Laser. Advanced Physical Practicum


Internship Report, 2017

22 Pages, Grade: 2,0


Excerpt


Table of contents

1. Introduction/Motivation

2. Laser medium
2.1 Requirements for lasing
2.2 Possibilities for energy levels

3. Laser resonator

4. He-Ne laser

5. Fabry-Perot interferometer

6. Dielectric mirrors

7. Basic optical formulas
7.1 Snell's law
7.2 Fresnel equations
7.3 Brewster angle

8. Propagation using ray transfer matrix analysis

9. Properties of M²

10. Coherence

11. Parameters of the practicum

12. Autocollimation of the laser beam

13. Transversal modes

14. Gain factor and Brewster angle

15. Axial modes

16. Holography

17. Gaussian laser profile

18. Identification of the transversal modes

19. Calculation of gain factor and Brewster angle

20. Fabry-Perot-Interferometer

21. Gaussian laser profile

22. More questions

23. Conclusion

24. Bibliography

Excerpt out of 22 pages

Details

Title
Laser. Advanced Physical Practicum
College
University of Bayreuth  (Physikalisches Institut)
Course
Physikalisches Praktikum für Fortgeschrittene
Grade
2,0
Authors
Year
2017
Pages
22
Catalog Number
V378240
ISBN (eBook)
9783668568389
ISBN (Book)
9783668568396
File size
5521 KB
Language
English
Keywords
Laser, Laser mode, transversal mode, longitudinal mode, Fresnel, Interferometer
Quote paper
Moritz Lehmann (Author)Niklas Stenger (Author), 2017, Laser. Advanced Physical Practicum, Munich, GRIN Verlag, https://www.grin.com/document/378240

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