All Stories

  1. Target-oriented seismic imaging for subsurface monitoring
  2. Erratum: Wave-field representations with Green's functions, propagator matrices, and Marchenko-type focusing functions [J. Acoust. Soc. Am. 151, 587–608 (2022)]
  3. Propagator and transfer matrices, Marchenko focusing functions and their mutual relations
  4. Pushing the limits of the Marchenko method
  5. Minimum-phase property and reconstruction of elastodynamic dereverberation matrix operators
  6. Extracting small time-lapse traveltime changes in a reservoir using primaries and internal multiples after Marchenko-based target zone isolation
  7. On Green’s functions, propagator matrices, focusing functions and their mutual relations
  8. Target-Enclosed Least-Squares Seismic Imaging
  9. Wavefield focusing using a generalised, potentially asymmetric homogeneous Green’s function
  10. Target-oriented least-squares reverse-time migration using Marchenko double-focusing: reducing the artefacts caused by overburden multiples
  11. Reciprocity and Representations for Wave Fields in 3D Inhomogeneous Parity-Time Symmetric Materials
  12. Reciprocity and Representations for Wave Fields in 3D Inhomogeneous Parity-Time Symmetric Materials
  13. The propagator and transfer matrix for a 3D inhomogeneous dissipative acoustic medium, expressed in Marchenko focusing functions
  14. Towards understanding the impact of the evanescent elastodynamic mode coupling in Marchenko equation-based demultiple methods
  15. Marchenko Green’s Function Retrieval in Layered Elastic Media from Two-Sided Reflection and Transmission Data
  16. On the Retrieval of Forward-Scattered Waveforms From Acoustic Reflection and Transmission Data With the Marchenko Equation
  17. Layer-specific imaging and monitoring in the Groningen subsurface using seismic interferometry
  18. On the Multi-component Information of DAS for Near-Surface Seismic: A Pilot Field Experiment in the Groningen Area
  19. 3-D Virtual Seismology
  20. Acoustic Plane-Wave Marchenko Multiple Elimination Applied on Complex Marine Data
  21. Elastodynamic Marchenko Green’s Function Retrieval from Two-Sided Reflection and Transmission Data
  22. Implications of Evanescent Waves for the Marchenko Method through the Lens of the Transfer-Scattering Matrix Relation
  23. Reducing the Overburden-Related Artifacts in Target-Oriented Least-Squares Migration by Marchenko Double-Focusing
  24. Wave-field representations with Green's functions, propagator matrices, and Marchenko-type focusing functions
  25. On the relation between the propagator matrix and the Marchenko focusing function
  26. 3D Marchenko applications: implementation and examples
  27. Marchenko redatuming, imaging, and multiple elimination and their mutual relations
  28. Marchenko without up/down decomposition on the Marmousi model and retrieval of the refracted waves: Are they caused by the Marchenko algorithm?
  29. Do we need up/down decomposition for Marchenko imaging?
  30. Discerning small time-lapse traveltime changes by isolating the seismic response of a reservoir using the Marchenko method
