Viatcheslav V. Frolov

Contact information:

E-mail: vfrolov [at] bk [dot] ru

Phone: +79112323168

 

 

 

 

Date and place of birth: 1933.09.11 Kazan USSR

Position at the Department: Associated professor 

Academic rank: Senior researcher  

Education: Higher 

Research experience: Physics, nuclear magnetic resonance

Job: SPbU

Teaching activity: Lecturing, guide final Bachelor and Master works

Books and learning materials (In all 11): 

  1. Study of the physical principles of nuclear manitno resonance imaging. In the book.: Workshop on Magnetic Resonance. Textbook. Ed. Siskin VI Publ S. Petersburg University, 2003, p. 84
  2. Quantum Radiophysics (in collaboration) Publishing House of St. Petersburg University. 2009. 700.
  3. Quantum Radiophysics. Ed. V. Chizhik. Publishing House of St. Petersburg University. 2009. 700 p.
  4. Yu. Bogachev, V.Z Drapkin, M.N Knyazev, L.Y. Grunin, E.A. Nicholskaya, V. Frolov. Magnetic resonance imaging in a weak magnetic field. St. Petersburg. Univ ETU "LETI", 2012. 260 p.

Rewards: Diploma of St. Petersburg State University in connection with the 275th anniversary of the university.

Invited reports at conferences: Annual Winter Youth School-Conference "Magnetic resonance and its applications" in St. Petersburg

Selected representative publications (In all 115): 

  1. V. Frolov, V.L Danilov. Weak-field NMR introscopy based on the method of alternating gradient.
  2. All-Union Symposium "Methods for Magnetic Resonance in Biology and Medicine", 15-23 November 1980, Zvenigorod. Abstracts. Chernogolovka 1980.
  3. Bogachev Y.V., Drapkin V.Z., M.N. Knyazev, Frolov V.V., Chernenko Y.S. DNP tomography free radical states of biological objects. Proceedings ETU "LETI". 2011. Issue 10. Pp. 8-16.
  4. Bogachev YV, Drapkin VZ, MN Knyazev, Frolov VV, Chernenko YS Features design and development downfield tomography system transmission, reception and processing of magnetic resonance signals. Radioelectronics. 2011. MY. 6. Pp. 47-57.

Patents (In all 11): 

  1. VV Frolov. A method for producing an imaging of internal structure of an object using nuclear magnetic resonance. AS N 1326971 Discoveries and inventions, 1987, N 28, p. 157.
  2. Tyutyukin K.V, Frolov V.V., Chizhik V.I. Minitomograf/ Russian patent for utility model number 46644. Priority 10.03.05.

Participation in the conference organizing committee, editorial boards of journals, advisory councils and review articles:

Organizing Committee of annual International Symposium and Summer Scool in Saint Petersburg “Nuclear Magnetic Resonance In Condenced Matter”

Additionally: Married