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楠本 成寿 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 "楠本 成寿")

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

  1. 楠本 成寿
  2. 竹村 恵二
  3. 瀬川 爾朗
  4. 石原 丈実, 福田 洋一, 駒沢 正夫
  5. 中山 英二, 長尾 年恭, 長谷川 博
  6. 竹本 修三, 里村 幹夫
  7. 関崎 征一
  8. 高田 和典
  9. 佐久間 貞臣
  10. 佐柳 敬造, 大久保 修平, 山本 貫志, 由佐 悠紀
  11. JOSEPH E. John, 加藤 照之, 坂井 俊樹, 鈴木 始
  12. グッドマドソン アウグスト, ジョセフ イ- ジョン, 下司 信夫, 井上 直人, 伊藤 康人, 東 敏博, 馬渡 秀夫
  13. ジョセフ E. ジョン, 中島 崇裕, 内海 さや香, 原田 誠, 原田 靖, 孫 文科, 山本 剛靖, 島田 誠一, 後藤 忠徳, 木股 文昭, 松島 健, 植木 貞人, 沢 隆雄, 清水 寧子, 渡辺 みのり, 熊元 淳美
  14. GUDMUNDSSON A., GUDMUNDSSON Agust, JOSEPH E.John, KATHAMANA Vijaykumar, KUMAR V., 下山 弘之, 中山 祐介, 中野 健秀, 久住 香織, 井上 真人, 内山 雄, 北田 奈緒子, 宮崎 真一, 小野寺 健英, 山口 美幸, 岩国 真紀子, 志知 龍一, 村瀬 圭, 松尾 寛子, 松田 滋夫, 板原 正典, 江村 剛, 浜本 絵梨子, 瀧沢 洸平, 瀬木 哲, 玉置 真知子, 田端 竹千穂, 盛川 仁, 石橋 愛子, 福田 淳一, 福谷 一孝, 竹内 昭洋, 笠谷 貴史, 笠谷 貴文, 茂木 透, 西山 あゆみ, 西田 雅彦, 遊佐 悠紀, 郷 亜矢子, 長尾 邦弘, 青木 聖子, 黒石 裕樹

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

  1. 別府地域の重力調査(2) [検索@G] [検索@A]
  2. 別府 島原地溝東部における重力解析 [検索@G] [検索@A]
    Gravity analysis around the eastern part of Beppu Shimabara Graben [search@G] [search@A]
  3. 別府地域の重力調査 [検索@G] [検索@A]
  4. 四国東南部における精密重力測定 [検索@G] [検索@A]
    Precise Gravity Measurements in the Southeastern Part of Shikoku District [search@G] [search@A]
  5. ディスロケーションモデルによる陥没構造の復元とテクトニクスの考察 九州中部地域の場合 [検索@G] [検索@A]
    The restration of depression structure and its tectonic study based on the dislocation model: a case study of central Kyushu, Japan [search@G] [search@A]
  6. 別府湾周辺のGPS観測 [検索@G] [検索@A]
    GPS measurements around Beppu Bay [search@G] [search@A]
  7. 重力異常からみた九州中部地域東部のテクトニクス [検索@G] [検索@A]
    Tectonic interpretation around the eastern part of central Kyushu based on gravity anomaly [search@G] [search@A]
  8. 重力異常からみた九州中部地域東部の第四紀テクトニクス [検索@G] [検索@A]
    Quaternary Tectonic Interpretation around the Eastern Part of Central Kyushu, Japan, based on Gravity Analysis [search@G] [search@A]
  9. 中央構造線両端部の第四紀テクトニクス [検索@G] [検索@A]
    Quaternary tectonic implication at the termination of the Median Tectonic Line, Southwest Japan [search@G] [search@A]
  10. 別府湾周辺のGPS観測(続編) [検索@G] [検索@A]
    GPS measurement around Beppu Bay the second report [search@G] [search@A]
  11. 豊肥火山地形形成のテクトニクス 第四紀前期以前の中部九州の伸長場はActiveかPassiveか [検索@G] [検索@A]
    Tectonic implication of the forming mechanics of the Hohi volcanic zone, central Kyushu, Japan [search@G] [search@A]
  12. ヘリコプターを用いた航空重力測定システムの開発(第2報)(P161)(ポスターセッション) [検索@G] [検索@A]
    Development of air borne gravity measurement system by using a helicopter (2) (P161) [search@G] [search@A]
  13. ヘリコプター重力測定システムの開発 [検索@G] [検索@A]
    Development of helicopter borne gravity measurement system [search@G] [search@A]
  14. 横ずれ断層端での2次断層発達経路の簡単な推定法と大阪湾周辺の断層分布の解釈 [検索@G] [検索@A]
    A simple estimation method of secondary fault propagation paths at terminations of strike slip faults and its application [search@G] [search@A]
  15. 航空重力測定法の開発および極域への応用 [検索@G] [検索@A]
    Development of air borne gravimeter and application to gravimetry in polar regions [search@G] [search@A]
  16. ヘリコプターを用いた航空重力測定システム [検索@G] [検索@A]