  31. Internal multiple elimination: Can we trust an acoustic approximation?
  32. Green’s function representations for Marchenko imaging without up/down decomposition
  33. Focusing waves in an unknown medium without wavefield decomposition
  34. Implementation of the Marchenko multiple elimination algorithm
  35. Robust estimation of primaries by sparse inversion and Marchenko equation-based workflow for multiple suppression in the case of a shallow water layer and a complex overburden: A 2D case study in the Arabian Gulf
  36. EPOS-NL is the Dutch solid Earth science infrastructure for research on georesources and geohazards
  37. On the benefits of auxiliary transmission data for Marchenko-based Green’s function retrieval
  38. Plane-Wave Marchenko Imaging Method: Field Data Application
  39. A New Role for Adaptive Filters in Marchenko Equation-Based Methods for the Attenuation of Internal Multiples
  40. An Overview of Marchenko Methods
  41. Correcting For Imperfectly Sampled Data in the Iterative Marchenko Scheme
  42. Data-Driven Internal Multiple Elimination Applications Using Imperfectly Sampled Reflection Data
  43. Elastodynamic Marchenko Method: Advances and Remaining Challenges
  44. Employing Internal Multiples in Time-Lapse Seismic Monitoring, Using the Marchenko Method
  45. Elastic least-squares migration for quantitative reflection imaging of fracture compliances
  46. Marchenko focusing without up/down decomposition
  47. Adaptation of the iterative Marchenko scheme for imperfectly sampled data
  48. Comparison of monotonicity challenges encountered by the inverse scattering series and the Marchenko demultiple method for elastic waves
  49. The Marchenko method for evanescent waves
  50. A modified Marchenko method to retrieve the wave field inside layered metamaterial from reflection measurements at the surface
  51. Three‐dimensional Marchenko internal multiple attenuation on narrow azimuth streamer data of the Santos Basin, Brazil
  52. Data‐driven retrieval of primary plane‐wave responses
  53. seismology
  54. Coda-wave interferometry and the Marchenko method
  55. Data-driven synthesis of primary plane-wave responses
  56. Tutorial: unified 1D inversion of the acoustic reflection response
  57. Discrete representations for Marchenko imaging of imperfectly sampled data
  58. Marchenko-based target replacement in laterally varying media
  59. Reciprocity and Representation Theorems for Flux- and Field-Normalised Decomposed Wave Fields
  60. A Proposal for Marchenko-Based Target-Oriented Full Waveform Inversion
  61. Marchenko Multiple Elimination: From Point-Source to Plane-Wave Datasets Applications
  62. Obtaining Angle-Dependent Reflectivity Using the Marchenko Redatuming Method
  63. Virtual Sources and Receivers in the Real Earth: Considerations for Practical Applications
  64. Velocity-independent Marchenko focusing in time- and depth-imaging domains for media with mild lateral heterogeneity
  65. Wavefield focusing with reduced cranial invasiveness
  66. Data-driven internal multiple elimination and its consequences for imaging: A comparison of strategies
  67. Quantitative imaging of fractures around a borehole using linear slip theory and elastic least-squares migration
  68. Monitoring of induced distributed double-couple sources using Marchenko-based virtual receivers
  69. Representations for the Marchenko Method for imperfectly sampled data
  70. Transmission compensated primary reflection retrieval in the data domain and consequences for imaging
  71. Unified wave field retrieval and imaging method for inhomogeneous non-reciprocal media
  72. Elastodynamic single-sided homogeneous Green’s function representation: Theory and numerical examples
  73. Wavefield finite time focusing with reduced spatial exposure
  74. Green's theorem in seismic imaging across the scales
  75. Response to comments by referee 1 (Andreas Fichtner)
  76. Response to comments by referee 2 (Robert Nowack)
  77. An acoustic imaging method for layered non-reciprocal media
  78. Method to monitor the changes in the reflectivity of the subsurface with individual passive sources
  79. Monitoring induced distributed double-couple sources using Marchenko-based virtual receivers
  80. Supplementary material to "Monitoring induced distributed double-couple sources using Marchenko-based virtual receivers"
