Original Papers- NAGAHAMA Hiroyuki -
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201.Tribochemical wearing in S-C mylonites and its implication to lithosphere stress level.[Earth, Planet and Space,54,(2002),1103-1108]N. Nakamura, H. Nagahama
202.Interpretation of charging on fracture or frictional slip surface of rocks.[Physics of the Earth and Planetary Interiors,130(3-4),(2002),285-291]A. Takeuchi, H. Nagahama
203.Hodge duality of defects field and operators in differential forms.[Journal of Physics, A: Mathematics and General,35,(2002),3767-3778]K. Yamasaki, H. Nagahama
204.Application of Fractal Cell Dynamics Model to the Recrystallized Grain Boundaries.[International Workshop on Nano-materials,(2001),33-]M. Takahashi, H, Nagahama
205.Flow and slips in S-C mylonites: geological implication of seismogenetic processes.[International Symposium on Slip and Flow Processes in and below the Seismogenic Region, Nov. 5-8, 2001, Saito Ho-on Kaikan Hall, Aoba-ku, Sendai, Japan, Ministry of Education, Culture, Sports, Science and Technology,(2001),68-1-68-7]N. Nakamura & H. Nagahama
206.Voltage-changes induced by stick-slips of granites..[2001 Asia-Pacific Radio Science Conference, AP-RASC'01, Chuo Univ., Tokyo, Japan, PG9-04.,(2001),361-]A. Takeuchi, H. Nagahama
207.Sattinger's group theoretical bifurcation theory: Curie symmetry principle.[5th Congress & Exhibition ISIS-Symmetry, July, Sydney, Australia, http://www.isis-s.unsw.edu.au/interact/conference/abstracts-index.html.,(2001)]T. Chiba, H. Nagahama
208.Symmetry in the self-organized criticality.[5th Congress & Exhibition ISIS-Symmetry, July, Sydney, Australia, http://www.isis-s.unsw.edu.au/interact/conference/abstracts-index.html.,(2001)]K. Nanjo, H. Nagahama, E. Yodogawa
209.Symmetropy and self-organized criticality.[Forma,16(3),(2001),213-224]K. Nanjo, H. Nagahama, E. Yodogawa
210.Curie symmetry principle in nonlinear functional systems.[Forma,16(3),(2001),225-231]T. Chiba, H. Nagahama
211.Gauge theory of dislocational electromagnetic field in earthquake preparation zone.[Acta Geophysica Polonica,49(3),(2001),437-448]H. Nagahama
212.Seismic rotation waves: dislocations and disclinations in a micromorphic continuum.[Acta Geophysica Polonica,49(1),(2001),119-129]H. Nagahama, R. Teisseyre
213.Changes in magnetic and fractal properties of fractured granites near the Nojima Fault, Japan.[Island Arc,10(3-4),(2001),486-494]N. Nakamura, H. Nagahama
214.The sections' fractal dimension of grain boundary.[Applied Surface Sciences,182(3-4),(2001),297-301]M. Takahashi, H. Nagahama
215.Voltage cha.[Geophysical Research Letter,28(17),(2001),3365-3368]A. Takeuchi, H. Nagahama
216.Seismic Rotation Waves : Dislocations and Disclinations in a Micromorphic Continuum.[Acta Geophisica・Polonica,49(1),(2001),119-129]H. Nagahama, R. Teisseyre
217.Electric Potential Changes Induced by Stick-slips of Granites.[International Workshop, Seismo Electromagnetics 2000 of NASDA, Programme and Abstracts,(2000),21-]A. Takeuchi, H. Nagahama
218.A Gauge Theory of Dislocations Extended by Including the Electronic Fields : Electromagnetic Generation in Earthquake Preparation Zone.[International Workshop Seismo Electromagnetics 2000 of NASDA, Programme and Abstracts,(2000),120-]H. Nagahama
219.Fractal Scalings of Rock Fragmentation.[Earth Science Frontiers,7(1),(2000),169-177]H. Nagahama
220.Micromorphic Continuum and Fractal Fracturing in the Lithosphere.[Pure and Applied Geophysics,157,(2000),559-574]H. Nagahama, R. Teisseyre
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