the Arrival of the 2008 Iwate Miyagi Nairiku Earthquake's Seismic Wave (X1 028) [search@G] [search@A]
  49. 平成20年岩手・宮城内陸地震の断層運動に伴う地磁気変動信号の観測(A12 09) [検索@G] [検索@A]
    The Observation of Geomagnetic Variation Signals Associated with the Fault Movement of the 2008 Iwate Miyagi Nairiku Earthquake (A12 09) [search@G] [search@A]
  50. 薄片スケールでの磁性鉱物の同定−−走査型MI磁場顕微鏡による段階交流消磁実験−−(A004 P003) [検索@G] [検索@A]
    Identification of remanence carrying minerals in a thin section (A004 P003) [search@G] [search@A]
  51. 1999年台湾集集地震を引き起こしたチェルンプ断層の深部掘削の成果概要 明らかになってきた断層岩の物質科学と今後の課題 [検索@G] [検索@A]
    Overview of scientific results of the deep drilling project of the Chelungpu Fault, upon which the 1999 Chi Chi (Taiwan) earthquake occurred: Main findings and future research [search@G] [search@A]
  52. Vredefort花崗岩の磁化鉱物と隕石衝突の関係(A004 P002) [検索@G] [検索@A]
    Relation between magnetized grains of the Vredefort granites and meteorite impact(A004 P002) [search@G] [search@A]
  53. 北インドJhansi地域の巨大シュードタキライトの微細鉱物組織と岩石磁気(A004 P003) [検索@G] [検索@A]
    Rock magnetism and petrology of gigantic pseudotachylitic breccias body in Northern India(A004 P003) [search@G] [search@A]
  54. 磁場顕微鏡によるVredefort花崗岩の異常磁化の起源(E113 P002) [検索@G] [検索@A]
    Identifying the origin of the anomalous magnetization of the Vredefort granites by mangnetic microscope(E113 P002) [search@G] [search@A]
  55. 鉄ニッケル合金と高圧鉱物の温度 時間関係とショックベインの古地磁気記録 (E113 001) [検索@G] [検索@A]
    Shock melt vein as a pristine paleomagnetic recorder and time temperature relation of iron nickel and high pressure mineral(E113 001) [search@G] [search@A]
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