Project topics for students
Exam projects
1. Orthogonality and normalization of continuum wave functions using δ-function.
2. Mass dependence of kinetic energy transfer in coulombic collisions of free particles.
3. Electronic spectrum shape transformation in transition from the center of mass system to laboratory coordianates.
4. Elastic scattering in non-spherical potential cos(θ)/r4.
5. Resonance charge exchange in electric field. Model approach.
6. Interaction time in the two-state model.
7. The definition reflected wave phases in the scattering of the one-dimensional homogeneous field.
Master theses
1. Spin exchange in cold symmetric collisions of alkali atoms.
2. Influence of nonadiabatic interaction on the excited state of a molecule lifetime: model with two parabolic terms and one linear.
3. Isotopic shifts and intensity for optical transitions in diatomic molecules. Quasiclassical approximation.
4. S-D optical transition line shape in collisions of excited alkali metal atom with helium. Model approach.
5. Influence of monochromatic photon absorption on spatial scattering of atoms.
6. Influence of femtosecond pulse absorption on spatial scattering of atoms.
7. Determination of nonadiabatic region width in Landau-Zener model via phase functions method.
PhD theses
1. Phase functions method in theory of nonadiabatic transitions in collisions.
2. Analitical description of resonant charge exchange, spin exchange and radiative transitions cross sections in cold collisions limit.
3. Radiative transitions and atomic recombination in collisions. Model approach.