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Akos Gyulai
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A joint inversion algorithm to process geoelectric and sutface wave seismic data. Part I: basic ideas1
A Hering, R Misiek, A Gyulai, T Ormos, M Dobróka, L Dresen
Geophysical Prospecting 43 (2), 135-156, 1995
1641995
JOINT INVERSION OF SEISMIC AND GEOELECTRIC DATA RECORDED IN AN UNDERGROUND COAL MINE1
M Dobróka, Á Gyulai, T Ormos, J Csókás, L Dresen
Geophysical prospecting 39 (5), 643-665, 1991
1641991
A joint inversion algorithm to process geoelectric and surface wave seismic data. Part II: applications
R Misiek, A Liebig, A Gyulai, T Ormos, M Dobróka, L Dresen
Geophysical Prospecting 45 (1), 65-85, 1997
801997
A new procedure for the interpretation of VES data: 1.5-D simultaneous inversion method
Á Gyulai, T Ormos
Journal of Applied Geophysics 41 (1), 1-17, 1999
521999
Parameter sensitivity of underground DC measurements
Á Gyulai
Geophysical Transactions 35 (3), 209-225, 1989
331989
Parameter estimation and fault detection by three‐component seismic and geoelectrical surveys in a coal mine
M Breitzke, L Dresen, J Csokas, A Gyulai, T Ormos
Geophysical Prospecting 35 (7), 832-863, 1987
321987
A quick 2-D geoelectric inversion method using series expansion
Á Gyulai, T Ormos, M Dobroka
Journal of Applied Geophysics 72 (4), 232-241, 2010
302010
Geoelectric determination of quality changes and tectonic disturbances in coal deposits
J Csókás, M Dobróka, Á Gyulai
Geophysical prospecting 34 (7), 1067-1081, 1986
301986
Geoelectric characterization of thermal water aquifers using 2.5 D inversion of VES measurements
Á Gyulai, P Szűcs, E Turai, MK Baracza, Z Fejes
Surveys in Geophysics 38, 503-526, 2017
182017
On the application of combined geoelectric weighted inversion in environmental exploration
Á Gyulai, MK Baracza, NP Szabó
Environmental Earth Sciences 71, 383-392, 2014
182014
In-mine geoelectric investigations for detecting tectonic disturbances in coal seam structures
Á Gyulai, M Dobróka, T Ormos, E Turai, T Sasvári
Acta Geophysica 61, 1184-1195, 2013
172013
The application of joint inversion in geophysical exploration
Á Gyulai, MK Baracza, ÉE Tolnai
Scientific Research Publishing, 2013
172013
Series expansion-based geoelectric inversion methodology used for geoenvironmental investigations
Á Gyulai, NP Szabó
Frontiers in Geosciences 2 (1), 11-17, 2014
132014
2.5 D geoelectric inversion method using series expansion
Á Gyulai, ÉE Tolnai
Acta Geodaetica et Geophysica Hungarica 47, 210-222, 2012
102012
Interpretation of vertical electrical sounding curves with 1.5-D inversion method
Á Gyulai, T Ormos
Magyar Geofizika 38 (1), 25-29, 1997
91997
Automated weighting joint inversion of geoelectric data over a two dimensional geologic structure
D Drahos, Á Gyulai, T Ormos, M Dobróka
Acta Geodaetica et Geophysica Hungarica 46, 309-316, 2011
82011
New geoelectric-seismic joint inversion method to determine 2D structures for different layer thicknesses and boundaries
Á Gyulai, T Ormos
Geophysical Transactions 44 (3-4), 273-299, 2004
82004
A New Approach for the Investigation of 2D Structures Method Development and Case History
T Ormos, Á Gyulai, M Kis, M Dobróka, L Dresen
60th EAGE Conference and Exhibition, cp-110-00307, 1998
71998
Interpretation of in-mine geoelectric soundings by means of Kernel functions
A Gyulai
Geophysical Transaction 28 (2), 47-56, 1982
71982
Újabb eredmények a VESZ adatok 1.5-D inverziós kiértékelésében
Á Gyulai, T Ormos
Magyar Geofizika 38, 257-264, 1998
61998
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