Research

Kinetic theory of plasmas

Kinetic theory of charged particle transport in plasma discharges, Multi term theory for solving the Boltzmann equation, Fluid equation based models, Momentum transfer theory.

Plasma physics

Gas discharge physics, Kinetic, fluid and hybrid modeling of non-equilibrium plasma discharges, Magnetized plasma discharges, RF plasmas, Modeling, analysis and simulation of streamer discharges, plasma bullets and plasma jets, Plasma discharges in liquids.

Atomic, molecular and optical physics, Swarm physics and gaseous electronics

Monte Carlo simulation and Boltzmann equation analysis of charged particle swarms in electric and magnetic fields, Determination, collection and evaluation of collisional cross sections and transport coefficients, Transport phenomena of charged particle transport in gases and soft-condensed matter, Modeling of swarm experiments and interpretation of transport data.

Planetary atmospheric physics and geophysics

Lightning discharges; Modeling and analysis of sprites, elves and blue jets, Transient gamma-ray flashes and production of antimatter, Propagation of electromagnetic waves.

Positron physics

Boltzmann equation analysis and Monte carlo simulations of positron swarms, Modeling and analysis of positron traps, Modeling of positron transport through a living tissue and biomedical applications of positrons (positron emmision tomography (PET)).

Physics of particle detectors

Modeling of gaseous particle detectors, Monte Carlo and fluid models of Resistive Plate Chambers (RPC), Physics of Time Projection Chambers (TPC).

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Institute of Physics Belgrade