Title of Master Thesis
Exploration Geophysics Laboratory, Graduate School of Engineering, Kyoto University

• 1996

  Katayama, H.  A study on the time-domain electro-magnetic method
  Kishida, T.   A study on the resistivity tomography
  Takami, Y.    Accurate seismic investigation of fracture by force injection of air
  Hirai, T.     Improvement in the accuracy of seismic travel time tomography by means of grid method.
  

• 1995

  Ito, A.       Log analysis by use of neural network
  Ookubo. A     Wave-equation travel time inversion
  Oda, Y.       Velocity analysis by use of neural network and theoretical expansion 
  Feng, S.-K.   Estimation of absorption coefficient of rock by use of sinusoidal wave source 
         

• 1994

  Hasegawa, S.  A study on inversion of MT data
  Fujimoto, K.  Improvement in the accuracy of seismic travel time tomography and investigation of cavity 
  Furuta, G.    A study on resistivity tomography
  Yabuuchi, S.  Scattering characteristics of micro wave in the active remote sensing
         

• 1993

  Arai, E.      Removal of static effect and 3-D FEM modeling of MT method 
  Gonda, K.     Study on S-wave splitting in anisotropic layer
  Sano, T.      Wave equation modeling in visco-elastic media
  Nakauchi, T.  Depth transform of seismic data by use of equi-travel time plane
  

• 1992

  Suzuma, T.    Seismic travel time tomography inversion by use of statistical approach
  Nakano, H.    Modeling of Resistivity method by using FEM
  Hirooka, N.   Study on expert system for interpretation of seismic data of reflection method.
  

• 1991

  Aizawa, M.    Detection of response from anomaly in cross-hole resistivity measurement
  Shirahata, H. Improvement in the accuracy of seismic cross-hole tomography
  Hatsuyama, S. Response of sphere anomaly and its utilization for electrical sounding
  Hirooka, S.   Depth transform of offset VSP data
  Minami, H.    Three-dimensional modeling of resistivity method
  Murayama, N.  AVO inversion by use of modeling of seismic reflection data
  Yokota, K.    Seismic attenuation tomography by use of amplitude data
  Yokota, T.    Three-dimensional processing of seismic reflection data
  

• 1990

  Kishimoto, M. Effect and removal of noise caused by shallow structure in MT method
  Tenma, N.     NMO and velocity analysis by use of higher approximation
  Murayama, Y.  Simulation of seismic phenomena by using Fourier transform
  Yamada, M.    Improvement in the accuracy of seismic travel time tomography
  

• 1989

  Kiguchi, T.   Simulation of seismic phenomena caused by some S-wave sources
  Kozawa, T.    Study on seismic travel time tomography
  Tsuji, M.     Electrical sounding of subsurface fracture by BEM
  Chang, X.     Simulation of seismic phenomena by FDM
  Kubo, Y.      Automatic travel time picking by use of AIC
  

• 1988

  Watanabe, T.  Effect of fracture on P-wave propagation
  

• 1887

  Kakimoto, I.  Transient EM method for conductive sphere in non-static magnetic field
  Shimofusa, T. Three-dimensional topography analysis of resistivity method by use of BEM
  Hidayat, M.   Application of geoelectric resistivity for landslide and groundwater explorations
  

• 1986

  Takeda, M.    Seismic refraction method and its limitation
  

• 1985

  Ueda, K.      Modeling of MT method
  Yamamoto, H.  Study on deconvolution 
  

• 1984

  Irie,  S.     Study on transient electro-magnetic method
  Katai, M.     Study on migration of reflection data
  Suzuki. K.    Study on wave-equation migration of reflection data
  Nishikawa, N. Study on galvanic electro-magnetic method
  Hongou, T.    Study on centroid-frequency electro-magnetic method
  Ryu, M.       Seismic propagation in rock containing water-saturated cracks
  

• 1983

  Kawasaki, Y.  Study on magneto-telluric method 
  Shito, S.     Study on propagating-wave electrical method
  Tsuru, T.     Particle motion on free surface caused by seismic wave
  Nida,         Study on centroid-frequency electro-magnetic method
  Bazaki, T.    Migration by use of finite difference
  

• 1982

  Oosaki, K.    Study on model of IP phenomena
  Hasegawa, K.  Study on centroid induction method
  Yamaishi, T.  Study on electro-magnetic induction method
  

• 1981

  Ueda, T.      Sensitivity distribution by conductive sphere
  Ogoso, T.     Seismic reflection method
  Ohtomo Y.     Sensitivity distribution of horizontal layer
  Ohwada,       Sensitivity distribution of topography
  

• 1980

  Anami, K.     Analysis of resistivity data by electrode rotation
  Tsujimoto, T. Topography analysis in VES
  Hongo, K.     Electrical characteristic of soil
  Miyake, S.    Prediction of oscillation level
  Miwa, Y.      Study on electro-magnetic induction method
  

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