CURRICULUM VITAE : NINA B. MASLOVA
(written by N. Maslova before her death on November 18, 1993)

1. Vital Statistics

Born 30 May 1939, USSR
Professor in Mathematical Physics, University of St.Petersburg, Faculty of Physics, Department of Nathematical Physics.
Main Researcher in the Spb.Branch of the Institute of Oceanology, Russian Academy of Sciences.

2. Education

1983 Doctor of Physic-Mathematic Science, Boundary value problem for the Boltzman equation, Institute of Applied Math. of the USSR Academy of Sciences, Moscow.
1966 Ph.D. (Candidate Degree), Relativistic treatment of some principial issues in rarefied gas dynamics, University of Leningrad.
1965 Hydrodynamics, Postgraduate, University of Leningrad.
1956-1962 University of Leningrad, Math.-Mech. Faculty

3. Professional Employment

1993 Professor in Mathematical Physics, University of St.Petersburg.
1991-1993 Main Researcher in the Spb.Branch of the Institute of Oceanology, Russian Academy of Sciences, the department of numerical experiments in the ocean dynamycs. University of St.Petersburg.
1993, 19.04-19.07 Visiting professor in Chalmers University of Technology and University of Goteborg
1991-1992 Visiting professor in Mathematical Physics, University of Kaiserslautern, Germany.
1981-1991 Leading Researcher in the Spb.Branch of the Institute of Oceanology, Russian Academy of Sciences, the department of numerical experiments in the ocean dynamycs.
1971-1981 Professor in Fluid Dynamics, University of Leningrad.
1966-1971 Professor in Mathematical Analysis, University of Leningrad.

4. Professional Affiliations, Honor and Awards

St.Petersburg Math.Society, Member.
Seminar in Mathematical Physics of Steklov Math.Inst.
Amer.Math.Society Member
State USSR Prize, 1989, for: "Mathematical methods of investigation of the Boltzmann equation"; collaborators: Arsenyev, A.A., Bobylev, A.V., Vedenyapin, V.V.

5. Some Recent Publications:

1. Nonlinear Evolution Equations. Kinetic Approach. Series in Mathematics for Applied Sciences, 1993, vol.10, World Scientific P.Co.
2. Kinetic Approximations of Hydrodynamic equations. Algebra i Analis, vol.4, 1992, 6,. p. 157-188.
3. Statistical solutions of the Euler equation. Problemy mat. analisa, 1990, v.11, p.26-36.
4. Mathematical Methods of investigation of the Boltzman equation. Algebra i analis, 1991, 1, p.1-50.
5. Multiple equilibra of the thermohaline circulation in a ventilated ocean model. Ocean Modelling, 90, 1990, p.9-12. (Co-author - Kagan B.A.)
6. Auto-oscillations of the ocean thermohaline circulation. Dokl.Akad. Nauk SSSR, 309, 36, 1989, p. 710-715. (Co-authors - Kagan B.A., Sept, V.V.)
7. Tidal evolution of the Earth-Moon system with random perturbations of the ocean resonance frequency. Astronom. vestnik, 22, 3, 1988, p. 240-251. (Co-author - Kagan B.A.)
8. Non-uniqueness of the thermohaline circulation in a three-layer ventilated ocean. Fluid Dyn.Res., 1991, v.8, p.287-295. (Co-author - Kagan B.A.)
9. Application of the averaging method to solution of the nonstationary ocean hydrothemodynamic equatios. Ocean Modelling, 98, p.9-11. (Co-authors - Gorchakov, V.A. and Ryabchenko V.A.)

6. Manuscripts submitted for Publication:

1. Regularity of the statistical solutions of transport equation.
2. Non-uniqueness of the thermohaline circulation in a three-layer ventilated ocean. (Co-author - Kagan B.A.)
3. Discontinous autooscillations of the ocean thermohaline circulation: asymptotic solution.

7. Other Professional Activity.

Prof. O.A.Ladyzhenskaya Seminar "Nonlinear differential equations", conferences and workshops in the USSR on Partial Differential Equations, Dynamics of Rarefied Gases, Geophysiscs.