All Stories

  1. The use of distributed acoustic sensor for deep geothermal reservoir prospecting
  2. Numerical Simulation of Hydraulic Fracturing in Enhanced Geothermal Systems Considering Thermal Stress Cracks
  3. Seismic exploration for geothermal resources
  4. Effect of confining pressure during thermal treatment processes on rock properties
  5. Fundamental study of a multiple component DAS sensor
  6. Quantitative evaluation of passive seismic survey using microseismicity induced by fluid flow
  7. Influence of eccentricity/tilted sonic logging tool on dispersive wave
  8. The estimation of permeability using the shape parameter of the Weibull distribution
  9. Presence of an intense reflector at 2.8 km depth revealed by the enhanced borehole DAS seismic study in the Ohnuma geothermal field in Honshu, Japan
  10. Stress Field Estimation From S‐Wave Anisotropy Observed in Multi‐Azimuth Seismic Survey With Cabled Seafloor Seismometers Above the Nankai Trough Megathrust Zone, Japan
  11. Numerical simulation of hydraulic fracturing in enhanced geothermal systems considering thermal stress cracks
  12. Influence of excavation damaged zone on the dynamic response of circular cavity subjected to transient stress wave
  13. Full-Waveform Inversion for Imaging Faulted Structures: A Case Study from the Japan Trench Forearc Slope
  14. Full Waveform Inversion for Imaging Faulted Structures; a Case Study from Japan Trench Forearc Slope
  15. Dispersion of flexural waves in a borehole with a tensile fracture in an anisotropic stress environment
  16. Converted Wave Traveltime Approximation in Elastic Orthorhombic Media
  17. Effect of the azimuthal fluid channel in a cased borehole on multipole dispersions
  18. Exploring New Geothermal Reservoirs in the Ohnuma Well in Honshu, Japan Using Enhanced DAS Seismic Methods
  19. On-Axis Triplications in Elastic Orthorhombic Media
  20. Time-Lapse Monitoring of Variation of Pore Fluids Distribution and Reservoir Properties Using FWI in Foam-Assisted EOR
  21. Traveltime and Relative Geometrical Spreading Approximation in Elastic Orthorhombic Medium
  22. Removal of frequency notches in marine seismic data acquired by a deeply towed source
  23. VSP Study Using DAS at the Medipolis Geothermal Well and Implication of a Deep High-Vp/Vs Zone
  24. Stress field estimation from S-wave anisotropy observed in multi-azimuth seismic survey with cabled seafloor seismometers above the Nankai Trough megathrust zone, Japan
  25. Estimation of Cole-Cole average scattering time of subsurface using electromagnetic reflection signals
  26. On-axis triplications in elastic orthorhombic media
  27. A new S-wave free acoustic approximation for the transversely isotropic media with a vertical symmetry axis
  28. Simple theory for processing reflection seismic data from moving offshore vibratory source
  29. Traveltime and relative geometrical spreading approximation in elastic orthorhombic medium
  30. Quantitative analysis of insolation heating suppression utilizing electromagnetic scattering
  31. Recent technological developments in integrated near surface geophysical surveys with the application of wave theories
  32. Active and passive monitoring toward geophysical understanding of offshore interplate seismogenesis
  33. List of contributors
  34. List of reviewers
  35. Triplications for the converted wave in transversely isotropic media with a tilted symmetry axis
  36. New acoustic approximation for transversely isotropic media with a vertical symmetry axis
  37. Mirror reverse time migration using vertical cable seismic data for methane hydrate exploration
  38. High-resolution velocity estimation in sonic logging using full-waveform inversion
  39. Receiver ghost imaging using vertical cable seismic data for methane hydrate exploration
  40. Survey performance of deeply-towed marine seismic vibrator: Comparative study with imaging results from an airgun array
  41. Free‐surface implementation in a mesh‐free finite‐difference method for elastic wave propagation in the frequency domain
  42. An elongated finite-difference scheme for 2D acoustic and elastic wave simulations in the frequency domain
  43. Feasibility Study of Time-Lapse Monitoring of Foam-Assisted EOR Using RTM
  44. Simulation of Ductile Failure of Granite Using DEM With Adjusted Bond Strengths Between Elements in Contact