  81. Green's theorem in seismic imaging across the scales
  82. Supplementary material to "Green's theorem in seismic imaging across the scales"
  83. Green's Theorem in Time-Reversal Acoustics, Back Propagation and Source-Receiver Redatuming: a Tutorial
  84. Monitoring Induced Distributed Double-Couple Sources Using Marchenko-Based Virtual Receivers
  85. Tackling Different Velocity Borne Challenges of the Elastodynamic Marchenko Method
  86. Acoustic directional snapshot wavefield decomposition
  87. Source-receiver Marchenko redatuming on field data using an adaptive double-focusing method
  88. Unified matrix–vector wave equation, reciprocity and representations
  89. Artifact-free reverse time migration
  90. Marchenko redatuming by adaptive double-focusing on 2D and 3D field data of the Santos basin
  91. Fast nonrecursive 1D inversion by filtering acoustic-reflection data
  92. Velocity-independent Marchenko method in time- and depth-imaging domains
  93. Marchenko method for monitoring induced seismicity with virtual receivers
  94. Up- and downgoing borehole wavefield retrieval using single component borehole and reflection data
  95. Passive body-wave interferometric imaging with directionally constrained migration
  96. Marchenko-Based Target Replacement, Accounting for All Orders of Multiple Reflections
  97. Artefact-Free Imaging by a Revised Marchenko Scheme
  98. Elastodynamic Plane Wave Marchenko Redatuming: Theory and Examples
  99. Homogeneous Green's Function Retrieval on Field Data Using the Marchenko Method
  100. Q‐factor Estimation and Redatuming in a Lossy Medium Using the Marchenko Equation
  101. Virtual Plane-wave Retrieval and Imaging via Marchenko Redatuming
  102. Locating scatterers while drilling using seismic noise due to tunnel boring machine
  103. Retrieval of Elastodynamic Reflections From Passive Double-Couple Recordings
  104. Virtual plane-wave imaging via Marchenko redatuming
  105. Single- and Double-Sided Marchenko Imaging Conditions in Acoustic Media
  106. Virtual acoustics in inhomogeneous media with single-sided access
  107. A tour of Marchenko redatuming: Focusing the subsurface wavefield
  108. A single-sided representation for the homogeneous Green's function, accounting for all multiples
  109. A new approach to separate seismic time-lapse time shifts in the reservoir and overburden
  110. Compute wave propagation through the subsurface from measurements at the surface.
  111. Reflecting boundary conditions for interferometry by multidimensional deconvolution
  112. Obtaining local reflectivity at two-way travel time by filtering acoustic reflection data
  113. Time-lapse data prediction by Marchenko-based reservoir transplantation
  114. Elastodynamic Single-sided Homogeneous Green’s Function Representation - Theory and Examples
  115. Snapshot Wavefield Decomposition for Heterogeneous Velocity Media
  116. Sparse Inversion for Solving the Coupled Marchenko Equations Including Free-surface Multiples
  117. Theory for Marchenko Imaging of Marine Seismic Data with Free Surface Multiple Elimination
  118. Up-Down Wavefields Reconstruction in Boreholes Using Single-Component Data
  119. Velocity Analysis Using Surface-seismic Primaries-only Data Obtained without Removing Multiples
  120. Why Multiples Do Not Contribute to Deconvolution Imaging
  121. A Marchenko equation for acoustic inverse source problems
  122. A single-sided representation for the homogeneous Green's function of a unified scalar wave equation
  123. A lossless earth Green's function representation between any two subsurface points from surface reflection GPR data
  124. Imaging subsurface structures using reflections retrieved from seismic interferometry with sources of opportunity
  125. Review paper: Virtual sources and their responses, Part II: data-driven single-sided focusing
  126. Review paper: Virtual sources and their responses, Part I: time-reversal acoustics and seismic interferometry
  127. Full-field multidimensional deconvolution to retrieve body-wave reflections from sparse passive sources
  128. Deep ocean sound speed characteristics passively derived from the ambient acoustic noise field
  129. Accounting for free-surface multiples in Marchenko imaging
  130. On the role of multiples in Marchenko imaging
