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Papers (updated in 2009-12)
Category
● Seismic source
● Modeling of subsurface structure
● Microtremors
(ambient noises)
International peer-reviewed papers
●Cho, I., I. Nakanishi, and K.
Kanjo, 1995, The source mechanism of the Hyogoken-nambu earthquake of January
17, 1995, Journal of Natural Disaster Science, 16, 21-29.
(Category: Data
analysis, Earthquake)
●Cho, I., R. Kobayashi, Y.
Muramatsu, I. Nakanishi, K. Oike, Y. Suzuki, and T. Fujiwara, 1999, Analyses of
data recorded by the network system for observations of earthquake response in
the Kyoto area: application to the earthquake at the Kyoto city on July 18,
1996 (MJMA 3.6), Journal of Natural Disaster Science, 20, 49-55.
(Category: Data
analysis, Earthquake)
(Category: Data
analysis, Earthquake)
(Category: Data
analysis, , Earthquake, Seismogenesis)
●Cho, I., T. Tada and Y.
Shinozaki, 2004, A new method to determine phase velocities of Rayleigh waves
from microseisms, Geophysics, 69,
1535-1551.
(Category:
Microtremor)
(Category:
Microtremor)
(Category:
Microtremor)
(Category:
Microtremor)
(Category:
Microtremor)
●
(Category:
Microtremor)
(Category: Numerical Simulation, Earthquake, Seismogenesis)
(Category:
Microtremor)
Japanese
peer-reviewed papers
●長郁夫, 中西一郎, 今西和俊, 佐藤魂夫, 1995,
1994年北海道東方沖地震(MJMA = 8.1)のCMT解: 広帯域強震計データを用いたインバージョン, 地震2, 48, 353-364.
(Category: Data
analysis, Earthquake)
●高波鉄夫, 一柳昌義, 長郁夫, 中西一郎,
1996, 1995年5月23日北海道空知中部の地震(M = 5.7)のメカニズム解とそれに関連した北海道西部のテクトニクス, 地震2, 49, 347-360.
(Category: Data
analysis, Earthquake)
●長郁夫, 中西一郎, 凌 甦群, 岡田広, 1999, 微動探査法への個体群探索分岐型遺伝的アルゴリズムの適用,
物理探査,
52, 227-246.
(Category:
Microtremor)
●長郁夫, 志賀卓弥, 篠崎祐三, 2001, 短周期微動への空間自己相関法の適用における交通量の影響, 日本建築学会技術報告集, 第14号, 93-96.
(Category:
Microtremor)
●長郁夫, 志賀卓弥, 篠崎祐三, 2002, 交通量の多い道路近くにおける短周期微動の場と分散曲線の解析：Henstridgeが提案した方法による円形アレイデータの解析,
日本建築学会構造系論文集, 第552号, 59-68.
(Category:
Microtremor)
●長郁夫, 篠崎祐三, 2003, 微動を用いた構造決定のための円形アレイデータ解析に関する理論的研究,
物理探査,
56, 29-42.
(Category:
Microtremor)
●長郁夫, 2004, 微動水平動成分の円形アレイ解析法, 物理探査, 57, 245-253.
(Category:
Microtremor)
●長郁夫, 岩田貴樹, 志賀卓弥, 徳永建人, 福興径夫, 篠崎祐三, 2004, 微動を用いた構造決定のための円形アレイデータ解析:
実データに対するHenstridge法, 新手法の適用性の検討, 物理探査, 57，401-416.
(Category:
Microtremor)
●長郁夫, 2005, 微動3成分の円形アレイ解析のための一般的定式化,
物理探査，58, 121-135.
(Category:
Microtremor)
●長郁夫, 趙 伯明, 香川敬生, 2005, 増幅スペクトルを評価するための浅部地盤S波速度構造のモデル化−大阪湾岸部−, 日本地震工学会論文集, 5,
1-16.
(Category: Data
analysis, Modeling of subsurface structure, Strong ground motions)
(Category: Data
analysis, Modeling of subsurface structure, Geological Structure)
(Category: Data
analysis, Modeling of subsurface structure, Strong ground motions)
●長郁夫, 松下レイケン, 中井未里, 今西和俊, 干野真, 桑原保人, 水野高志, 武田哲也, 2007, S波異方性解析のための自動データ処理システムの試作,地震2, 60, 107-116.
(Category: Data
analysis, Earthquake, Stress field)
●長郁夫，多田卓，篠崎祐三，2008，極小アレイによる新しい微動探査法：浅部地盤平均Ｓ波速度の簡便推定，物理探査，61,
457-468.
(Category:
Microtremor)
Proceedings
●Cho, I. T. Tada, and
Y. Shinozaki, 2004, Suggestion and theoretical evaluations on the performance
of a new method to extract phase velocities of rayleigh waves from microtremor
seismograms obtained with a circlular array, 13WCEE. here
(Category:
Microtremor)
●Cho, I., M. Tsurugi, T.
Iwata, T. Kagawa, and B. Zhao, 2004, Modeling of the spectral amplification
characteristics at the strong motion observation sites in the Osaka basin,
Japan, 13WCEE. here
(Category: Data
analysis, Modeling of subsurface structure, Strong ground motions)
●Cho, I., T. Tada
and Y. Shinozaki, 2006, New methods of microtremor exploration: The Centerless
Circular Array method and the Two-Radius method, Proceedings, Third International Symposium on the Effects of Surface
Geology on Seismic Motion (ESG2006), Vol. 1, 335-344. here
(Category:
Microtremor)
(Category: Data
analysis, Earthquake)
(Category: Data analysis, Earthquake, Stress fields, Seismogenesis)
●長郁夫, 桑原保人, 2007, 応力トリガリング評価法の高度化のための基礎解析, 活断層・古地震研究報告, 第7号, pp.273-292.
(Category: Numerical Simulation, Seismogenesis)
(Category: Data analysis,
Modeling of subsurface structure, Geological structure)