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Course: Optical Elements

Department/Abbreviation: OPT/OPRV

Year: 2020

Guarantee: 'Mgr. Radek Čelechovský, Ph.D.'

Annotation: Paraxial characteristics of optical elements and systems, optical invariants

Course review:
1. Classification of optical elements, imaging and non-imaging elements, basic parameters, used materials and applications. 2. Paraxial parameters of the imaging elements and systems, cardinal points, chief rays. 3. Paraxial ray imaging, lens equations, magnification, paraxial parameters of real lenses. 4. Imaging properties of a spherical interface of dielectric media, imaging by nonparaxial rays, simulations Oslo Premium. 5. Aplanatic imaging by spherical surfaces, design of aplanatic lenses, simulations in Oslo Premium. 6. Aspherical optical surfaces, the passage of rays through aspherical surfaces, design of aspherical lenses and mirrors, simulations in Oslo Premium. 7. Classification, calculation and demonstration of ray aberrations. 8. Coddington equations and their use. 9. Correction of monochromatic aberrations, effect of the lens shaping, the analysis of simple optical elements in Oslo Premium. 10. Material dispersion and correction of chromatic aberrations, simulations in Oslo Premium.