  45. Simulation of Hydraulic Fracturing Under Brittle-Ductile Transition Condition with Bond-Degradation Approaches
  46. The role of rock strength heterogeneities in complex hydraulic fracture formation – Numerical simulation approach for the comparison to the effects of brittleness –
  47. A mesh-free finite-difference method for elastic wave propagation in the frequency-domain
  48. Realization of high signal-to-noise ratio offshore seismic survey with interferometric approach
  49. Frequency-domain acoustic-wave modeling using a mesh-free finite-difference method with optimal coefficients of the acceleration term
  50. Fundamental study for monitoring sweep front in foam-assisted EOR using seismic AVO analysis
  51. DEM-SJM combined 2D-hydraulic fracturing simulation for consideration of the influence of differential stress
  52. Damage detection on invisible reverse side of planar steel using disturbance measurement of magnetic flux
  53. Estimation of azimuthal angle of S-wave anisotropy using virtual cross-dipole data generated by the Virtual Source Method
  54. Estimation of seismic anisotropy with azimuth from sonic data by full waveform inversion
  55. Fundamental study for detecting subsurface foam advancement in the practice of foam-assisted EOR using RTM
  56. Microseismic analysis for kinematic parameters of subsurface permeable flow
  57. Numerical simulation of brittle failure of rock using MPS method and DEM
  58. Numerical study on the interaction of solid grains with fluid in the production of natural resources
  59. Reproduction of complicated scale form in pipe systems from hydrodynamic perspectives
  60. Simultaneous estimation of subsurface properties from CSP gather
  61. The estimation of the physical properties of subsurface objects using Cole-Cole equation
  62. Reservoir Monitoring by CSEM Data: A Fictitious Domain Strategy
  63. Estimate azimuthal shear-wave anisotropy by applying virtual-source method with a line of air-gun shots and a single ocean-bottom seismometer
  64. A new frequency-domain finite-difference scheme with an elongated stencil for 2D acoustic wave simulation
  65. Realization of offshore shear-wave survey with marine vibrator and interferometric approach
  66. S-wave AVO analysis for common scatter point gather for equivalent offset migration technique
  67. Hydraulic-fracturing simulation in different differential stresses and anisotropic media
  68. Improved Imaging Capability of Phased Array Antenna in Ground Penetrating Radar Survey
  69. Use of Virtual Dipole Shear Source in Offshore Shear Wave Exploration without Any Contact to the Seafloor
  70. Wavefield Decomposition Using Displacement Potentials for Multi-Component 3D Seismic Data
  71. AVO analysis using horizontal component of seismic data in equivalent offset migration method
  72. An accurate and efficient finite-difference operator for the frequency-domain wave propagation
  73. Development of phased array ground penetrating radar for near surface exploration
  74. Estimation of shear wave anisotropy of transversely isotropic medium by full waveform inversion
  75. Fundamental research on the role of differential stress in hydraulic fracturing in strength-anisotropic medium
  76. Fundamental study for estimating azimuthal shear wave anisotropy by applying VSM in marine airgun survey
  77. Influence of near-surface strongly anisotropic medium on P-to-S wave conversion
  78. Quantitative simulation of silica scale deposition from physical kinematics perspectives
  79. The effect of flowing small particles on flow characteristics and closure of pore in porous media
  80. Waveform-based gradient method for estimating hypocenter mechanism before observing aftershocks
  81.  Numerical analysis of passive seismic emission tomography using oscillation caused by multiphase flow method
  82. Development of Marine Seismic Vibrator towards Realization of Shear Wave Source with No Touch-Down to Seafloor
  83. Full Waveform Inversion of Cross-Dipole Acoustic Waveforms
  84. The Mechanism of Complex Hydraulic Fracture Creation Due to Strength Heterogeneity
  85. Three Dimensional Stress Field Estimation Using S-Wave Anisotropy Obtained from Ambient Noise Records of Vertical Seismic Array System
  86. Waveform analysis of borehole acoustic dipole data in transversely isotropic medium with a tilted axis of symmetry
