Code: 12ZPLT Basic Laser Technique Laboratory
Lecturer: prof. Ing. Václav Kubeček DrSc. Weekly load: 0+4 Completion: GA
Department: 14112 Credits: 6 Semester: S
Description:
Lasers, solid state Nd:YAG laser, laser crystal, laser discharge lamp, laser cavity, resonator, free-running, Q-switching, laser amplifier. second harmonic, He-Ne glow discharges, laser diode, diode pumped Nd:YAG laser, CO2 laser marking, laser materials properties, non-linear transmission, laser beam transverse profile, acousto-optic modulators.
Contents:
1. Laser security
2. Resonator setup and free-running generation in solid state Nd:YAG laser.
Q-switching.
3. Laser amplifier. SHG.
4. Absoption spectrum of Nd:YAG, laser diode characteristics, diode pumped
Nd:YAG laser characteristics.
5. Laser beam profile diagnostics.
6. He-Ne laser glow discharges properties.
7. TEA CO2 laser characteristics, laser marking.
8. Optical components spectral characteristics.
9. Saturable absorbers non-linear transmission.
10. Acousto-optical modulator with traveling and standing acoustic wave.
Seminar contents:
1. Laser security
2. Resonator setup and free-running generation in solid state Nd:YAG laser.
Q-switching.
3. Laser amplifier. SHG.
4. Absoption spectrum of Nd:YAG, laser diode characteristics, diode pumped
Nd:YAG laser characteristics.
5. Laser beam profile diagnostics.
6. He-Ne laser glow discharges properties.
7. TEA CO2 laser characteristics, laser marking.
8. Optical components spectral characteristics.
9. Saturable absorbers non-linear transmission.
10. Acousto-optical modulator with traveling and standing acoustic wave.
Recommended literature:
Key references:
[1] Gavrilov,P. - Paulicka,I., Praktikum z kvantové elektroniky, Praha, CVUT, 1994, ISBN 80-01-01130-5

Recommended references:
[1] Vrbová M. a kol., Lasery a moderní optika (oborová encyklopedie), Praha, Prometheus, 1994, ISBN 80-85849-56-9

Media and tools:
[1] Laser technique laboratory, Trojanova
Tn228
Keywords:
laser ; pumping; rezonator; beam

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Weekly load (hours per week):