    Airborne Gravity Measurement System by use of a Helicopter [search@G] [search@A]
  17. ヘリコプター重力測定 1999年度の測定成果 (Db 003) [検索@G] [検索@A]
    Helicopter Gravimetry Results of Measurements from 1999 to 2000 (Db 003) [search@G] [search@A]
  18. ヘリコプター重力測定の高精度化 [検索@G] [検索@A]
    Enhancement of Gravity Measurement Accuracy on board a Helicopter [search@G] [search@A]
  19. 横ずれ断層端での2次断層発達とテクトニクス 大阪湾周辺の断層分布の一解釈 [検索@G] [検索@A]
  20. ヘリコプター搭載型重力計による1999年度の重力測定の成果 [検索@G] [検索@A]
    Results of Gravity Measurements (1999) Using a Helicopter Mounted Gravimeter [search@G] [search@A]
  21. ヘリコプター重力測定 2000年度の測定成果 (Dn 004) [検索@G] [検索@A]
    Helicopter Gravimetry Results of Measurements in 2000 (Dn 004) [search@G] [search@A]
  22. ヘリコプター重力測定システムの開発 極域での利用を目指して [検索@G] [検索@A]
  23. 右横ずれ左雁行断層端での盆地形成のメカニズムと大阪湾周辺のテクトニクス [検索@G] [検索@A]
    Forming Mechanism of the Sedimentary Basin at the Termination of the Right lateral Left stepping Faults and Tectonics around Osaka Bay [search@G] [search@A]
  24. 広域応力場の影響を考慮したDislocation modelによる断層端局所応力場の見積もりと断層分布の解釈への応用(P123)(ポスターセッション) [検索@G] [検索@A]
    Estimation of local stress field at the termination of strike slip faults by means of dislocation model with regional stress field and its application to tectonic interpretation of fault distributions (P123) [search@G] [search@A]
  25. 新たに開発されたヘリコプター搭載重力測定システムによる試験測定結果 [検索@G] [検索@A]
    Result of the tests conducted by a newly developed helicopter borne gravimeter system [search@G] [search@A]
  26. ヘリコプターによる東海地域沿岸および三宅島,神津島海域の重力測定(D010 001) [検索@G] [検索@A]
    Helicopter Gravity Measurements in the Tokai Coastal Zone and the Area around Miyake/Kozu Islands (D010 001) [search@G] [search@A]
  27. 応力解析による火山性地溝の形状と形成規模の推定(P184)(ポスターセッション) [検索@G] [検索@A]
    Estimation of 3 D structures of the volcanic graben by means of stress analysis (P184) [search@G] [search@A]
  28. 重力異常の水平勾配からみた駿河湾周辺の地下構造 [検索@G] [検索@A]
    Estimation of Subsurface Structures in and around the Suruga Bay as Generated by the First Order Horizontal Derivative of Bouguer Gravity Anomalies [search@G] [search@A]
  29. 駿河湾周辺の重力解析(S049 P002)(ポスターセッション) [検索@G] [検索@A]
    Gravimetric Analysis in and around the Suruga Bay (S049 P002) [search@G] [search@A]
  30. カルデラの規模を決めるマグマ溜まりの深さと収縮量の関係(P012) [検索@G] [検索@A]
    Relation between depth and contraction rate of magma chamber deciding caldera scale(P012) [search@G] [search@A]
  31. カルデラ形成に必要なマグマ溜りの収縮 [検索@G] [検索@A]
    Contraction rate of magma chamber for caldera formation [search@G] [search@A]
  32. ヘリコプターによる航空重力測定の成果および日本周辺重力値の再検討 [検索@G] [検索@A]
  33. ヘリコプターによる航空重力測定をジオイドの高精度評価および海底活断層調査に応用する(D005 006) [検索@G] [検索@A]
    Application of helicopter gravimetry to improve the accuracy of geoid and to survey active faults on the continental shelves (D005 006) [search@G] [search@A]
  34. マグマ溜りの崩壊に起因するカルデラ形成の数値モデリング(V056 P001)(ポスターセッション) [検索@G] [検索@A]
    Numerical modeling for caldera formation due to collapse of magma chamber(V056 P001) [search@G] [search@A]
  35. 広域応力場とカルデラ形状の力学的関係 [検索@G] [検索@A]
    Mechanical Relations between Caldera Form and Regional Stress Field [search@G] [search@A]
  36. 高密度比抵抗電気探査による地下水変動検出の試み [検索@G] [検索@A]