  87. Fundamental study of seismic-emission tomography in terms of fluid-pressure fluctuations
  88. A mesh-free finite-difference method for frequency-domain viscoacoustic wave equation
  89. Wide-area distribution of S-wave anisotropy estimated by airgun surveys around seafloor-cabled seismometers in the Nankai Trough, Japan
  90. Numerical simulation of flowing sand in porous flow for estimating the influence to permeability
  91. An absorbing boundary condition for acoustic-wave propagation using a mesh-free method
  92. A New Approach to Estimate Depth-dependent S-wave Anisotropy Using Anisotropy Semblance Method
  93. Applicability of Phased Array Antenna to Ground Penetrating Radar for Subsurface Imaging Below Surface Obstacles
  94. Initial Velocity Model for Full Waveform Inversion Using Dip Move-out Correction and Velocity Analysis
  95. Towed Marine Dipole Source for Shear Wave Generation
  96. A Full-Waveform Inversion with Adaptive Spatial Resolution Using a Mesh-Free Finite Difference Method
  97. Development of Marine Seismic Vibrator towards Realization of Shear Wave Source with No Touch-Down to Seafloor
  98. Full Waveform Inversion of Cross-Dipole Acoustic Waveforms
  99. A new initial model for full waveform inversion without cycle skipping
  100. The role of fluid viscosity in hydraulic fracturing in naturally fractured rock
  101. Three dimensional inversion of hydraulic conductivity and specific storage using spatially-dense Self-potential time-series
  102. Digital microscopic and macroscopic rock failure - Application of a staggered Hamiltonian particle method for rock masses of complex free surface -
  103. Experimental Airgun Survey Using DONET Seafloor Observatories to Estimate Seismic Anisotropy in the Nankai Trough, Japan
  104. Horizon Guided Initial Model for Full Waveform Inversion of Seismic Data without Low Frequencies
  105. Acoustic full waveform inversion for sub-seafloor exploration using vertical cable seismic
  106. An adaptive resolution full-waveform inversion using a mesh-free finite-difference method
  107. Applicability of full waveform inversion to sonic logging
  108. Applicability of phased array antenna to ground penetrating radar
  109. Density estimation strategy in full waveform well-to-well tomography
  110. Development of hydraulic low frequency marine seismic vibrator
  111. Estimation of S-wave anisotropy in the Nankai Trough using active and passive seismic dataset observed by DONET
  112. Fracture propagation stimulated by hydraulic injection under stress field
  113. Improvement of eddy current testing method for sheet piles on harbor
  114. Seismic wavefield distortion due to near surface anisotropic anomalies
  115. Study of the exploration focused on shear waves generated by a dipole source
  116. The effects of fluid viscosity on the propagation of hydraulic fractures at the intersection of pre-existing fracture
  117. The evaluation of reliability of hydraulic conductivity and specific storage structures estimated by self -potential inversion
  118. The hydrodynamic effect on silicate scale growth in microscopic flow inferred from numerical simulation
  119. Effect of local heterogeneous conditions on growth curves of P-wave
  120. A mesh-free method with arbitrary-order accuracy for acoustic wave propagation
  121. Seafloor observatory for monitoring hydrologic and geological phenomena associated with seismogenic subduction zones
  122. Self-potential Inversion for the Estimation of Permeability Structure
  123. The 3D self-potential inversion for the estimation of hydraulic parameters
  124. Application of particle-based marine controlled-source electromagnetic inversion to hydrothermal active area, off Okinawa, Japan
  125. Influence of the injected fluid viscosity on hydraulic fracturing in naturally fractured rock using discrete element method
  126. Estimation of fluid contact in terms of attenuation
  127. Fluid-physical simulation of silicate scale growth using lattice Boltzmann method
  128. An accuracy analysis of a Hamiltonian particle method with the staggered particles for seismic-wave modeling including surface topography
  129. A Reflectivity Guided Elastic Full Waveform Inversion
  130. AVO Waveform Inversion for Estimating the Fluid Contact with Fluid Transition Zone
