Staff
 
 
 
   

Kazakov Viacheslav Viacheslavovich
leading research scientist, Ph.D.

Education:
2009 - Doctor of Technical Sciences (Nizhny Novgorod State Technical University, N.Novgorod) speciality: 05.11.13 - Devices and a quality monitoring of the natural environment, substances, materials and products; thesis: Phase and modulations means of measurement for not destroying control of materials and designs.
1996 – an academic status: senior scientific researcher.
1992 - Ph.D. (N.N.Andreyev Acoustics Institute, Moscow) speciality: 01.04.06 – Acoustic; thesis: The ultrasonic phase measurements of vibrodisplacement designing for the solution of the vibrodiagnostic problems.
1980 - M.E. in radio engineering (Gorky Politechnical Institute, Gorky (now N.Novgorod)); speciality: radio engineer.

Scope of professional interests:
- development and manufacturing of ultrasonic phase meters of vibrodisplacements in the air environment, and their use for the decision of problems of vibrating diagnostics of materials and designs (contactless measurement of vibrations);
- development and manufacturing of ultrasonic locators (defectoscopes), using nonlinear acoustic effects (use of radiation pressure of an ultrasonic wave, powerful acoustic impulses, modulation of a sound by a sound) and their use for the decision of problems of not destroying control (NDE) of materials in the technique (detection of micro cracks) and medicine (remote research of viscous-elastic properties of biological tissue);
- sensors of displacement and force for measurement of is viscous-elastic properties of tissue (skin, muscle);
- invent activity.

Professional career:
1980 - the present: Institute of applied physics of the Russian Academy of Sciences; posts: engineer-trainee, engineer, junior scientific employer, research scientist, senior research scientist, leading research scientist.
1999-2000 - practice on nonlinear ultrasonic diagnostics of materials at the Edison Joining Technology Center of The Ohio State University (Ohio, Columbus, USA).
2001 - practice on ultrasonic diagnostics in medicine at the Artann Laboratories (West Trenton, New Jersey, USA).

Membership in professional organizations:
Member of the Russian acoustic society.
2011 - the present tense, a member of dissertational council - D.409.002.01, The Institute of Electronic Measurements (IEM) KVARZ, Nizhniy Novgorod; speciality: Radio measuring devices.
2012 - the present tense, a member of dissertational council - D 212.165.01, Nizhny Novgorod State Technical University, N.Novgorod; speciality: Devices and a quality monitoring of the natural environment, substances, materials and products.

Awards, prizes, grants:
Bronze medal of the Exhibition of National Economic Achievement (VDNH, Moscow, 1986) for creation of an ultrasonic vibrometer.
Bronze and silver medals of 57-th International salon of innovations, scientific researches and new technologies "Brussels Innova/Eureka - 2008" (Belgium, Brussels, 2008) for nonlinear acoustic and ultrasonic methods of detection of cracks.
The grant of Fund of assistance to development of small forms of the enterprises in scientific and technical sphere ("fund of Bortnik", START-2004); the project: Working out and research of base variants of ultrasonic modulation defectoscopes (2004-2005).
The participant of 11 grants of the Russian fund of basic researches.

Publications:
Total of publications: 147, including 10 patents and 19 articles in reviewed journals.

