Jochen Kamm
Jochen Kamm
Geological Survey of Finland
Verified email at gtk.fi
TitleCited byYear
Joint inversion of gravity, magnetic, and petrophysical data—A case study from a gabbro intrusion in Boden, Sweden
J Kamm, IA Lundin, M Bastani, M Sadeghi, LB Pedersen
Geophysics 80 (5), B131-B152, 2015
282015
Magnetotelluric array data analysis from north-west Fennoscandia
M Cherevatova, MY Smirnov, AG Jones, LB Pedersen, M Becken, M Biolik, ...
Tectonophysics 653, 1-19, 2015
232015
Inversion of airborne tensor VLF data using integral equations
J Kamm, LB Pedersen
Geophysical Journal International 198 (2), 775-794, 2014
222014
Post-glacial reactivation of the Bollnas fault, central Sweden: a multidisciplinary geophysical investigation
A Malehmir, M Andersson, S Mehta, B Brodic, R Munier, J Place, G Maries, ...
Solid Earth 7 (2), 509-527, 2016
192016
Joint inversion of seismic refraction and resistivity data using layered models—Applications to groundwater investigationLayer-based seismic/DC joint inversion
N Juhojuntti, J Kamm
Geophysics 80 (1), EN43-EN55, 2015
162015
Inversion of slingram electromagnetic induction data using a Born approximation
J Kamm, M Becken, LB Pedersen
Geophysics 78 (4), E201-E212, 2013
142013
Simultaneous inversion of magnetic resonance sounding in terms of water content, resistivity and decay times
M Braun, J Kamm, U Yaramanci
Near Surface Geophysics 7 (5-6), 589-598, 2009
132009
Evidence for fluid and melt generation in response to an asthenospheric upwelling beneath the Hangai Dome, Mongolia
MJ Comeau, JS Käufl, M Becken, A Kuvshinov, AV Grayver, J Kamm, ...
Earth and Planetary Science Letters 487, 201-209, 2018
122018
Consistency investigation, vertical gravity estimation, and inversion of airborne gravity gradient data—A case study from northern Sweden
SM Abtahi, LB Pedersen, J Kamm, T Kalscheuer
Geophysics 81 (3), B65-B76, 2016
112016
Gravity gradient and magnetic terrain effects for airborne applications—A practical fast Fourier transform technique
LB Pedersen, M Bastani, J Kamm
Geophysics 80 (2), J19-J26, 2015
92015
Crustal structure beneath southern Norway imaged by magnetotellurics
M Cherevatova, M Smirnov, T Korja, P Kaikkonen, LB Pedersen, J Hübert, ...
Tectonophysics 628, 55-70, 2014
92014
Post-glacial reactivation of the Bollnäs fault, central Sweden.
A Malehmir, M Andersson, S Mehta, B Brodic, R Munier, J Place, G Maries, ...
Solid Earth Discussions 7 (4), 2015
72015
Micropolar modelling of rotational waves in seismology
R Abreu, J Kamm, AS Reiß
Geophysical Journal International 210 (2), 1021-1046, 2017
52017
Inversion and joint inversion of electromagnetic and potential field data
J Kamm
Acta Universitatis Upsaliensis, 2014
52014
Extracting geoelectrical maps from vintage very-low-frequency airborne data, tipper inversion, and interpretation: A case study from northern Sweden
SM Abtahi, LB Pedersen, J Kamm, T Kalscheuer
Geophysics 81 (5), B135-B147, 2016
42016
On the accuracy of the Complex-Step-Finite-Difference method
R Abreu, Z Su, J Kamm, J Gao
Journal of Computational and Applied Mathematics 340, 390-403, 2018
32018
Inversion of magnetic resonance sounding with wavelet basis functions
J Kamm, M Becken, U Yaramanci
Near Surface 2009-15th EAGE European Meeting of Environmental and …, 2009
32009
Magnetotelluric multiscale 3-D inversion reveals crustal and upper mantle structure beneath the Hangai and Gobi-Altai region in Mongolia
JS Käufl, AV Grayver, MJ Comeau, AV Kuvshinov, M Becken, J Kamm, ...
Geophysical Journal International, 2020
22020
Integrated 3D interpretation of geological, geophysical and petrophysical data—A case study from a gabbro intrusion in Boden, Sweden
J Kamm, IA Lundin, M Bastani, M Sadeghi
12th SGA Biennial meeting 2013-proceedings 1, 81-85, 2013
22013
A new reference model for 3D inversion of airborne magnetic data in hilly terrain—A case study from northern Sweden
SM Abtahi, LB Pedersen, J Kamm, T Kalscheuer
Geophysics 83 (1), B1-B12, 2018
12018
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