    Detection of Groundwater Level Changes by Means of Dense Electrical Resistivity Survey [search@G] [search@A]
  37. カルデラの規模とマグマ溜りの収縮条件の関係(G017 P013) [検索@G] [検索@A]
    Relationships between caldera scale and the contraction conditions of a magma chamber (G017 P013) [search@G] [search@A]
  38. 伸張場形成に必要なリソスフェア底部のせん断力とリソスフェアの厚さの関係(P096) [検索@G] [検索@A]
    Relationship between necessary shear stress on the base of lithosphere for forming the extension field and thickness of the lithosphere(P096) [search@G] [search@A]
  39. 初期カルデラのタイプ・大きさ・崩壊量を決めるマグマ溜りの深さ [検索@G] [検索@A]
    Depth of a magma chamber deciding initial caldera type, scale and collapse amount [search@G] [search@A]
  40. 別府湾周辺の断層分布の力学的解釈 [検索@G] [検索@A]
    Mechanical Interpretation of Fault Distribution In and Around Beppu Bay, Central Kyushu, Japan [search@G] [search@A]
  41. 高密度垂直電気探査による安倍川下流域での地下水位変化の観測 [検索@G] [検索@A]
    Observation of Groundwater Level Changes at the Rearches of the Abe River by Dense Vertical Electrical Sounding [search@G] [search@A]
  42. カルデラ形成に必要なマグマ溜まりの体積変化量と深さの関係(その2) [検索@G] [検索@A]
    Relationship between the volume change and depth of the magma chamber for the caldera formation(Part 2) [search@G] [search@A]
  43. カルデラ形成に必要なマグマ溜りの体積変化量と深さの関係(G017 P001) [検索@G] [検索@A]
    Relationship between the volume change and depth of the magma chamber for the caldera formation (G017 P001) [search@G] [search@A]
  44. 富士山における相対精密重力測定(D005 P005)(ポスターセッション) [検索@G] [検索@A]
    Precise Relative Gravity Measurements over Mt. Fuji Area (D005 P005) [search@G] [search@A]
  45. 富士山周辺の精密相対重力測定 [検索@G] [検索@A]
    Precise relative gravity measurements over Mt. Fuji [search@G] [search@A]
  46. 東海地域の稠密GPS観測網の構築(D008 003) [検索@G] [検索@A]
    New dense GPS network around Tokai region (D008 003) [search@G] [search@A]
  47. SAインバージョンによる由布院盆地の2次元地下構造 [検索@G] [検索@A]
    2 Dimensional underground structure of Yufuin Basin by Simulated Annealing [search@G] [search@A]
  48. カルデラ形成に必要なマグマ溜りの体積変化量 有限球モデルとポイントソースモデルの比較 (V101 P026) [検索@G] [検索@A]
    Volume change of the magma chamber for the caldera formation comparison between the finite sphere and point source models (V101 P026) [search@G] [search@A]
  49. マグマ溜りの深さがカルデラ形状に与える影響 [検索@G] [検索@A]
    Depth of magma chamber playing an important role to caldera formation [search@G] [search@A]
  50. 東海地域の稠密GPS観測(D124 P003) [検索@G] [検索@A]
    GPS Monitoring around Tokai Region (D124 P003) [search@G] [search@A]
  51. 粒状体個別要素法によるマグマ溜りの重力崩壊シミュレーション(V101 P025) [検索@G] [検索@A]
    Simulations of gravitational collapse of a magma chamber by means of the distinct element method (V101 P025) [search@G] [search@A]
  52. 重力異常からみた活断層・地震断層・地殻変動 [検索@G] [検索@A]
    Relationship among gravity anomaly, active fault, earthquake fault and crustal movement [search@G] [search@A]
  53. 駿河湾および富士山周辺での精密相対重力測定(D122 P009) [検索@G] [検索@A]
    Precise Relative Gravity Measurements around Mt. Fuji and Suruga Bay (D122 P009) [search@G] [search@A]
  54. Zero Length Springs社Burris重力計(B 019)の定数検定(D105 P006) [検索@G] [検索@A]
  55. カルデラ形成に必要なマグマ溜りの体積変化量:点力源および有限球モデルによる定量的議論(S 33) [検索@G] [検索@A]