  131. Application of Particle Method to Forward Modeling of Marine Controlled-source Electromagnetic Survey
  132. Density Estimation in Elastic Full Waveform Tomography
  133. Distinct Element Method for Solid-fluid Coupled Interaction in the Application of Hydraulic Fracturing
  134. Effects of Fluid In Reservoir on Q Factor of P Wave and S Wave
  135. Estimation of Stress Change in Ductile Part of the Crust Inferred from Seismic Scattering
  136. FDFD Simulation for High Resolution Eddy-current Testing Method
  137. Fluid-physical Simulation of Silicate Scale Formation Using Lattice Boltzmann Method
  138. Improvement of Methane Hydrate Detection Using Marine CSEM in the Fictitious Wave Domain
  139. Numerical Simulation for Apparent Viscosity Change under Oscillating Boundary Condition Using Lattice Boltzmann Method
  140. Numerical Study for Failure Behavior of Rock Masses Including Complex Free-surfaces Using a Particle Method
  141. Simultaneous Inversion of Self-potential for Estimating Hydraulic Parameters and Streaming Current Coefficient
  142. Stress Field and Fracture Propagation Due to the Change of Hydraulic Pressure
  143. Subsurface Imaging with EM Migration of Magnetic Fields from Multiple Frequencies
  144. Three-Dimensional Joint Inversion of Gravity and Magnetic Anomalies Using Fuzzy C-means Clustering
  145. Sections/Associated Societies Focus
  146. A Hamiltonian Particle Method with a Staggered Particle Technique for Simulating Seismic Wave Propagation
  147. Numerical simulation using a Hamiltonian particle method for effective elastic properties in cracked media
  148. Stress Field and Fracture Propagation Induced by Fluid Pressure Changes
  149. Temporal Variation in Subsurface Stress Estimated from Seismic Scattering
  150. Topographic Modelling Using a Particle Method in 3D Controlled-source Electromagnetic Exploration
  151. Pseudo resistivity cross section imaging using VLF-EM data
  152. Resistivity survey of seafloor massive sulfide areas in the Iheya north area, off Okinawa, Japan
  153. Three-dimensional joint inversion of gravity and magnetic anomalies using fuzzy c-means clustering
  154. Electromagnetic survey around the seafloor massive sulfide using autonomous underwater vehicle
  155. Relationship between Coda-Qand Variation of Stress: Case study
  156. 2.5D-FDFD simulation for high resolution eddy-current testing method
  157. Q factor of elastic wave propagation in poroelastic medium
  158. Frequency Domain Elastic Full Waveform Inversion Using Simultaneous Seismic Sources
  159. Resolution of full waveform inversion in marine controlled-source electromagnetic exploration
  160. Stress distribution and fracture propagation in a fractured medium due to fluid pressure changes
  161. Removability of galvanic distortion on 3-D MT inversion
  162. Numerical investigation for earthquake triggering of volcanic eruptions considering heterogeneity
  163. Numerical simulation for flux change in laminar flow under oscillating boundary condition with Lattice Boltzmann method
  164. The estimation of hydraulic conductivity structure by means of SP inversion to dipole pumping test data
  165. Full waveform inversion applied to hydroacoustic velocity mapping
  166. The suppression of insolation heating induced by scattering of electromagnetic waves by fine spheres
  167. Computational rock experiment for estimation of rock strength
  168. Application of seismic interferometry to ambient noise records acquired by seafloor and subseafloor seismometers deployed in the Nankai Trough
  169. Stress distribution in fractured medium and fracture propagation due to formation pressure changes
  170. Seismic scattering change in an inelastic cracked medium
  171. Source estimation of controlled-source electromagnetic exploration using electromagnetic full waveform inversion
  172. Application of full waveform inversion technique to shallow water acoustic tomography
  173. Numerical analysis of the relationship between time-variant coda-Q and the variation in crustal stress
  174. A random layer-stripping method for seismic reflectivity inversion
  175. A Hamiltonian Particle Method With Staggered Technique for Simulating Strong Ground Motion
  176. Application of the Full-waveform inversion Techniques to the Estimation of the Sound Velocity Structure in the Ocean
