„Physics Laboratory for Master Students in Physics” változatai közötti eltérés

A Fizipedia wikiből
(Laboratory exercises)
(Laboratory exercises)
5. sor: 5. sor:
 
#[[Experiments with Polarized Light]] (02.10.2017)
 
#[[Experiments with Polarized Light]] (02.10.2017)
 
#[[media:RF_laboratory.pdf|Fundamentals of High Frequency Wave Propagation]] (09.10.2017)
 
#[[media:RF_laboratory.pdf|Fundamentals of High Frequency Wave Propagation]] (09.10.2017)
#[[Spectrum analysis of high frequency signals 1]] (16.10.2017)
+
#[[media:Spectrum_analysis.pdf|Spectrum analysis of high frequency signals 1]] (16.10.2017)
#[[Spectrum analysis of high frequency signals 2]] (30.10.2017)
+
#[[media:Spectrum_analysis.pdf|Spectrum analysis of high frequency signals 2]] (30.10.2017)
#[[Nuclear Magnetic Resonance]] (06.11.2017)
+
#[[media:NMR_spectroscopy.pdf||Nuclear Magnetic Resonance]] (06.11.2017)
 
#[[Holography]] (13.11.2017)
 
#[[Holography]] (13.11.2017)
 
#[[Superconductivity]] (20.11.2017)
 
#[[Superconductivity]] (20.11.2017)
 
#[[Applied Optics 1]] (27.11.2017)
 
#[[Applied Optics 1]] (27.11.2017)
 
#[[Applied Optics 2]] (04.12.2017)
 
#[[Applied Optics 2]] (04.12.2017)

A lap 2017. szeptember 26., 21:15-kori változata

  • Schedule: 8:30-12:00 on every Monday, starting from 02.10.2017
  • Evaluation: the evaluation is based on the laboratory work, and the laboratory report that has to be submitted within one week ofter the laboratory exercise.

Laboratory exercises

  1. Experiments with Polarized Light (02.10.2017)
  2. Fundamentals of High Frequency Wave Propagation (09.10.2017)
  3. Spectrum analysis of high frequency signals 1 (16.10.2017)
  4. Spectrum analysis of high frequency signals 2 (30.10.2017)
  5. |Nuclear Magnetic Resonance (06.11.2017)
  6. Holography (13.11.2017)
  7. Superconductivity (20.11.2017)
  8. Applied Optics 1 (27.11.2017)
  9. Applied Optics 2 (04.12.2017)