    Magma chamber volume changes required for caldera formation : quantitative discussion by point source and finite sphere models(S 33) [search@G] [search@A]
  56. 中央北海道における古第三紀堆積盆の形成過程と変形運動評価−−古地磁気学的手法と数値モデリングからのアプローチ−−(O 38) [検索@G] [検索@A]
    Formation and deformation process of the Paleogene sedimentary basins in the central Hokkaido inferred from paleomagnetic and numerical modeling approach(O 38) [search@G] [search@A]
  57. 猪牟田カルデラを形成したマグマ溜りの深さと規模の推定(V156 P008) [検索@G] [検索@A]
    Depth and radius of a magma chamber that formed the Shishimuta caldera, central Kyushu, Japan(V156 P008) [search@G] [search@A]
  58. 重力異常のSAインバージョンによる雲仙の地下構造 [検索@G] [検索@A]
    Underground structure of Unzen, based on SA gravity inversion [search@G] [search@A]
  59. 電気探査による海洋潮汐モニタリングの可能性について(O222 P018) [検索@G] [検索@A]
    On the possibility of monitoring of the ocean tide by dense vertical electrical sounding(O222 P018) [search@G] [search@A]
  60. 一定でない流体圧による開口クラック周辺の変位と応力場 [検索@G] [検索@A]
    Displacement and stress field around crack opened by irregular over pressure [search@G] [search@A]
  61. 地震間及び地震時重力変化検出に向けた静岡県内での精密重力測定と重力計定数の検定(D105 P004) [検索@G] [検索@A]
    Precise gravity measurements to detect inter and co seismic changes in Shizuoka and the calibration of Burris gravity meter(D105 P004) [search@G] [search@A]
  62. 地震間及び地震時重力変化検出のための御前崎周辺の精密重力測定 [検索@G] [検索@A]
    Precise gravity measurements around the Omaezaki peninsula, Shizuoka, Japan, for finding the interseismic and coseismic gravity changes [search@G] [search@A]
  63. 電磁気学的手法を用いた海底資源探査ツール開発の取り組み(A003 P003) [検索@G] [検索@A]
    Approach to development of exploration tools for seabed resources by electric and magnetic methods (A003 P003) [search@G] [search@A]
  64. 初期カルデラ(環状断層)形状に必要なマグマ溜りの体積変化量 [検索@G] [検索@A]
    Magma chamber volume change required for initial caldera (ring fault) formation [search@G] [search@A]
  65. 磁気異常のフォワードモデリングによる海底熱水鉱床の検出可能性について [検索@G] [検索@A]
    Feasibility test for the detection of seabed resources by using a forward modeling of magnetic anomaly [search@G] [search@A]
  66. 鉱脈形状から推定される過剰圧とその解釈 [検索@G] [検索@A]
    Overpressure condition estimated from mineral veins configuration, and its interpretations [search@G] [search@A]
  67. 関西国際空港2期空港島深層ボーリングコア(KIX18 1)の色変化のデジタル化 [検索@G] [検索@A]
    Digitization of Color variation of Deep Boring KIX18 1 at Kansai International Airport 2nd Phase Island [search@G] [search@A]
  68. フォースバランス型加速度計を用いた船上重力測定(P2 57)(ポスターセッション)(演旨) [検索@G] [検索@A]
    Gravity Survey on a Ship using Force Balanced Type Accelerometer (P2 57) [search@G] [search@A]
  69. モードIのクラック形状から近傍のヤング率分布を推定する近似解(SVC063 P27) [検索@G] [検索@A]
    Approximate solution estimating the distribution of Young's modulus nearby mode I crack from its shape(SVC063 P27) [search@G] [search@A]
  70. 山地と盆地形成のモデリング(S 37)(演旨) [検索@G] [検索@A]
    Modeling of mountains and basins caused by fault activities (S 37) [search@G] [search@A]
  71. 母岩物性の不均質を反映した岩脈の発達過程(SVC063 P29) [検索@G] [検索@A]
    Development of dike reflecting the mechanical heterogeneity of host rock(SVC063 P29) [search@G] [search@A]
  72. 第四紀テクトニクス 2.3 地殻構造 [検索@G] [検索@A]
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