  131. Application of seismic interferometry by multidimensional deconvolution to ambient seismic noise recorded in Malargüe, Argentina
  132. Cross-correlation beamforming
  133. Adaptive overburden elimination with the multidimensional Marchenko equation
  134. An interferometric interpretation of Marchenko redatuming including free-surface multiples
  135. Time-slice wavefield decomposition
  136. From closed-boundary to single-sided homogeneous Green's function representations
  137. Marchenko equations for acoustic Green's function retrieval and imaging in dissipative media
  138. Marchenko wavefield redatuming, imaging conditions, and the effect of model errors
  139. Beyond Marchenko: Obtaining virtual receivers and virtual sources in the subsurface
  140. New method for discriminating 4D time shifts in the overburden and reservoir
  141. Electromagnetic Marchenko imaging in 1D for dissipative media
  142. Reflection imaging of aseismic zones of the Nazca slab by global-phase seismic interferometry
  143. Crustal-scale reflection imaging and interpretation by passive seismic interferometry using local earthquakes
  144. Unified double- and single-sided homogeneous Green’s function representations
  145. Reflection imaging of the Moon's interior using deep-moonquake seismic interferometry
  146. Combination of surface and borehole seismic data for robust target-oriented imaging
  147. Reconstructing the primary reflections in seismic data by Marchenko redatuming and convolutional interferometry
  148. A single-sided homogeneous Green's function representation for holographic imaging, inverse scattering, time-reversal acoustics and interferometric Green's function retrieval
  149. A Single-sided Representation for Virtual Sources and Virtual Receivers
  150. Auto-estimation of Up-down Wavefields in a Horizontal Borehole using Single Component Data
  151. Constructing Only the Primary Reflections in Seismic Data - Without Multiple Removal
  152. Cost-effective Seismic Reflection Imaging Using Seismic Interferometry for Imaging of Enhanced Geothermal System - A Case Study in the Neuquén Basin
  153. Coupled Seismo-Electromagnetic Interferometry for 2D Homogeneous SH-TE Scenarios
  154. Locating Scatterers Ahead of a Tunnel Boring Machine Using Noise Correlation
  155. On Green's function retrieval by iterative substitution of the coupled Marchenko equations
  156. Marchenko imaging: Imaging with primaries, internal multiples, and free-surface multiples
  157. Using inverse transmission matrices for Marchenko redatuming in highly complex media
  158. Incorporating free-surface multiples in Marchenko imaging
  159. Near-Ocean Bottom Wavefield Tomography for Elastic Wavefield Decomposition
  160. Data-driven deep local imaging using both surface and borehole seismic data
  161. Initial conditions for elastodynamic Green's function retrieval by the Marchenko method
  162. Practical challenges in adaptive Marchenko imaging
  163. Reflecting boundary conditions for interferometry by multidimensional deconvolution
  164. Unified multi-depth-level field decomposition
  165. Retrieving virtual reflection responses at drill-bit positions using seismic interferometry with drill-bit noise
  166. An illustration of adaptive Marchenko imaging
  167. Causality Aspects of the Elastodynamic Marchenko Method
  168. Creating Virtual Receivers from Drill-bit Noise
  169. Elastodynamic Marchenko Focusing, Green's Function Retrieval and Imaging
  170. Estimating the Location of Scatterers Using Correlation of Scattered Rayleigh Waves
  171. Estimating the Location of a Tunnel Using Interferometric Times of Rayleigh-wave Scattering
  172. Inversion of the Multidimensional Marchenko Equation
  173. Retrieving surface waves from ambient seismic noise using seismic interferometry by multidimensional deconvolution
  174. Point-spread functions for interferometric imaging
  175. Single-sided Marchenko focusing of compressional and shear waves
  176. Seismic interferometry by tangent-phase correction
  177. On the Marchenko equation for multicomponent single-sided reflection data
  178. Infrasonic interferometry applied to microbaroms observed at the Large Aperture Infrasound Array in the Netherlands
  179. A method to suppress spurious multiples in virtual-source gathers retrieved using seismic interferometry with reflection data
