Δημοσιεύτηκε: Κυρ Ιουν 24, 2007 9:35 am
oxi askiseis gia lush alla 8emata gia paradosi opws ginete sto seminario fusikhs ena prama... alla opws eipa kata ti gnwmh mou tsampa kopos! pantws ta 8emata einai ta
1. Raman scattering by atmospheric constituents
2. Atmospheric fluorescence theory and applications
3. Time dependent perturbation theory and applications in atomic, molecular and nuclear physics phenomena
4. Quantum treatment of isotopic shift effects in atoms .
5. Lamb shift and QED discovery
6. Optical Parametric Oscillator
7. Hanbury Brown and Twiss Experiment. Its importance and possibility to be observed in a laboratory test.
8. Molecular absorption spectra by water vapour and other molecular atmospheric constituents.
9. HITRAN Code
10. Experimental and phenomenological study of Fraunhoffer lines.
11. Study of oxygen emission lines as components of the night sky background
12. Echelle gratings and their role in the analytical chemistry as well as in the space exploration
13. Laser theory based on quantum theory
14. Hyperfine structure of atoms and molecules
15. Nuclear Magnetic Resonance
16. Use of High resolution spectroscopy in Atomic and Molecular Physics
17. Applications of fluorescence phenomena in the research and technology of commercial lamps
18. X-ray fluorescence
19. The ITER projects and its atomic and molecular physics aspects.
20. Light pollution and relevance to atomic and molecular physics phenomena
21. Electron beam ionization and excitation of atoms or molecules
22. Photoionization of atoms or molecules
23. Development of environmentally friendly lamps
24. Rotational, Vibrational , ro-vibrational end electronically excited molecular spectra.
1. Raman scattering by atmospheric constituents
2. Atmospheric fluorescence theory and applications
3. Time dependent perturbation theory and applications in atomic, molecular and nuclear physics phenomena
4. Quantum treatment of isotopic shift effects in atoms .
5. Lamb shift and QED discovery
6. Optical Parametric Oscillator
7. Hanbury Brown and Twiss Experiment. Its importance and possibility to be observed in a laboratory test.
8. Molecular absorption spectra by water vapour and other molecular atmospheric constituents.
9. HITRAN Code
10. Experimental and phenomenological study of Fraunhoffer lines.
11. Study of oxygen emission lines as components of the night sky background
12. Echelle gratings and their role in the analytical chemistry as well as in the space exploration
13. Laser theory based on quantum theory
14. Hyperfine structure of atoms and molecules
15. Nuclear Magnetic Resonance
16. Use of High resolution spectroscopy in Atomic and Molecular Physics
17. Applications of fluorescence phenomena in the research and technology of commercial lamps
18. X-ray fluorescence
19. The ITER projects and its atomic and molecular physics aspects.
20. Light pollution and relevance to atomic and molecular physics phenomena
21. Electron beam ionization and excitation of atoms or molecules
22. Photoionization of atoms or molecules
23. Development of environmentally friendly lamps
24. Rotational, Vibrational , ro-vibrational end electronically excited molecular spectra.
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