  177. Data Processing and Analyzing of Magnetotellurics Survey Data in Time Domain
  178. Full Waveform Inversion of Multi-shot Seismic Data Acquired for Complex Subsurface Structure
  179. Lattice Boltzmann Simulation for Flux Change Under Oscillating Boundary Condition
  180. Numerical Electromagnetic Simulation for High Resolution Eddy-current Testing Method
  181. Numerical Simulation of Dynamic Fracturing Using a Particle Method
  182. Numerical Simulation of Hour-Scale Magma Migration Using Pre-Eruptive Ground Deformation
  183. Pseudo Resistivity Section By VLF-EM Method With a Single Frequency
  184. Relationship Between Attenuation of Coda Wave and Crustal Stress
  185. Removable of Galvanic Distortion On 3-D MT Inversion
  186. Resolution of Full Waveform Inversion Using Controlled-source Electromagnetic Method
  187. Self-potential Inversion for the Permeability and Streaming Current Coefficient Using the Rock Physical Empirical Law
  188. Stress Concentration in Fractured Medium Due to Formation Pressure Changes
  189. Three-Dimensional Joint Inversion of Gravity and Magnetic Anomalies Using Fuzzy C-Means Clustering
  190. SELF-POTENTIAL INVERSION FOR THE ESTIMATION OF PERMEABILITY STRUCTURE
  191. Effect of heterogeneities on evaluating earthquake triggering of volcanic eruptions
  192. Accuracy of a particle method for modeling of Rayleigh waves
  193. A MATLAB Package for Frequency Domain Modeling of Elastic Waves
  194. Three-dimensional Joint Inversion of Gravity and Magnetic Anomalies Using Fuzzy C-means Clustering
  195. Utilization of Waveform for Estimating Stress Change in Time
  196. 2D Elastic Full-waveform inversion Method for Estimating Fluid Distribution in Hydrocarbon Reservoir
  197. Computational Rock Physics Using a Hamiltonian Particle Method for Effective Elastic Properties of Cracked Media
  198. Data Processing of Magnetotelluric Survey Data Using Maximum Entropy Method and IIR Filter
  199. Efficient Frequency Domain Forward Modeling of Elastic Waveforms
  200. Estimation of Permeability Structure with Self Potential Inversion
  201. Estimation of Pre-eruptive Magma Ascent Using a Hydrokinetic Model of Magma Plumbing System
  202. Lattice Boltzmann Simulation for Flux Change in Laminar Flow Under Oscillating Boundary Condition
  203. Numerical Study on a Relationship between Scattering Seismic Wave and Crustal Stress Filed, and its Possibility of Application to Field Data
  204. Relationship between Parallel Faults and Stress Field in Rock Mass
  205. Removable of Distortion by Heterogeneous Surface in 3-D MT inversion
  206. S-wave Anisotropy Analysis by Seismic interferometry Applied to Seismic Data Observed by DONET Observatories in the Nankai Trough
  207. Three-dimensional Joint Inversion of Gravity and Magnetic Anomalies Based on Density-Magnetization Relationship
  208. Toward Full Waveform Inversion of Controlled-source Electromagnetic Exploration to Realistic Scale
  209. Application of the full-waveform inversion techniques to the estimation of the sound velocity structure in the ocean
  210. Numerical simulation of seismic wave propagation produced by earthquake by using a particle method
  211. Coupled Simulation of Seismic Wave Propagation and Failure Phenomena by Use of an MPS Method
  212. Full time-domain waveform inversion of controlled-source electromagnetic exploration of submarine massive sulphides
  213. Effects of subsurface permeability structure on self potential distribution
  214. Three-dimensional joint inversion of gravity and magnetic anomalies based on density-magnetization relationship
  215. Stress field monitoring using seismic scattering
  216. An Overview: Special Issue on “The Slow Subsurface Fluid Flow Processes (Part I): Theory, Model, and Physical Properties Estimation”
  217. Availability of the τ-p transform detection using seismic reflection incident angles and impacts on Fresnel volume migration
  218. Preface for the Special Issue on “The Slow Subsurface Fluid Flow Processes (Part I): Theory, Model, and Physical Properties Estimation”
  219. Sensitivity of Deep-Towed Marine Electrical Resistivity Imaging Using Two-Dimensional Inversion: A Case Study on Methane Hydrate
  220. Applications of the Full-Wave Inversion Techniques to Ocean Acoustic Tomography of the Synthetic Data