  180. Autofocusing imaging: Imaging with primaries, internal multiples and free-surface multiples
  181. Internal multiple suppression by adaptive Marchenko redatuming
  182. On the focusing conditions in time-reversed acoustics, seismic interferometry, and Marchenko imaging
  183. Combining inter-source seismic interferometry and source-receiver interferometry for deep local imaging
  184. Passive seismic interferometry by multi-dimensional deconvolution-decorrelation
  185. Retrieval of reflections from ambient noise using illumination diagnosis
  186. Shear wave seismic interferometry for lithospheric imaging: Application to southern Mexico
  187. Creating virtual vertical radar profiles from surface reflection Ground Penetrating Radar data
  188. Autofocus Imaging: Image reconstruction based on inverse scattering theory
  189. Data-driven wavefield focusing and imaging with multidimensional deconvolution: Numerical examples for reflection data with internal multiples
  190. Marchenko imaging
  191. Green's function retrieval from reflection data, in absence of a receiver at the virtual source position
  192. Data-driven inversion of GPR surface reflection data for lossless layered media
  193. Estimating location of scatterers using seismic interferometry of scattered rayleigh waves
  194. Seismic reflector imaging using internal multiples with Marchenko-type equations
  195. An Interferometric Interpretation of Marchenko Redatuming
  196. Autofocusing for Retrieving the Green's Function in the Presence of a Free Surface
  197. Data-driven Green's function retrieval and application to imaging with multidimensional deconvolution
  198. Locating a Buried Cavity Using Ghost Scattered Waves in a Scale-model Experiment
  199. Marchenko Imaging Below an Overburden with Random Scatterers
  200. Turning Subsurface Noise Sources into Virtual Receivers by Multi-dimensional Deconvolution
  201. Wavefield Decomposition of Field Data, Using a Shallow Horizontal Downhole Sensor Array and a Free-surface Constraint
  202. Estimating the location of a tunnel using correlation and inversion of Rayleigh wave scattering
  203. Surface wave retrieval in layered media using seismic interferometry by multidimensional deconvolution
  204. Infrasonic interferometry of stratospherically refracted microbaroms—A numerical study
  205. Three-dimensional Marchenko equation for Green's function retrieval “beyond seismic interferometry”
  206. Interferometric reservoir monitoring with a single passive source
  207. Coupled Marchenko equations for electromagnetic Green’s function retrieval and imaging
  208. Data-driven Green's function retrieval and imaging with multidimensional deconvolution: Numerical examples for reflection data with internal multiples
  209. Green's function retrieval with Marchenko equations: A sensitivity analysis
  210. Interferometric redatuming of autofocused primaries and internal multiples
  211. Seismic exploration-scale velocities and structure from ambient seismic noise (>1 Hz)
  212. GPR wave field decomposition, synthesis and imaging for lossless layered vertically transverse isotropic media
  213. Electromagnetic interferometry in wavenumber and space domains in a layered earth
  214. Locating near-surface scatterers using non-physical scattered waves resulting from seismic interferometry
  215. Three-Dimensional Single-Sided Marchenko Inverse Scattering, Data-Driven Focusing, Green’s Function Retrieval, and their Mutual Relations
  216. On the Retrieval of the Directional Scattering Matrix from Directional Noise
  217. 3D Marine CSEM Interferometry by Multidimensional Deconvolution in the Wavenumber Domain for a Sparse Receiver Grid
  218. Creating the Green's Response to a Virtual Source Inside a Medium Using Reflection Data with Internal Multiples
  219. Data-Driven Green's Function Retrieval from Reflection Data - Theory and Example
  220. Locating Scatterers by Non-physical Scattered Waves Obtained by Seismic Interferometry
  221. Retrieving Higher-mode Surface Waves Using Seismic Interferometry by Multidimensional Deconvolution
  222. Turning One-sided Illumination into Two-sided Illumination by Target-enclosing Interferometric Redatuming
  223. Basin Delineation with a 40-Hour Passive Seismic Record
  224. Malargüe seismic array: Design and deployment of the temporary array
