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Рождественские лекции 2018

Passport project

Project managers

Dr. Sci. in Physics and Mathematics., professor Alexander A.Karabutov

Project target

1. Creation of Laser Ultrasonic Diagnostics of Rock Formation and Heterogynous Construction Materials Structure and Properties laboratory:

–          equipment selection;

–          equipment purchase and testing;

–          training of specialists to work with the equipment;

–          working out methods of the equipment use;

–          obtaining research results

2. Developing new laser ultrasonic nondestructive method of determining local elasticity modules of rock formations and heterogynous construction materials based on measuring speeds of elastic waves and determining their correlation with samples inner structure defect (including small size).

3. Theoretical analysis of possibilities to calculate local elasticity modules depending on concentration,

pore size and form according to measured spectrum of wide range laser ultrasonic signals, registered under one-sided access to the sample.

4. Studying nonlinear effects which accompany laser stimulation of ultrasonic waves in heterogeneous environment and developing on this basis methods to evaluate defect of geo- and composite materials.

5. Studying influence pattern of different size defects on spectral characteristics of wide range laser ultrasonic signal registered in the sample.

6. Experimental approbation of laser ultrasonic method of determining local elasticity modules in the samples of carbon plastics and carbon-carbon composites (as more regular environments them geomaterials).

7. Measuring local elasticity modules of fullerene containing (shungite) rock by laser ultrasonic method and determining their correlation with samples poriness and defects.

8. 2D visualization of internal structure of natural and synthetic heterogeneous materials on the basis of laser ultrasonic spectroscopy.

9. Using laser ultrasonic structurescopy method to determine specific sizes of grains in geomaterials samples depending on frequency dependence of coefficient of attenuation ultrasound. Verification of results on standard samples.

10. Testing of methods of laser- ultrasonic spectroscopy of natural and synthetic materials samples with different defects.

11. Independent high precision measurements of poriness and deficiency by methods of electronic microscopy and computerized tomography to verify results, achieved by laser ultrasonic method.

Project objectives

Laser Ultrasonic Diagnostics of Rock Formation and Heterogynous Construction Materials Structure and Properties 

The aim of project is justification for a new scientific discipline, related to the research of structural peculiarities and physical and mathematical properties of rock formations and heterogynouscondtruction materials based on laser ultrasonic spectroscopy method and creation of a laboratory base to realize this method. 

Uniqueness project

Presently there is no laser ultrasonic structurescopy of rock formations in the world. NUST MISiS Mining Institute is working on creation of prototypes of laser ultrasonic structurescopes for geomaterials diagnostics.

Synthesis of advanced heterogeneous materials for aircraft and space industry, developing of resource-saving technologies for extraction of minerals calls for new approaches to structure and properties diagnostics, providing for more detailed information on pores, cracks and other defects compares to the existing methods.

Equipment

Phenom ProХ scanning desktop electronic microscope

STRUERS set for preparation of rock sections

LFM-50 (WALTER+BAI AG) universal test machine with extensometer

Automatic laser ultrasonic structurescope 

Partnership and cooperation

Lomonosov Moscow State University, Physics Department

Lomonosov Moscow State University, Geology Department

Czech Technical University in Prague

Acoustic Laboratory, Main, France

Brno University of Technology

International laser Academic Scientific Centre, MSU

Universidad Complutense de Madrid


Publications:

2015Cherepetskaya E.B., Karabutov A.A., Kaptilny A.G, Ksenofontov D.M., Makarov V.A., Podymova N.B.Experimental study of the critical point region of aluminum under the action of the powerful nanosecond laser pulseLaser Phys. Lett.
2015Cherepetskaya E.B., Karabutov A.A., Kaptilny A.G, Ksenofontov D.M., Makarov V.A., Podymova N.B.Nonlinear reflection of a nanosecond laser pulse from thin aluminum film in the temperature range 2–14 kKLaser Phys. Lett.
2016A S Bychkov, E B Cherepetskaya, A A Karabutov and V A MakarovLaser optoacoustic tomography for study of femtosecond laser filament in airLaser Phys. Lett.
2016D S Uryupina, A S Bychkov, D V Pushkarev, E V Mitina, A B Savel’ev, O G Kosareva, N A Panov, A A Karabutov and E B CherepetskayaLaser optoacoustic diagnostics of femtosecond filaments in air using wideband piezoelectric transducersLaser Phys. Lett.
2016Kalashnikov I.E., Podymova N.B., Ka-rabutov A.A., Bolotova L.K., Kobeleva L.I., Kolmakov A.G.Local elastic moduli of particle-filled B83 babbitt-based composite materials prepared by powder met-allurgy techniquesInorganic Materials
2016Vasily Zarubin, Alexander Karabutov, Varvara Simonova, Elena CherepetskayaOn the use of an optoacoustic and laser ultrasonic imaging system for assessing peripheral intravenous accessPhotoacoustics
2016Esaulkov M, Solyankin P, Sidorov A, Parshina L, Makarevich A, Jin Q, Luo Q, Novodvorsky O, Kaul A, Cherepetskaya E, Shkurinov A, Makarov V, Zhang XCEmission of terahertz pulses from vanadium dioxide films undergoing metal-insulator phase transitionOptica
2017N.B.Podymova, A.A.KarabutovCombined effects of rein-forcement fraction and porosi-ty on ultrasonic velocity in SiC particulate aluminum alloy matrix compositesComposites Part B: Engi-neering
2017E.B.CherepetskayaSecond harmonic generation in isotropic chiral medium with nonlocality of nonlinear optical response by heteroge-neously polarized pulsed beamsOptics Express
2017A.S.Bychkov, E.B.Cherepetskaya, A.A.KarabutovNew Features of Toroidal Sensor Arrays for Real-Time Photoacoustic ImagingJournal of Biomedical Op-tics
2017E.B.CherepetskayaAngular momentum transfer efficiency in sum-frequency generation and control of its spin and orbital parts by vary-ing polarization and frequency of fundamental beamsLaser Phys. Lett.
2017Cherepetskaya, E.B., Makarov, V.A.  Structure of polarization singularities of a light beam at triple frequency generated in isotropic medium by singularly polarized beamOptics Express
2017Makarov, V.A., Shkurinov, A.P.Polarization control of terahertz radiation from two-color femtosecond gas breakdown plasmaOptics Express
2017Laser-induced ultrasonic imaging for measurements of solid surfaces in optically opaque liquidsLaser-induced ultrasonic imaging for measurements of solid surfaces in optically opaque liquidsApplied Optics
2018Зарубин Василий Павлович, Бычков Антон Сергеевич, Карабутов Александр Алексеевич, Черепецкая Елена БорисовнаA refraction-corrected tomographic algorithm for immersion laser-ultrasonic imaging of solids with piecewise linear surface profileApplied Physics Letters
2018Зарубин Василий Павлович, Черепецкая Елена Борисовна, Карабутов Александр АлексеевичLaser-ultrasonic temperature mapping of an acousto-optic dispersive delay lineNDT & E
2018Бычков Антон Сергеевич, Карабутов Александр АлексеевичCavitation and shock waves emission on the rigid boundary of water under mid-IR nanosecond laser pulse excitationLaser Physics Letters


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