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My name is Mr. Tamás Bánsági
Born: 1936 - December 22 - Szeged, Hungary
Marital status : married since 1976, maiden name of my wife : Mária
Valéria Sarlós
teacher of biology and chemistry
Children :
Dr. Zsuzsanna Bánsági (born in 1971), phisician, the Hospital of
Zalaegerszeg
Tamás Bánsági Jr. (born in 1977), Qualified Chemist, PhD in chemistry, BS in
economics postdoc at Florida State University Tallahassee, FL, USA.
Judit Bánsági (born in 1987), student of the University of Szeged, faculty of
economics and business administration
Home Adress: H-6723 Szeged, Bihari
utca 25 / A I. em 1.
tel: xx 36 62 482 019
Office Address: Reaction Kinetic
Research Group of the Hungarian Academy of Sciences, Szeged, Dóm tér 7. 6720,
Hungary. Tel: 36-62-454-000 ext. 3538; Fax: 36-62-322-378;
E-mail: bansagi@ sol.cc.u-szeged.hu
Education: University
of Szeged, Chemistry Faculty, 1956-1961, Qualified Chemist; University doctor
in inorganic chemistry 1967;
Candidate in chemistry (equivalent to PhD) 1979.
Work Experience:
Pharmaceutical Factory, Budapest 1961-1962;
Postgraduate student at Reaction Kinetic Research Group of the Hungarian
Academy of Sciences 1962-1967;
Postdoctoral fellow at Saint Francis Xavier University Antigonish, Nova
Scotia, Canada 1966-1967;
Scientific worker 1968-1986
Senior member of the Reaction Kinetic Research Group of the Hungarian Academy
of Sciences at the University of Szeged, Hungary 1987-
Supervisers:
Dr. L. Kisfaludy corresponding member of the Hungarian Academy of
Sciences;
Prof. Dr. E. A. Secco, head of the Physical-chemistry Department,
at Saint Francis
Xavier University Antigonish, Nova Scotia, Canada;
Prof. Dr. F. Solymosi member of the Hungarian Academy of
Sciences;
Prof. Dr. Z. G. Szabó member of the Hungarian Academy of Sciences.
Knowledge of Langauges: English, Russian.
Travel: Canada, Antigonish one year,
postdoctoral fellowship, Saint Francis Xavier University, Physical Chemistry
Department, superviser: Prof Dr. E. A. Secco.
Research Interests:
1. Kinetic study of the thermal decomposition of inorganic halogen oxy-acid
salts;
2. infrared and
mass-spectrometric study of the surface interaction between gases
and metals on
various supports;
3. CO induced changes in structure of the supported
metals.
Scientific Organizations:
Member of the working committee of the Solid State and Surface Chemistry of
the Hungarian Academy of Sciences.
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