  221. Marine Controlled-source Electromagnetic Sounding on Submarine Massive Sulphides Using Numerical Simulation
  222. Numerical Studies on Relationship between Coda-Q and Stress Field, and Prospects for Application to Real Data
  223. Prediction of Gas-Oil Contact from Surface Seismic Exploration
  224. Spiking deconvolution; an inverse problem point of view
  225. Comparison of techniques for plane-wave decomposition to VCS Acoustic Data
  226. Marine Electromagnetic Sounding on Submarine Massive Sulphides using Remotely Operated Vehicle (ROV) and Autonomous Underwater Vehicle (AUV).
  227. Data processing revisited in electrical and electromagnetic survey data using digital filters.
  228. Application of marine controlled‐source electromagnetic sounding to submarine massive sulphides explorations
  229. Feasibility study of marine controlled-source electromagnetic sounding for submarine massive sulphides explorations
  230. Reflectivity-guided Non-hyperbolic Automatic Velocity Analysis.
  231. Numerical studies on stress field monitoring using Coda‐Q
  232. Numerical studies on a relationship between coda-Qand stress loaded to the crust
  233. Numerical Simulation Method of Tsunami Propagation including the Effects of Seafloor Topography
  234. Applicability of a particle method with arbitrary particle refinement for elastic wave propagation
  235. Effect of Heterogeneity of Permeability on Streaming Potential
  236. Magma migration prior to the eruption at the Showa crater of Sakurajima volcano inferred from the ground deformations in 2009.
  237. Suppression of insolation heating based on physical laws —New paradigm in air conditioning—
  238. Relationship between formation of echelon faults and stress field in rock mass
  239. A particle method for seismic wave propagation on arbitrary surface of the ground
  240. Applicability of a Hamiltonian particle method for the simulation of the seismic wave propagation
  241. Development of vertical cable seismic (VCS)
  242. Feasibility study of marine controlled-source electromagnetic sounding for submarine massive sulphides explorations
  243. Plane-wave decomposition into P and S waves using dispersion relationship for three component and three dimensional reflection seismic data
  244. Suppression of insolation heating using paint admixed with silica spheres – An approach from infrared band electromagnetic scattering
  245. Numerical simulation of deep-towed streamer cable in ocean current by ALE finite element method
  246. Anomalous sonic velocities in the formation containing multiphase fluids
  247. Availability of Fresnel volume migration to three‐component seismic reflection data using tau‐P transforms
  248. Active Monitoring Using Submarine Cables—Leveraging Offshore Cabled Observatory for Passive Monitoring
  249. Availability of Fresnel Volume Migration to 3C-Component Seismic Reflection Data Using Tau-P Transform
  250. Effect of Heterogeneity of Hydraulic Conductivity on Streaming Potential
  251. Imaging of underground structure using receiver function for P-S converted waves —Exploitation of both natural earthquake and refraction survey data—
  252. Marine Controlled-source Electromagnetic Sounding on Submarine Massive Sulphides Using 2.5-D Simulation
  253. Numerical Simulation of Magma Plumbing System Associated with the Eruption at the Showa Crater of Sakurajima Inferred from Ground Deformation
  254. On explorations using natural earthquakes
  255. Relation between Coda-Q and stress loaded to an elastic body—parameters of material conditions derived by stochastic measurement: Effect of elastic displacement—
  256. Relationship between Coda-Q and Loaded Stress
  257. Simulation of Tsunami Propagation with Space-varying Seafloor Topography
  258. Two-dimensional inversion of magnetotelluric data with sharp structural boundary
  259. Trial of Multidisciplinary Observation at an Expandable Sub-Marine Cabled Station “Off-Hatsushima Island Observatory” in Sagami Bay, Japan
  260. Decomposed element-free Galerkin method compared with finite-difference method for elastic wave propagation
  261. Seafloor receiver function analysis for hybrid dataset composed of both refraction survey and earthquake records
  262. Heterogeneous structure around the rupture area of the 2003 Tokachi-oki earthquake (Mw=8.0), Japan, as revealed by aftershock observations using Ocean Bottom Seismometers
