Original Papers- Norihiro Nakamura -
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41.Nakamura, N., Hirose, T. and Borradaile, G.J. (2002), Laboratory verification of submicron magnetite production in pseudotachylytes; relevance for paleointensity studies.[Earth and Planetary Science Letters,201,(2002),13-18]Nakamura, N, Hirose, T. and Borradaile, G. J.
42.Tectono and chemico-magnetic effects in tectonically active regions.[Earthquake Termodynamics and Phase Transformations in the Earth's Interior (Eds. R. Teisseyre and E. Majewski), Academic Press,(2001),553-564]Nakamura, N. and Nagahama, H.
43.Flow and slip regimes in S-C mylonites: a geological implication for seismogenic processes.[Abstracts of International Symposium on Slip and Flow Processes in and below the Seismogenic Region,68,(2001),1-7]Norihiro Nakamura, Hiroyuki Nagahama
44.Strain, anisotropy of anhysteretic remanence, and anisotropy of magnetic susceptibility in a slaty tuff.[Physics of the Earth and Planetary Interiors,125,(2001),85-93]Nakamura, N. and Borradaile, J. G.
45.Changes in magnetic and fractal properties of fractured granites near the Nojima fault, Japan.[The Island Arcs,10,(2001),486-494]Nakamura, N. and Nagahama, H.
46.Do reduction spheroids predate finite strain? A magnetic diagnosis of Cambrian slates in North Wales.[Tectonophysics,340,(2001),133-139]Nakamura, N. and Borradaile, J. G.
47.Is Curie symmetry principle constraint for structural geology?.[Abstracts of the International Katachi & Symmetry 2 (KUS2) symposium,2,(2000),54]Norihiro Nakamura, Hiroyuki Nagahama
48.Curie symmetry principle: Do it constrain for the analysis of structural geology?.[Forma,15,(2000),87-94]Nakamura, N. and Nagahama, H.
49.Fault gouge as a source of the geomagnetic field anomaly.[Abstracts of IUGG99 (International Union of Geodesy and Geophysics),(1999),A390-]Norihiro Nakamura
50.Fault Zone Magnetism and Fractal Fracture Distribution: a Case Study of the Drilling Project in the Nojima Earthquake Fault.[EOS transactions (Fall Meeting),79,(1998),F583-]Norihiro Nakamura, Hiroyuki Nagahama
51.Geomagnetic field perturbation and fault creep motion: A new tectonomagnetic model.[In: Atomospheric and Ionospheric Electromagnetic Phenomena Associated with Earthquakes (Ed. M. Hayakawa), TERRAPUB,(1998),307-323]Nakamura, N. and Nagahama, H.
52.1998年9月3日岩手県内陸北部の地震に伴う地震断層.[Active fault research,17,(1998),9-20]越谷 信・大石雅之・野田 賢・奥寺 勇樹・加藤貴史・滝口真一・三田地喜之・嶋守真紀・斎藤徳美・矢内桂三・平野信一・澤 祥・福留高明・佐藤比呂志・大槻憲四郎・長濱裕幸・中村教博・土井宣夫・東郷正美・粟田泰夫・吉岡敏和
53.1998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.[Journal of Geological Society of Japan,104,(1998),XXV-XXVI]越谷 信・野田 賢・加藤貴史・滝口真一・三田地喜之・嶋守真紀・斎藤徳美・矢内桂三・大石雅之・福留高明・佐藤比呂志・大槻憲四郎・長濱裕幸・中村教博・平野信一・土井宣夫・澤 祥・東郷正美・粟田泰夫・吉岡敏和
54.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.[月刊地球号外「断層解剖計画」,(1998),196-201]中村 教博・長濱 裕幸
55.Geomagnetic field anomaly and fault creep motion -a differential geometrical approach-..[Abstracts of International Workshop SeismoElectromagnetics,(1997),135-]Norihiro Nakamura, Hiroyuki Nagahama
56.Magnetic susceptibility and plastic strain of rocks by the differential geometric theory of the physical interaction field.[Physics and Chemistry of the Earth,22,(1997),167-173]N. Nakamura & H. Nagahama
57.Anisotropy of magnetic susceptibility and plastic strain of rocks -a Finsler geometrical approach-.[Acta Geophysica Polonica,45,(1997),333-345]N. Nakamura & H. Nagahama
58.A spring-network model of fault system evolution.[In: Structural geology and Personal Computers (ed. D. D. Paor), Elsevier Science Pub,(1996),343-358]N. Nakamura, K. Otsuki & H. Nagahama
59.Numerical simulation for the pattern formation of faults..[30th International Geological Congress, Abstracts,3,(1996),469-]Norihiro Nakamura, Hiroyuki Nagahama
60.Scaling of the critical slip displacement and fractal theory on energy-size reduction in fault zones..[30th International Geological Congress, Abstracts,2,(1996),272-]Hiroyuki Nagahama, Norihiro Nakamura
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