  225. Focusing the wavefield inside an unknown 1D medium: Beyond seismic interferometry
  226. Creating a virtual source inside a medium from reflection data: heuristic derivation and stationary-phase analysis
  227. Global-phase seismic interferometry unveils P-wave reflectivity below the Himalayas and Tibet
  228. Deblending by direct inversion
  229. A unified optical theorem for scalar and vectorial wave fields
  230. Generalized PP+PS=SS from seismic interferometry
  231. On the relation between seismic interferometry and the simultaneous-source method
  232. Green's Function Extraction for Interfaces With Impedance Boundary Conditions
  233. Two-dimensional controlled-source electromagnetic interferometry by multidimensional deconvolution: spatial sampling aspects
  234. Virtual signals combination - phase analysis for 2D and 3D data representation (acoustic medium)
  235. Extraction of P-wave reflections from microseisms
  236. Controlled-source interferometric redatuming by crosscorrelation and multidimensional deconvolution in elastic media
  237. Interferometry by multidimensional deconvolution for time-lapse Controlled Source Electromagnetics
  238. Time-lapse controlled-source electromagnetics using interferometry
  239. Seismic interferometry by crosscorrelation and by multidimensional deconvolution: a systematic comparison
  240. Improved surface-wave retrieval from ambient seismic noise by multi-dimensional deconvolution
  241. Connection of scattering principles: Focusing the wavefield without source or receiver
  242. Seismic interferometry using multidimensional deconvolution and crosscorrelation for crosswell seismic reflection data without borehole sources
  243. A proposal for model–independent 3D wave field reconstruction from reflection data
  244. Retrieval of reflections from ambient‐noise field data using illumination diagnostics
  245. Effects of noise on CSEM interferometry with synthetic aperture sources
  246. Deghosting, Demultiple, and Deblurring in Controlled-Source Seismic Interferometry
  247. A representation for Green’s function retrieval by multidimensional deconvolution
  248. High-resolution reservoir characterization by an acoustic impedance inversion of a Tertiary deltaic clinoform system in the North Sea
  249. Equipartitioning is not sufficient for Green’s function extraction
  250. Tutorial on seismic interferometry: Part 1 — Basic principles and applications
  251. Tutorial on seismic interferometry: Part 2 — Underlying theory and new advances
  252. Imaging with ambient noise
  253. Erratum: “Reciprocity Theorems for Diffusion, Flow, and Waves” [Journal of Applied Mechanics, 2004, 71(1), pp. 145–150]
  254. High-resolution lithospheric imaging with seismic interferometry
  255. Lagrangian Green's function extraction, with applications to potential fields, diffusion and acoustic waves
  256. On seismic interferometry, the generalized optical theorem, and the scattering matrix of a point scatterer
  257. Seismic interferometry, intrinsic losses andQ-estimation
  258. Simulating migrated seismic data by filtering an earth model: A implementation
  259. Reciprocity Theorems for One-Way Wave Fields in Curvilinear Coordinate Systems
  260. Reflection images from ambient seismic noise
  261. Interferometric seismoelectric Green's function representations
  262. A Comparison of Strategies for Seismic Interferometry
  263. Virtual reflector representation theorem (acoustic medium)
  264. Field Fluctuations, Imaging with Backscattered Waves, a Generalized Energy Theorem, and the Optical Theorem
  265. Passive seismic interferometry by multidimensional deconvolution
  266. Introduction Part II
  267. Global-scale seismic interferometry: theory and numerical examples
  268. Introduction Part I
  269. Seismic and electromagnetic controlled-source interferometry in dissipative media
  270. Seismic reflection coefficients of faults at low frequencies: a model study
  271. Simulating migrated and inverted seismic data by filtering a geologic model
  272. Controlled‐source seismic interferometry by multi‐dimensional deconvolution: Stability aspects with various numbers of sources and receivers
  273. High‐resolution reservoir characterization by 2‐D model‐driven seismic Bayesian inversion: An example from a Tertiary deltaic clinoform system in the North Sea
