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PLNO


Course: Pract. in Lasers, Nonlin., &Fiber Optics

Department/Abbreviation: OPT/PLNO

Year: 2019

Guarantee: 'RNDr. František Petráš'

Annotation: The course is aimed at bridging the problems of the theory and application of physics of lasers in current issues in the implementation of laboratory experiments and their evaluation. Teaching is supported by the measured data to the PC. Attention is given to digital image processing, experience with spectrum analyzer, signal detection and processing of the oscilloscope.

Course review:
1. Semiconductor radiation sources, LED, LD, generation of optical pulses in the LD pumping pulse mode measurement of 2. Measuring pulse energy and power LD, LD pumping in continuous mode, the threshold condition - measurement and analysis 3. Fabry Perot resonator, resonance condition, spectral measurements analzátorem Agilent E 411B 4. Measuring the characteristics of the laser beam - Beam apparatus Profiler and thermo-30A SH-V1 Q fifth switching Pockels cell mode? / 4 and? / 2 is set to the product, crystals KDP, 6. argon laser Coherent Innova 300C-set basic operating modes 7. Nonlinear and photochromic phenomena in optical single-mode fibers, experimental work and Measurement 8. Generation 2? (SH) in the KTP crystal resonator in the pumping LD, crystals KDP, DKDP, LiNbO3, KTP, the orientation of the optical axes of the crystal in the generation of the second harmonic generation efficiency measurement SH 9. Pumping laser crystals vysokovýkonovými laser diodes, measuring the effectiveness of laser generation crystal Nd: YAG and Nd: YVO4 in FP resonator. 10. Measurement of the polarization properties of optical fiber Faraday effect in optical fibers, reciprocity