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发表于 2004-1-11 21:57:00
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[推荐]一个optics的教学网站(from Sweden)
I have another Applied Optics course material from my friends. Unfortunately I could not upload now for no credits here (seem to be). It ’’s about 18 days class. The schedule is like this. I can upload the details for lectures when I have enough credit to do that. Every file is vary from 700k to 6M as PDFs.
Schedule
Tu September 30 Mirrors, Imaging, Index of refraction, Lenses,
Th October 2 Fresnel reflection, Critical angle
Fr October 3 Geometric optics lab.
Tu October 7 Telescope, Microscope, Abberations, Choosing lenses, Reflection
Th October 9 coatings, Anti-reflection Coatings
Fr October 10 Visit to Newport
Tu October 14 Shadows, Fringes, Focusing, Gaussian beams, Wave front
Th October 16 distortions.
Fr October 17 Computer lab using Code V
Tu October 21 Polarizing Optics, Brewster angle, polarizers, waveplates
Th October 23 Faraday Isolator, Jones Matrix.
Fr October 24 Tour to labs using instruments with polarizing optics.
Tu October 28 Optoelectronic devices, PMT’s, Image intensifiers, MCP, CCD’s
Th October 30 semiconducing devices, Avalanche diodes, circuits.
Fr October 31 Demonstration of IR night vision gear (visit company?).
Tu November 4 Lasers, Population inversion, gain Nd:Yag, dye, CW, nanosecond.
Th November 6 Crystals Sellmeyer equations.
Fr November 7 Visit to lab, understanding parts of a laser system.
Tu November 11 Veterans’ day
Th November 13 Short pulse lasers Non linear optics SHG, OPO
Fr November 14 Visit to Lab, understanding instrument using non-linear optics.
Tu November 18 Calssical spectroscopy, gratings, slits monochromators
Th November 20 spectrometers, throughput, resolution.
Fr November 21 Visit to Newport, division that manufactures monochromators.
Tu November 25 Laser Spectroscopy, high resolution spectroscopy, etalons.
Th November 27 Thanksgiving
Fr November 28 Thanksgiving
Tu December 2 Laser spectroscopy, lifetime spectroscopy, non linear
Th December 4 spectroscopy. Time correlation, fast electronics, steak cameras.
Fr December 5 Visit to a spectroscopy lab.
The books :
Two books will be used:
Classical optics:
E. Hecht, Optics, 3rd or 4th edition.
Lasers and spectroscopy
W. Demtröder, Laser Spectroscopy, 2nd or 3rd edition.
Other good books:
Jenkins and White, Fundamentals of Optics
W. J. Smith, Modern optical engineering
M. Born and E. Wolf, Principles of Optics
A.E.Siegman, Lasers
Light and Color in the Outdoors or The Nature of light in the Open air, M.G.J. Minnaert
R.P. Feynaman, QED
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