  263. Imaging underground structure using receiver function for P‐S converted waves
  264. Effects of silicic spheres on electromagnetic wave propagation.
  265. Development of impulse GPR antennas
  266. Continuous monitoring of the shallow sub-seafloor resistivity using controlled current source, off Toyohashi, Japan.
  267. Design of new vibroseis-type signal generator –dynamic model simulation–
  268. Feasibility study of subsurface electromagnetic exploration using longwave radio-clock time-signal
  269. Detection of resistivity anisotropy using TM-mode MT response
  270. Hybrid wavefield estimation using asymptotic ray theory and finite difference method
  271. Study on the Navigation Problems of Deep Tow Seismic
  272. Estimation of oceanic crustal structure using receiver function
  273. A marine deep-towed DC resistivity survey in a methane hydrate area, Japan Sea
  274. Depth Imaging of OBS Reflection Data with Wave Field Separation
  275. Numerical simulation of elastic wave propagation and failure phenomena using MPS method
  276. The Computational Accuracy of 3D Elastic or Viscoelastic Wave Propagation by FEM
  277. Separating P, S waves using dispersion relationship
  278. The latest tendency in development of exploration geophysics-Importance of spatiotemporal scales-
  279. Current Research Status and Future of Electromagnetic Survey Methods towards Integrated Analysis with Seismic Methods
  280. Development of Japanese scientific cable technology
  281. Current-to-Current Converter for Scientific Underwater Cable Networks
  282. Long-term seafloor and land-based sesismological monitoring at southwestern end of the Kurile subduction zone, based on more than six-year continuous observation
  283. Monitoring earthquakes using submarine cables Transitions from Passive to Active Monitoring
  284. Multidisciplinary observations at an expandable sub-marine cabled station off the Hatsushima island, the Sagami bay, Japan
  285. 2D and 3D Simulation of Elastic Wave Propagation by Using Element Free Galerkin's Method
  286. Foreword
  287. Numerical Simulation of Rock Test for Engineering Properties Using Mesh-Free Method
  288. Reproducibility of micro-cracks at tensile failure of rock by meshless method.
  289. Report on "The 8-th SEGJ International Symposium-Imaging and Interpretation-"
  290. Shielding effect of surface waves by trench
  291. Borehole image analysis of the Nankai Accretionary Wedge, ODP Leg 196: Structural and stress studies
  292. New discoveries in dynamics of an M8 earthquake-phenomena and their implications from the 2003 Tokachi-oki earthquake using a long term monitoring cabled observatory
  293. Seismological monitoring on the 2003 Tokachi-oki earthquake, derived from off Kushiro permanent cabled OBSs and land-based observations
  294. A New Interpretation Method Using Triple Pore Model for Carbonate Reservoirs
  295. Decomposition of P, S waves using dispersion relationship and imaging
  296. Recognition of oil peak in Japan
  297. Geophysical Exploration of Asperities-Reflectors System (EARS) for the Interplate Earthquake Generation along the Subducting Oceanic Plate
