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Eldar Baykiev
Eldar Baykiev
Verified email at ifg.uni-kiel.de
Title
Cited by
Cited by
Year
Forward modeling magnetic fields of induced and remanent magnetization in the lithosphere using tesseroids
E Baykiev, J Ebbing, M Brönner, K Fabian
Computers & geosciences 96, 124-135, 2016
272016
Integrating gravity and surface elevation with magnetic data: mapping the curie temperature beneath the British Isles and surrounding areas
E Baykiev, M Guerri, J Fullea
Frontiers in Earth Science 6, 165, 2018
112018
Global high-resolution magnetic field inversion using spherical harmonic representation of tesseroids as individual sources
E Baykiev, D Yixiati, J Ebbing
Geosciences 10 (4), 147, 2020
62020
Spectral consistency of satellite and airborne data: Application of an equivalent dipole layer for combining satellite and aeromagnetic data sets
Y Dilixiati, E Baykiev, J Ebbing
Geophysics 87 (3), G71-G81, 2022
52022
& Ventosa, S.(2022). Towards a Digital Twin of the Earth System: Geo-Soft-CoRe, a Geoscientific Software & Code Repository
I DeFelipe, J Alcalde, E Baykiev, I Bernal, K Boonma, R Carbonell
Frontiers in Earth Science 509, 0
5
Linearized Bayesian estimation of magnetization and depth to magnetic bottom from satellite data
W Szwillus, E Baykiev, Y Dilixiati, J Ebbing
Geophysical Journal International 230 (3), 1508-1533, 2022
32022
Spherical magnetic field gradients and lithospheric magnetization (Part 1): finite difference calculation and depth sensitivity to lithospheric magnetization
E Baykiev, J Ebbing, M Brönner, K Fabian
Geophysical Journal International 215 (3), 1747-1765, 2018
22018
Towards a digital twin of the Earth system: Geo-Soft-CoRe, a geoscientific software & code repository
I DeFelipe, J Alcalde, E Baykiev, I Bernal, K Boonma, R Carbonell, ...
Frontiers in Earth Science 10, 828005, 2022
12022
Magnetic Tesseroid Inversion: a program for global magnetic tesseroid inversion
E Baykiev, D Yixiati, N Holzrichter, J Ebbing, M Brönner, K Fabian
12020
Magnetic Tesseroids: a collection of command-line tools for modelling of the magnetic field with spherical prisms (tesseroids) used as magnetic sources
E Baykiev, J Ebbing, M Brönner, K Fabian
12020
LitMod3D_v4. 0: a software for integrated geophysical-petrological thermochemical modelling of lithosphere
J Fullea, E Baykiev, JC Afonso, JAD Connolly, B Mather, M Guerri
12019
Analysis of modelled satellite magnetic data to explore lithospheric magnetization
E Baykiev
NTNU, 2017
12017
Combining Satellite and Aeromagnetic Data Using Equivalent Source Technique
Y Dilixiati, E Baykiev, J Ebbing
AGU Fall Meeting Abstracts 2020, GP013-0003, 2020
2020
Global and local high-resolution magnetic field inversion using spherical harmonic models of individual sources
E Baykiev, D Yixiati, J Ebbing
AGU Fall Meeting Abstracts 2020, IN037-08, 2020
2020
Reprocessing of aeromagnetic data under consideration of satellite data for interpretation and modelling
J Ebbing, D Yixiati, E Baykiev, P Haas, F Ferraccioli, S Scheiber-Enslin
EGU2020, 2020
2020
Analysing models of geothermal heat-flux by Bayesian and cluster inversion
J Ebbing, M Loesing, F Pappa, E Baykiev, W Szwillus, D Yixiati, P Haas
AGU Fall Meeting 2019, 2019
2019
Analysing models of geothermal heat-flux by Bayesian and cluster inversion
W Szwillus, J Ebbing, M Loesing, F Pappa, E Baykiev, D Yixiati, P Haas
AGU Fall Meeting Abstracts 2019, T23C-0450, 2019
2019
Integrating gravity and surface elevation with magnetic data: mapping the Curie temperature beneath the British Isles and surrounding areas
J Fullea, E Baykiev, M Guerri
AGU Fall Meeting Abstracts 2018, T43H-0514, 2018
2018
Time variation of the lithospheric magnetic field between 2000 to 2017
J Sebera, R Haagmans, R Floberghagen, E Baykiev, J Ebbing, A Bezděk
EGU General Assembly Conference Abstracts, 19034, 2018
2018
The lithospheric structure beneath British Isles from integrated geophysical-petrological modelling of magnetic and other geophysical data
E Baykiev, M Guerri, J Fullea
EGU General Assembly Conference Abstracts, 5557, 2018
2018
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Articles 1–20