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Retrospective appurtenance of Euler and Werner deconvolution contiguity for source depth excogitation of Bouguer anomalies in the Benue Trough, Nigeria
The leading cause of the glaring inexplicable errors in the accuracy of depth to anomaly assessments may be the technical challenge of the Euler...
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Metallogenic targets detection by improved joint gravity and magnetic 3d euler deconvolution methods—a case study in luzong ore concentrating area
Euler deconvolution is used to interpret gravity and magnetic anomalies, which is closely related to the determination of depth in gravity and...
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Map** subsurface structural lineaments using the tilt angle map from gravity gradient data and Euler deconvolution, Lakouat–Aksab region, Northwestern Tunisia
To gain insight into the organization of the underlying structures in the northern Tunisia region, detailed gravity data in combination with...
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Delineation of major subsurface structural features and source depth locations using 3-D Euler deconvolution of gravity data at north-eastern part of India
The convergence of different major tectonic plates, namely the Eurasian, Indian and Sunda plates, may be the cause of the Assam Syntaxis due to the...
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3-D probability density imaging of Euler solutions using gravity data: a case study of Mount Milligan, Canada
Euler deconvolution is a widely used automatic or semi-automatic method for potential field data. However, it yields many spurious solutions that...
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Study of gravity signature across the floating basement of Bundelkhand granite using 3D-Euler deconvolution, source edge detection technique and various gravity gradient analyses
Bundelkhand granitic massif (BGM) encompasses various granitic plutonism in early Proterozoic age which contains granitic sample of massif within the...
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Modelling of earth’s geothermal subtle traps using gravity Euler deconvolution
Euler deconvolution technique is one of the methods that predicts the subsurface features and structures with help of gravity modelling. The present...
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Application of particle swarm optimization to 3D Euler deconvolution and 3D modeling of gravity data—a case study from Biga and Çan towns, NW Turkey
The subsurface density distribution in the NW Turkey, between Biga and Çan towns, is interpreted using 3D Euler deconvolution and 3D modeling...
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Constraining Euler Deconvolution Solutions Through Combined Tilt Derivative Filters
Local phase filters as the tilt derivative (TDR) and the horizontal tilt derivative (TDX) are extensively used to interpret magnetic data. We use two...
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Applying the Tilt-depth and Tilt-Euler techniques of gravity data to decipher the basement depth in Sichuan Basin, China
The tilt angle (i.e., TDR) provides an efficient way to recognize the horizontal locations of multi-source geological bodies at different depths and...
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Euler solution selecting method based on the dam** factor
We present a method, named the variable dam** factor selecting method, to select reliable Euler solutions. Our method considers the influence of...
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Lineament depth deduction using geomorphometry and 3D Euler solution
In this paper, we present a novel method for determining the depth of lineaments using satellite gravity data, which we test in the Sahel of Sfax...
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Three-dimensional gravitational and magnetic-data acquisition and analysis via a joint-gradient Euler-deconvolution method
Three-dimensional (3D) gravitational and magnetic exploration is performed using aerial measurement tools, however, this has difficulties with...
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Interpretation of resistivity data using 3D Euler deconvolution and Radially Averaged Power Spectrum
Different electrode configuration in resistivity measurements over the same geologic structures generally produce different anomaly patterns. This is...
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High precision structural map** using advanced gravity processing methods: a case study from the North region of Cameroon
The main aim of the study is to perform a high-precision map** of geological features (lineaments and faults) using advanced gravity processing...
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Qualitative and quantitative analysis of gravity data: structural implications in Douala–Kribi basin, Cameroon
The aim of this study is to improve the structural map of Douala–Kribi basin. For this purpose, computer tools are used to make qualitative and...
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Aeromagnetic and field data characterization of structural features for the delineation of potential gold mining sites in Northern Cameroon: a case study of Tchollire and environs
The processing of aeromagnetic data was carried out in Northern Cameroon, with the aim of delineating the structural features which may be associated...
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Role of Euler Deconvolution in Near Surface Gravity and Magnetic Applications
Euler deconvolution method builds a part of depth estimation methods in semi-automated interpretation of potential fields in applied geophysics. It...
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Map** of structural features related to hydrocarbon and other mineralization potentials of southeastern Sokoto Basin NW, Nigeria, by high-resolution aeromagnetic data
Geologically, the Sokoto Basin is predominantly a gentle undulating plain with sediments having their local lateral equivalences reminiscence of what...
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Identifying the tectonically induced mineralisation zone in the central part of Dharwar-Shimoga greenstone belt, Western Dharwar Craton: an integrated analysis of gravity and magnetic data
The late Archean Western Dharwar Craton supergroup has volcanic and sedimentary rocks deposited during 2900–2600 Ma underlain by the Sargur Group...
