Employees of the company conduct active scientific cooperation with Canadian companies (Phoenix-Geophysics, AGCOS) and St. Petersburg Mining University.
The main directions of scientific activity:
- development of methods for interpreting the data of the Magnetovariational Profiling (MVP):
- 2018 Ermolin E and Ingerov O / Host medium influence on magnetovariational anomalies of 2D local bodies;
- 2016 Ingerov O and Ermolin E / Field technique optimization in ore exploration by using magnetotelluric;
- 2014 Ermolin E, Ingerov O and Ingerov I / Evaluation of Conductive 3-D Ore Bodies Parameters Using Tipper Frequency Response Functions;
- 2013 Ingerov O, Ingerov I and Ermolin E / Mapping of thin conductive dikes and veins overlaid by sediments using methods of Audio Magnetotellurics (AMT) and Magnetovariational Profiling (MVP);
- 2010 Ingerov O and Ermolin E / The parameters estimation of 2D conductive isometrical bodies by singular points at the tipper frequency characteristic.
- development of the Magnetotellurics data processing technique:
- 2018 Ermolin E, Ingerov O, Yankilevich A, Pokrovskaya A, Davytkina T and Melnikov V / Features of audiomagnetotellurics daytime signal in dead band in Chukotka (Russian Far East);
- 2018 Ermolin E and Ingerov O / Correction of the host medium influence in the express-interpretation of 2D magnetovariational anomalies;
- 2018 Ingerov I, Ermolin E and Belyakov / Particularities of 5-component magnetotelluric soundings application for mineral exploration;
- 2017 Ingerov I and Ermolin E / Effective All-Season Method for Mining Exploration;
- 2016 Ingerov O and Ermolin E / Field technique optimization in ore exploration by using magnetotelluric;
- 2016 Ermolin E, Savichev A and Ingerov I / Additional exploration of gold deposit in Chukotka by AMT and MVP;
- 2015 Savichev A and Ermolin E / A new cryogenic-clathrate-explosive genetic model of modern circular structures in Siberia;
- 2014 Litvinenko V S, Ermoln E, Ingerov O, Egorov A S and Zhamaletdinov A A / Magnetotelluric investigation across the Kola Super Deep Hole area;
- 2014 Ermolin E, Ingerov O and Savichev A / Gold exploration in Chukotka region by using audiomagnetotellurics;
- 2014 Ermolin E, Ingerov O and Fox L / MTS and MVP data integration to estimate the 2D anomaly bodies parameters situated away from measuring profile;
- 2014 Ingerov I and Ermolin E / Application of magnetovariational profiling method (MVP) for geological mapping and mining exploration;
- 2013 Ingerov O, Ingerov I and Ermolin E / Mapping of thin conductive dikes and veins overlaid by sediments using methods of Audio Magnetotellurics (AMT) and Magnetovariational Profiling (MVP);
- 2011 Ermolin E and Ingerov O / Results of AMT survey at Patomsky crater;
- application of technology (A) MT-MVP for a wide range of tasks: