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

A Fizipedia wikiből
(Laboratory exercises (2018))
(Laboratory exercises (2018))
5. sor: 5. sor:
 
==Laboratory exercises (2018)==
 
==Laboratory exercises (2018)==
 
#Introduction, date: 01.10.2018, coordinator: Tosson Elalaily, <email> tosson.elalaily kukac edu.bme.hu</email>
 
#Introduction, date: 01.10.2018, coordinator: Tosson Elalaily, <email> tosson.elalaily kukac edu.bme.hu</email>
#[[Experiments with Polarized Light]], date: 02.10.2017, coordinator: Ádám Butykai, <email> butykai.adam kukac gmail.com </email>
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#[[Experiments with Polarized Light]], date: 02.10.2017, coordinator: Tosson Elalaily, <email> tosson.elalaily kukac edu.bme.hu</email>
#[[media:RF_laboratory.pdf|Fundamentals of High Frequency Wave Propagation]], date: 09.10.2017, coordinator: András Bojtor, <email> bojtorandrasofficial kukac gmail.com </email>
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#[[media:RF_laboratory.pdf|Fundamentals of High Frequency Wave Propagation]], date: 09.10.2017, coordinator: Tosson Elalaily, <email> tosson.elalaily kukac edu.bme.hu</email>
#[[media:Spectrum_analysis.pdf|Spectrum analysis of high frequency signals 1]], date: 16.10.2017, coordinator: András Bojtor, <email> bojtorandrasofficial kukac gmail.com </email>
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#[[media:Spectrum_analysis.pdf|Spectrum analysis of high frequency signals 1]], date: 16.10.2017, coordinator: Tosson Elalaily, <email> tosson.elalaily kukac edu.bme.hu</email>
#[[media:Spectrum_analysis.pdf|Spectrum analysis of high frequency signals 2]], date: 30.10.2017, coordinator: András Bojtor, <email> bojtorandrasofficial kukac gmail.com </email>
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#[[media:Spectrum_analysis.pdf|Spectrum analysis of high frequency signals 2]], date: 30.10.2017, coordinator: Tosson Elalaily, <email> tosson.elalaily kukac edu.bme.hu</email>
#[[Investigation of High Temperature Superconductors|Superconductivity]], date: 20.11.2017, coordinator: Zoltán Kovács-Krausz, <email> zoltan_kovacskrausz kukac yahoo.com </email>
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#[[Investigation of High Temperature Superconductors|Superconductivity]], date: 20.11.2017, coordinator: Tosson Elalaily, <email> tosson.elalaily kukac edu.bme.hu</email>
 
#[[Holography]], date: 13.11.2017, coordinator: Nándor Bokor, <email> n_bokor kukac yahoo.com </email>
 
#[[Holography]], date: 13.11.2017, coordinator: Nándor Bokor, <email> n_bokor kukac yahoo.com </email>
 
#[[media:Diffraction.pdf|Diffraction and coherent optical signal processing]], date: 27.11.2017, coordinator: Tamás Sarkadi, <email> sarkadi kukac eik.bme.hu </email>
 
#[[media:Diffraction.pdf|Diffraction and coherent optical signal processing]], date: 27.11.2017, coordinator: Tamás Sarkadi, <email> sarkadi kukac eik.bme.hu </email>

A lap 2018. szeptember 4., 08:52-kori változata

  • Schedule: 8:30-12:00 on every Monday, starting from 01.10.2018
  • Evaluation: the evaluation is based on the laboratory work, and the laboratory report that has to be submitted within one week after the laboratory exercise.
  • Most of the laboratory exercises will take place in the undergraduate physics laboratory, which is just opposite to the top of the staircase on the 2nd floor of the F III. building. Some exercises are done in research laboratories, these will be annouced.

Laboratory exercises (2018)

  1. Introduction, date: 01.10.2018, coordinator: Tosson Elalaily,
  2. Experiments with Polarized Light, date: 02.10.2017, coordinator: Tosson Elalaily,
  3. Fundamentals of High Frequency Wave Propagation, date: 09.10.2017, coordinator: Tosson Elalaily,
  4. Spectrum analysis of high frequency signals 1, date: 16.10.2017, coordinator: Tosson Elalaily,
  5. Spectrum analysis of high frequency signals 2, date: 30.10.2017, coordinator: Tosson Elalaily,
  6. Superconductivity, date: 20.11.2017, coordinator: Tosson Elalaily,
  7. Holography, date: 13.11.2017, coordinator: Nándor Bokor,
  8. Diffraction and coherent optical signal processing, date: 27.11.2017, coordinator: Tamás Sarkadi,
  9. Investigation of an acoustooptic tunable filter, date: 04.12.2017, coordinator: Attila Barócsi, Link to online test

Results (2017)

Code Polarized light HF Propagation Spectrum analysis Holography Superconductivity Diffraction Acoustooptics Average Grade
BKCZWG 90 90 75 100 80 80 75 84 4
TA09YC 90 90 75 100 80 80 75 84 4
V6OSD3 95 70 85 100 70 65 50 76 4
BSP4K9 80 70 85 100 70 65 50 74 4
TYR7J4 - - - 100 70 65 50 - -