  274. Seismic interferometry by cross‐correlation or deconvolution?
  275. Analysis of spurious events in seismic interferometry
  276. On the relation between seismic interferometry and the migration resolution function
  277. General representations for wavefield modeling and inversion in geophysics
  278. GPR Without a Source: Cross-Correlation and Cross-Convolution Methods
  279. Chaos tamed
  280. General representations of electromagnetic interferometry
  281. Advanced Noninvasive Geophysical Monitoring Techniques
  282. Interferometric electromagnetic Green's functions representations using propagation invariants
  283. Unified Green’s function retrieval by cross-correlation; connection with energy principles
  284. Electromagnetic Green's functions retrieval by cross-correlation and cross-convolution in media with losses
  285. Retrieval of reflections from seismic background-noise measurements
  286. From order to disorder to order: A philosophical view on seismic interferometry
  287. Interferometry in dissipative media: Addressing the shallow‐sea problem for seabed logging applications
  288. High‐resolution clinoform characterization by 2‐D model‐driven seismic Bayesian inversion
  289. Ray‐based stochastic inversion: Improving reservoir characterization in a Gulf of Mexico field
  290. Retrieving reflection responses by crosscorrelating transmission responses from deterministic transient sources: Application to ultrasonic data
  291. Unified Green’s Function Retrieval by Cross Correlation
  292. Green's function retrieval by cross-correlation in case of one-sided illumination
  293. Seismic interferometry—turning noise into signal
  294. Green’s function representations for seismic interferometry
  295. Seismic interferometry: Reconstructing the earth’s reflection response
  296. Spurious multiples in seismic interferometry of primaries
  297. Nonreciprocal Green’s function retrieval by cross correlation
  298. Seismic interferometry for passive and exploration data: Reconstruction of internal multiples
  299. Seismic Interferometry on background‐noise field data
  300. Global‐scale seismic interferometry: numerical validation of the acoustic correlation integral
  301. High-resolution depth imaging with sparseness-constrained inversion
  302. Introduction to the supplement on seismic interferometry
  303. Retrieving the Green’s function in an open system by cross correlation: A comparison of approaches (L)
  304. Recovering acoustic reflectivity using Dirichlet-to-Neumann maps and left- and right-operating adjoint propagators
  305. Retrieving the Elastodynamic Green's Function of an Arbitrary Inhomogeneous Medium by Cross Correlation
  306. Reciprocity and power balance for piecewise continuous media with imperfect interfaces
  307. Relations between reflection and transmission responses of three-dimensional inhomogeneous media
  308. Simulating high resolution inversion: Decomposing the resolution function
  309. Migration Methods for Passive Seismic Data
  310. Pore pressure and water saturation variations; Modification of Landrø's AVO approach
  311. Migration with correction for transmission losses in arbitrary inhomogeneous media
  312. Seismic interferometry: a comparison of approaches
  313. Ray‐based stochastic inversion
  314. Reciprocity Theorems for Diffusion, Flow, and Waves
  315. Wavefield extrapolation and amplitude-variation-with-angle migration in highly discontinuous media
  316. Love wave suppression without prior structural information
  317. Relations between reflection and transmission responses of 3‐D inhomogeneous media
  318. Improved geological modeling and interpretation by simulated migrated seismics
  319. Improved geological modeling and interpretation by simulated migrated seismics
  320. Passive seismic imaging in the presence of white noise sources: numerical simulations
  321. Improved extrapolation operator design with the WLSQ method
  322. Wavefield extrapolation and prestack depth migration in anelastic inhomogeneous media
  323. Recursive Green functions technique applied to the propagation of elastic waves in layered media
  324. Theory of acoustic daylight imaging revisited
  325. Scale‐dependency of Thomsen parameters for layers with intermediate thickness
  326. AVA correction for migration in highly discontinuous media
  327. The electro‐kinetic effect: Forward model and measurements
  328. Reciprocity theorems for electromagnetic or acoustic one-way wave fields in dissipative inhomogeneous media
  329. Depth migration of shot records in heterogeneous, transversely isotropic media using optimum explicit operators
  330. 3‐D depth migration in VTI media with explicit extrapolation operators
  331. The electro‐kinetic effect for compressional and shear waves
  332. Design of asymmetric operators using a weighted least‐squares approximation
  333. Pressure‐dependent scaling behaviour of the transmission response of reservoir rocks
  334. Angle matching in intravascular elastography
  335. One‐way acoustic reciprocity and its applications in multiple elimination and time‐lapse seismics
  336. Multiangle processing and multiscale characterization of walkaway VSP data
  337. Convolution type interaction of time‐lapse acoustic wave fields
  338. True‐amplitude imaging and dip moveout
  339. Reply to: ‘‘Comments on the influence of wind and temperature gradients on sound propagation calculated with the two-way wave equation’’ [J. Acoust. Soc. Am. 9 1, 498–500 (1992)]
  340. The influence of wind and temperature gradients on sound propagation, calculated with the two-way wave equation