Personal information:

Birth Date: January 19, 1967.

Nationality: Serbian

Education:
Ph. D. (2002) Physical Chemistry, Faculty of Physical Chemistry, University of Belgrade.
Professional experience
Position: Full Professor
Organization name: Faculty of Physical Chemistry
Company: University of Belgrade

Location: Belgrade, Serbia
Teaching curriculum
Atomic spectrochemistry
Physical chemistry of plasma
Plasma chemistry
Spectrochemical methods for trace analysis

Research areas of interest:
– spectrochemical application and diagnostic of laser induced plasmas
– spectrochemical application and diagnostic of argon arc plasma
– molecular spectra in laser induced plasmas
– application of lasers in spectroscopy

Bibliography:
1. M.Kuzmanovic, D.Rankovic, M.Trtica, J.Ciganovic, J.Petrovic, J.Savovic, “Optical emission of graphite plasma
generated in ambient air using low-irradiance carbon dioxide laser pulses”, Spectrochim. Acta 157 (2019) 37.
2. M.Momcilovic, S.Zivkovic, M.Kuzmanovic, J.Ciganovic, D.Rankovic, M.Trtica, J.Savovic, “The Effect of
Background Gas on the Excitation Temperature and Electron Number Density of Basalt Plasma Induced by 10.6
Micron Laser Radiation”, Plasma Chem. Plasma Proc. 39 (2019) 985.
3. N.Tarasenko, V.Kiris, N.Tarasenka, A.Nevar, M.Kuzmanovic, D.P.Rankovic, J.Savovic, M.Trtica, „Laser-Assisted
Fabrication of Nanoparticles in Liquids and Their Application for Improving Analytical Performance of LIBS“,
International Journal of Nanoscience 18 (20199) 1940048
4. M. Trtica, B.Radak, D.Milovanovic, M.Kuzmanovic, J.Savovic, “Laser-based optical techniques for detection of
chemical agents”, The European Physical Journal Plus (2018) 133:286.
5. S.Zivkovic, J.Savovic, M. Kuzmanovic, J.Petrovic, M.Momcilovic, “Alternative analytical method for direct
determination of Mn and Ba in peppermint tea based on laser induced breakdown spectroscopy”, Microchemical
Journal (2018), vol. 137, 410-417