1. Principles of reflection and refraction; 2. Lenses and aberrations; 3. Optical instruments; 4. Detectors; 5. Spatial light modulators; 6. Lasers; 7. Linear system transforms; 8. Diffraction; 9. Interference; 10. Holography; 11. Signal processing; 12. Fiber optics.
A detailed introduction to modern optical engineering.
' ... this textbook is a worthy successor to the first edition, and possibly the best text a university could choose'. Optics and Photonics News ' ... this is an excellent book, and is wholeheartedly recommended.' Chris Creasy, Measurement Science and Technology ' ... a good starting point for the undergraduate students in applications of optics.' Kishan Dholakia, Contemporary Physics 'The style of presentation ... is so clear and ... the subject matter is presented in such a sequence that I found myself drawn into the book ... In summary, this is an enjoyable and well-presented book which addresses a topic of considerable interest and importance within the optics community.' Optics and Lasers in Engineering '... a good first overview'. International Commission on Illumination
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