Software

Builder C++ (made by Embarcadero) C ++ compiler, application development tool RAD

EMIGMA v7.8 firmy PetRos EiKon Inc. The software is used for 3D modeling of magnetotelluric data.

Grapher (http://www.goldensoftware.com/products/grapher; http://www.grapher.pl/)

Hampson-Russell Suit (http://www.cgg.com/en/What-We-Do/GeoSoftware/Solutions/HampsonRussell)

Interactive Petrophysics (http://www.lr.org/en/services/software/ip.aspx) for well logging data processing and interpretation

IPI2WIN (http://geophys.geol.msu.ru/) Interpex to interpret GCM data. The software is used for 1D inversion using Occam and LMA methods and visualization results of interpretation along profiles in the form of depth and elevation sections. http://www.interpex.com/ix1dv3/ix1dv3.htm

Matlab (made by Mathworks) – software for data processing and visualization

MCNP6

ProMAX/SeisSpace (https://www.landmark.solutions/SeisSpace-ProMAX)

Oasis Montaj (Geosoft)

OMNI 3D Survey Design and Modeling Software,

OpendTect, dGB (http://www.opendtect.org/)

Pakiet RESIS (oprogramowanie własne) – processing and analysis of DC-resistivity data

ReflexW – software made by the German company Sandmeier for processing, georadar (and seismic) data

RES2DINV (http://www.geotomosoft.com/) – 2D inversion for ERT and IP methods

RES2DMOD (http://www.geotomosoft.com/) –2D modeling for ERT and IP methods

RES3DINV (http://www.geotomosoft.com/) – 3D inversion for ERT and IP methods

RES3DMOD (http://www.geotomosoft.com/) – 3D modeling for ERT and IP methods

Seismic Unix system – a system for processing, modelling of seismic (and GPR) data, made by the Colorado School of Mines

Sufer (http://www.goldensoftware.com/products/surfer; http://www.surfer.net.pl/)

Techlog, Schlumberger (https://www.software.slb.com/products/techlog) for laboratory and well logging data processing and interpretation

Vista Desktop Seismic Data Processing Software, Schlumberger (https://www.software.slb.com/products/vista).

Geogiga Surface Plus (https://www.geogiga.com/) – processing and analysis of seismic surface wave methods (MASW, MALW, SPAC, ESAC)

winMAW (https://www.winmasw.com/) – modeling, processing and joint analysis of seismic surface wave methods (MASW, MALW, SPAC, ESAC, H/V)

ZondST2D (http://zond-geo.com/english/zond-software/seismic-tomography/zondst2d/) – modeling, processing and interpretation of seismic refraction tomography (SRT-P, SRT-S, crosshole) and MASW

SeisImager/2D (https://www.geometrics.com/software/seisimager-2d/) – processing and interpretation of seismic refraction and refraction tomography (SRT-P, SRT-S)