Most significant papers and results:
1. Kazakov V.V. The device for measurement of volume of the vessel in the air environment // Instruments and Experimental Techniques, 2012, Vol. 55, No. 1, pp. 120–121.
2. Yakhno T., Sanin A., Kazakov V., Sanina O., Vacca Ch., Falcione F., and Yakhno V. Uncoated Quartz Resonator as a Universal Biosensor // Intelligent and Biosensors, Book ed. by Vernon S. Somerset. INTECH. Croatia. 2010. pp.345-362.
3. Antonets V.A., Kazakov V.V. and Anishkina N.M. Quantitative evaluation of tonal sound frequency perception by a man // Biophysics. 2010. Vol. 55, No 1. pp.104-109.
4. Yakhno T.A., Kazakov V.V., Sanina O.A., Sanin A.G. and Yakhno V.G. Drops of biological fluids drying on a hard substrate: Variation of the morphology, weight, temperature, and mechanical properties // Technical Physics. 2010. Vol. 55, No 7. pp. 929-935.
5. Yakhno T., Sanin A., Kazakov V., Sanina O., Vacca Ch., Falcione F., and Yakhno V. Uncoated Quartz Resonator as a Universal Biosensor // Intelligent and Biosensors, Book ed. by Vernon S. Somerset. INTECH. Croatia. 2010. pp.345-362.
6. Antonets V.A., Kazakov V.V. and Anishkina N.M. Quantitative evaluation of tonal sound frequency perception by a man // Biophysics. 2010. Vol. 55, No 1. pp.104-109.
7. Yakhno T.A., Kazakov V.V., Sanina O.A., Sanin A.G. and Yakhno V.G. Drops of biological fluids drying on a hard substrate: Variation of the morphology, weight, temperature, and mechanical properties // Technical Physics. 2010. Vol. 55, No 7. pp. 929-935.
8. Yakhno T.A., Sanina A.G., Vaccab C.V., Falcioneb F., Sanina O.A., Kazakov V.V., and Yakhno V.G. A New Technology for Studying Multicomponent Liquids Using a Quartz Crystal Resonator: Theory and Applications // Technical Physics. 2009. Vol. 54, No. 10. pp. 1423–1430.
9. Kazakov V.V. Ultrasonic phase meter of vibrations for vibration diagnostics purposes // Sensor & Systems. 2009. No 11. pp.39-42.
10. Kazakov V.V. A Nonlinear Effect–Based Ultrasonic Flaw Detector for Detecting Cracks // Russian Journal of Nondestructive Testing. 2008. Vol. 44, No. 12. pp. 832–835.
11. Kazakov V.V. A Digital Phase Shifter // Instruments and Experimental Techniques. 2007. Vol. 50, No. 4. pp. 515–516.
12. Kazakov V.V. A Modulation Crack-Detection Technique: I. Instrumental Method of Implementation // Russian Journal of Nondestructive Testing. 2006. Vol. 42, No 11. pp. 709–716.
13. Kazakov V.V. A Modulation Crack-Detection Technique: I. Software Implementation Method // Russian Journal of Nondestructive Testing. 2006. Vol. 42, No 12. pp. 773–779.
14. Kazakov V.V., Sutin A.M., Johnson P.A. Sensitive imaging of an elastic nonlinear wave-scattering source in a solid // Applied Physics Letters. 2002. V.81,  4. P.646-648.

15. Yakhno T., Sanin A., Pelyushenko A., Kazakov V. et al. Uncoated quartz resonator as a universal biosensor // Biosensors and Bioelectronics. 2007. V.22,  9-10. P.2127-2131.

Another information:
1. Kazakov V.V. Vessel volume measurement method, and device for its implementation // Patent of RF 249435. Int. Cl. G01F 17/00. Bullet. of Invent. 27, 27.09.2013. - 20 p.
2. Kazakov V.V. Nonlinear acoustic method of cracks detection and their sites in designs and the device for it realization // Patent of RF 2274859, Int. Cl. G01N 29/04, Bullet. of Invent. 11, 20.04.2006. - 18 p.
3. Kazakov V.V. Nonlinear ultrasonic method of cracks detection and their sites in a firm body and the device for it realization // Patent of RF 2280863, Int. Cl. G01N 29/04, Bullet. of Invent. 21, 27.07.2006. - 25 p.
4. Kazakov V.V., Kravets L.Ya., Fraerman A.P. The device for definition of mechanical properties of biological tissue // Patent of RF 2061405. Bullet. of Invent. 16, 1996.
5. Kazakov V.V. Ultrasonic phase meter of vibrodisplacement // Patent of USSR 1774164, Bullet. of Invent. 41, 1992.
6. Efimov A.P., Smirnov G.V., Kazakov V.V. Method of definition of stability of a vertical pose of the man // Patent of USSR 1752348, Bullet. of Invent. 29, 1992.
7. Kazakov V.V. Ultrasonic phase meter of vibrodisplacement // Patent of USSR 1619028, Bullet. of Invent. 1, 1991.
8. Kazakov V.V. Ultrasonic phase meter of vibrodisplacement // Patent of USSR 1413420, Bullet. of Invent. 28, 1988.
9. Antonets V.A., Ivanov A.F., Kazakov V.V. Method of definition of coefficient of a superficial tension of a liquid // Patent of USSR. 1283621. Bullet. of Invent. 2, 1987.
10. Kazakov V.V. Ultrasonic phase meter of vibrodisplacement // Patent of USSR 1357725, Bullet. of Invent. 45, 1987.