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CURRICULUM VITAE of Nenad Bundaleski
DATE OF BIRTH: 12. 01.1972
MARITAL STATUS: married
EDUCATION:
PhD in electrical engineering, at the School of Electrical Engineering (Dept. of Physical
electronics), University of Belgrade, Belgrade, Serbia and Montenegro
Graduation in 2003 (May), acquiring a PhD degree in Electrical Engineering
PhD thesis: The implementation and application of the low energy ion scattering technique for the
surface composition analysis
Attending the course "Nanoscale Science and Technology", which was organized by the
International school of physics Enrico Fermi, Varena, Italy in June/July 2000 (Course CXLIV).
Postgraduate studies started in 1996 at the School of Electrical Engineering (dept. of Physical
electronics), University of Belgrade, Belgrade, Yugoslavia
Graduation in 1999, acquiring MSc degree in Electrical Engineering.
MSc thesis: The development and investigation of characteristics of the experimental setup used for
determining the energy distribution of low energy ions scattered from solid-state surfaces
Graduate studies started in 1991. at the School of Electrical Engineering (dept. of Physical
electronics), University of Belgrade, Belgrade, Yugoslavia
Graduation in 1996, acquiring a BSc degree in Electrical Engineering.
Diploma Thesis: Optical filters – the analysis of the frequency characteristics
EMPLOYMENT HISTORY:
Nov. 1996- Sep. 1999 Research student at Institute of Nuclear Sciences Vinča, Belgrade, Serbia
Jan. 2000- Aug. 2003 Research associate at Institute of Nuclear Sciences Vinča, Belgrade, Serbia
Sep. 2003- Aug. 2007 Research assistant professor at Institute of Nuclear Sciences Vinča, Belgrade,
Serbia
Sep. 2007- Jun. 2009 post-doc in LCAM, Orsay, France
Jul. 2009 – Jun. 2014 researcher at CEFITEC FCT/UNL Portugal (Ciencia 2008 program)
Jul. 2014 – now research professor at at Institute of Nuclear Sciences Vinča, Belgrade, Serbia
FIELDS OF INTEREST:
- Surface science, experience in the problems of surface composition determination, surface
segregation and adsorption;
- Experience in work with vacuum systems (from low vacuum to UHV), ion sources, ion-optical
systems, and particle detectors; surface preparation prior to surface science experiments;
- Low energy ion scattering and ion sputtering, energy and mass analysis of charged particles;
- Fast atom-surface interaction, coherent scattering and inelastic loss of atoms scattered from a
surface;
-Time of flight experimental technique, coincidence measurements;
- Electron-surface interaction, secondary electron emission;
- Numerical simulations of ion-surface interactions (binary collision approximation) and insulator
charging;
- Design and development of ion-optical systems by numerical simulations (SIMION etc.) and/or
analytical
approach;
- Programming skills using MATLAB, Pascal, etc.
- PSD functions, roughness-scaling theory used for thin film characterization;
- Optical filter design, optical properties of thin films;
- Computation of laser light scattered from different objects;
- Computation of laser gain in the case of chemical lasers;
WORKING SKILLS:
Surface science, surface and thin film composition and structure characterization, ion interaction
with metalic and insulator surfaces, nano-scale science and technology, low energy ion scattering,
ion sputtering, ion optics, energy and mass analysis of charged particles, vacuum technologies,
numerical simulation of ion-surface interaction grazing incidence ion surface scattering; highly
charged ions interactions with insulator surfaces, grazing incidence fast atom diffraction; secondary
electron emission; TOF and coincidence measurements; electron-surface interaction and secondary
electron emission; coherent scattering and inelastic loss of fast atoms from surfaces;
- Surface characterization using XPS, AES, SIMS and LEIS;
- Work function study
- Surface adsorption
- Secondary electron emission