Center for Collective Use "Petrophysics, Geomechanics and paleomagnetism"

Authorization required.
Lab team

We conduct research in the field of paleomagnetism and magnetism of rocks (petromagnetism), minerals and materials, including in such areas as archaeomagnetism, paleomagnetism of sinter formations of caves (speleothems). We carry out studies of the chemical and mineral (phase) composition of rocks and minerals using scanning electron microscopy and optical microscopy, as well as a Raman spectrometer. We study the fresh cleavage and structure of rocks. We perform track analysis (dating) of apatite and zircon. We implement a full range of sample preparation: we manufacture petrographic slates and anshlifes, epoxy checkers and isolate monomineral fractions. A special area of the CCP is geomechanical and petrophysical research, which includes the study of patterns and mechanisms of deformation of rocks in various conditions, the study of patterns of propagation of elastic waves and other physical fields in rocks at various scales in relation to their composition and structure, the study of filtration-capacitance, elastic and strength properties of rocks in various thermobaric conditions, the study of mineralogical and chemical composition, internal structure and microstructure of rocks, the study of well cores and other rock samples for petrophysical and geomechanical modeling in application to the tasks of exploration, development and development of hydrocarbon deposits and solid minerals, the development and optimization of standardized methods for determining filtration-capacitive, physico-mechanical and the strength parameters of rocks in the thermobaric conditions of the formation and in atmospheric conditions.

  1. Scanning electron microscopy (SEM)
  2. Optical microscopy
  3. Analysis of nanocarp tracks
  4. Geochronology
  5. Track dating
  6. X-ray diffraction analysis
  7. X-ray phase analysis
  8. Geomechanical studies of the Earth's crust
  9. Petrophysics
  10. Paleomagnetism
  11. Archaeomagnetism
  12. Cathodoluminescent survey of zircon
  13. Isolation of monomineral fractions
  14. Petromagnetism
  15. Magnetism of rocks, minerals and materials
  16. Comprehensive well core studies
  17. Petrography
  18. Raman spectroscopy
Roman Veselovskiy 🥼 🤝
Head of Laboratory

Research directions

Geochronology

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U-Pb zircon dating

Thermochronology

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Track dating of apatite and zircon by LA-ICP-MS method

Paleomagnetism, petromagnetism

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Conducting paleomagnetic, magnetostratigraphic, archaeomagnetic and petromagnetic studies to solve the problems of the evolution of the geomagnetic field, tectonics, geochronology, stratigraphy, paleogeography, paleoclimatology, archaeology and other Earth sciences.

Development and optimization of standardized methods for determining filtration-capacitance, physico-mechanical and strength parameters of rocks in thermobaric formation conditions and in atmospheric conditions

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Development and optimization of standardized methods for determining filtration-capacitance, physico-mechanical and strength parameters of rocks in thermobaric formation conditions and in atmospheric conditions

The study of well cores and other rock samples for the purposes of petrophysical and geomechanical modeling

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The study of well cores and other rock samples for the purposes of petrophysical and geomechanical modeling in application to the tasks of exploration, development and development of hydrocarbon deposits and solid minerals

Study of filtration-capacitance, elastic and strength properties of rocks under various thermobaric conditions

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Study of filtration-capacitance, elastic and strength properties of rocks under various thermobaric conditions

Study of mineralogical and chemical composition, internal structure and microstructure of rocks

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Study of mineralogical and chemical composition, internal structure and microstructure of rocks

Studying the patterns of propagation of elastic waves and other physical fields in rocks at various scales in relation to their composition and structure

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Studying the patterns of propagation of elastic waves and other physical fields in rocks at various scales in relation to their composition and structure

The study of the patterns and mechanisms of deformation of rocks in various conditions

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The study of the patterns and mechanisms of deformation of rocks in various conditions

Publications and patents

Lab address

Москва, Большая Грузинская улица, 10
Authorization required.