Place and date of birth: Szeged, Hungary, 13 January 1947.
Marital status: married (Matild Szél programmer), two children (István 1975,  Nóra 1979)
Professional data:

    master of mathematics and physics, Attila József University Szeged, 1970,,
    computer programmer, SZÁMOK Budapest 1973.,
    Ph. D. of  chemistry,  Attila József University, Szeged 1981;
    Candidate of the Chemical Science,  Hungarian Academy of Sciences Budapest 1993.;
    Ph. D. Thesis: Thermal decomposition of azoethane and propionaldehyde initiated by azoethane.
        Supervisor: Prof. Peter Huhn
    C. Sc. Thesis: Comparison and appreciation of regression methods in the linear calibration.

- Introductory courses in the applied mathematics and the chemical informatics,
- Practical exercises in the applied mathematics and the chemical informatics,
- Advanced courses in chemometrics and  mathematical modeling of chemical problems,
- Supervising of diploma  works

- numerical integration of kinetical differential equations to be proposed
  mechanism of reactions in gas and liquid phase,
- estimation of stability constants in the field of coordination chemistry,
- quality controll of calibration,
- robust parameter estimation, Monte Carlo methods, analysis of measurement errors,
- classification and analysis of environmental data

Mechnikov State University of Odessa, Soviet Union, 1983.
Mechnikov State University of Odessa, Soviet Union, 1987.
Masaryk University Brno,  Czech Republic, 1996.

Member of Automated Analysis Working Group of Hungarian Academy of Sciences,
Member of the Hungarian Chemical Society,
Member of the Hungarian Mathematical Society

[1]   Zs. Bõti,  I. Horváth, Zs. Szil and  L. J. Csányi:
        The reaction between Thallium(III) and hydrogen peroxide.
        J, Chem. Soc. Dalton Trans., 112 (1978).

[2]   A. Péter, G. Ács, I. Horváth and  P. Huhn: Decomposition of
        propionaldehyde initiated by the thermal  decomposition of azoethane
        Acta Chim. Acad. Sci. Hung., 108, 235 (1981).

 [3]   L. J. Csányi, L. Nagy, Z. M. Galbács and  I. Horváth: Alkali-induced generation
        of superoxide and hydroxil radicals from aqueous hydrogen peroxide solution.
        Z. Phys. Chem. Neue F. Bd., 138, S107 (1983).

[4]   A. Vértes, K. Burger, L.Takács and  I. Horváth: The Debye-Waller factor
        of molecules trapped in the pores of thirsty glass.
        J. Radioanal.: Nucl. Chem: Letters, 86, 195 (1984).

 [5]   A. Dombi, I. Horváth and  P. Huhn: Effects  of olefins on the thermal decom-
        position of propane, part III. Some remarks on the kinetics of decomposition.
        Int. J. Chem. Kinet., 18, 255 (1986).

[6]   G. Sipos-Nagy, I. Horváth and  K. Burger: Temperature-dependence
        of ion-pair formation of simple thiocyanate salts in liquid ammonia.
         Inorg. Chim: Acta, 130, 75 (1987).

[7]   K. Burger, P. Sipos, M. Véber, I. Horváth, B. Noszál and M. Lõw:
        Formation microequilibria of proton, calcium and magnesium complexes
        of the g-carboxi-glutamate ion and related compounds.
         Inorg. Chim. Acta, 152, 233 (1988).

[8]   L. J. Csányi, I. Horváth and Z. G. Galbács: Peroxide derivatives of
        molybdenum(IV) in neutral and alkaline media.
        Transition Met. Chem., 14, 81 (1989).

[9]   Horváth István, Rajkó Róbert and Huhn Péter: Application of robust regression
       methods to the linear calibration model. (Robusztus regressziós módszerek
       alkalmazása a lineáris kalibrációs modellben.)
        Magy. Kém. Folyóirat, 95, 327 (1989).

[10]  K. Burger and   I. Horváth: Solvatochromism in Mössbauer spectroscopy.
        Effects of solvents on structure and electronic structure of iron and tin compounds.
        Inorg. Chim. Acta, 196, 49 (1992).

Home address:
H-6724 Szeged Francia u. 16. Hungary
Tel.: 36 - 62 - 469-775