  298. Numerical simulation for 2D seismogram by using non matrices EFG technique
  299. Application of Element Free Galerkin Method to Statistical Continuum Model.
  300. Seismic/Geodetic Permanent Monitoring Using Submarine Cables
  301. Time Lapse Approach in the Study of Earthquake Generation - Geophysical Exploration of Asperities-Reflectors System (EARS) for Interplate Earthquake Generation along a Subducting Oceanic Plate -
  302. Current Research Status and Meaning of Fluid Pressure Monitoring at the Nankai Trough
  303. Mapping Non-asperities and Continuous, Active Monitoring of the Interior of the Earth's Crust
  304. Proceedings of the Ocean Drilling Program, 190/196 Scientific Results
  305. Fault geometry of the 2004 off the Kii peninsula earthquake inferred from offshore pressure waveforms
  306. Resistivity image of the Philippine Sea Plate around the 1944 Tonankai earthquake zone deduced by Marine and Land MT surveys
  307. Crustal resistivity structure around the Nankai subduction zone
  308. Measurements of Electrical Resistivity of Rock Specimens under Confining and Pore Pressure Conditions
  309. Current Movement in Overseas Surveys for Delineating Extended Continental Shelf
  310. Offshore monitoring system records recent earthquake off Japan's northernmost island
  311. Report for TGS Support on the Workshop on the Use of Submarine Cables and Related Technologies
  312. Japanese Seafloor Observing Systems: Present and Future
  313. Fracture porosity in the décollement zone of Nankai accretionary wedge using Logging While Drilling resistivity data
  314. Source depth dependence of micro-tsunamis recorded with ocean-bottom pressure gauges: the January 28, 2000 Mw 6.8 earthquake off Nemuro Peninsula, Japan
  315. ARENA: a versatile and multidisciplinary scientific submarine cable network of next generation
  316. Double seismic zone in the Hokkaido Island, Southern Kurile arc, derived from off-Kushiro permanent OBS and land-based observations
  317. Exploring the use of submarine cables and related technologies
  318. Off Hatsushima Island observatory in Sagami Bay: multidisciplinary long term observation at cold seepage site with underwater mateable connectors for future use
  319. Scientific results from underwater earthquake monitoring using cabled observatories
  320. AOS :the adaptable observation system for real-time seafloor observation
  321. Measurements of deep currents by ADCP attached on the real-time deep seafloor observatory
  322. Proceedings of the Ocean Drilling Program, 196 Initial Reports
  323. A new approach for mobile and expandable real-time deep seafloor observation - adaptable observation system
  324. Real-time geophysical measurements on the deep seafloor using submarine cable in the southern Kurile subduction zone
  325. Magma Migration from the Point of View of Seismic Activity in the Volcanism of Miyake-jima Island in 2000.
  326. Logging While Drilling and Advanced CORKs in the Nankai Trough
  327. Fracture imaging from sonic reflections and mode conversion
  328. Technologic Advance in Seismic Exploration-Its past and future-
  329. Evidence for subsurface magma bodies beneath Izu-Oshima volcano inferred from a seismic scattering analysis and possible interpretation of the magma plumbing system of the 1986 eruptive activity
  330. Seismic Scattering Theory and Its Application to Seismic Tomography.
  331. High-speed optical telemetry system with 310 Mb/s Raman modulators for scientific underwater cable networks
  332. A large scale seismic sensing array on the seafloor with fiber optic accelerometers
  333. Cabled ocean observatory network of next-generation and AUV's role
  334. Current-to-current converter for mesh-like scientific underwater cable networks - a compact-sized prototype
  335. Earthquake observation on the seafloor by the fiber-optic accelerometer
  336. Long-term deep current measurements by JAMSTEC cabled observatories
  337. Measuring the electric field of the Earth by an ocean bottom instrument with a long (10-100 km) cable
  338. Reliable WDM telemetry transmission system for next generation scientific underwater cable network "ARENA"
  339. Science requirements as the design drivers for ocean observatories
  340. Seismological monitoring on the 2003 Tokachi-oki earthquake derived from permanent OBSs and land-based observation - a challenge in monitoring M8 earthquake on the ocean floor
  341. Study on ocean observatories by re-use of retired optical submarine cable