By Hsien-Che Lee
Книга creation to paint Imaging technological know-how advent to paint Imaging ScienceКниги Наука. Техника Автор: uknown Год издания: 2005 Формат: pdf Издат.:Cambridge collage Press Страниц: 716 Размер: 3.5 Язык: Английский0 (голосов: zero) Оценка:Color imaging know-how has develop into nearly ubiquitous in sleek existence within the kind of displays, liquid crystal displays, colour printers, scanners, and electronic cameras.This publication is a accomplished consultant to the medical and engineering rules of colour imaging.It covers the physics of sunshine and colour, how the attention and actual units catch colour pictures, how colour is measured and calibrated, and the way pictures are processed.It stresses actual ideas and contains a wealth of real-world examples.The publication should be of price to scientists and engineers within the colour imaging and, with homework difficulties, is also used as a textual content for graduate classes on colour imaging.
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Книга advent to paint Imaging technological know-how creation to paint Imaging ScienceКниги Наука. Техника Автор: uknown Год издания: 2005 Формат: pdf Издат. :Cambridge collage Press Страниц: 716 Размер: three. five Язык: Английский0 (голосов: zero) Оценка:Color imaging expertise has develop into virtually ubiquitous in smooth existence within the kind of screens, liquid crystal displays, colour printers, scanners, and electronic cameras.
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3) s Therefore, we can deﬁne Rλ/ s as the transverse coherence length, and its square, R 2 λ2 /( s)2 , as the coherence area, A. If we take the product of the longitudinal coherence length l and the coherence area, A, we get the coherence volume, V = l A. From the uncertainty principle of quantum mechanics, we can show that photons in the coherence volume are not distinguishable from each other [631, pp. 155–9]. Although we have derived the concepts of coherence length, coherence area, and coherence volume from the electromagnetic wave models, they are consistent with quantum theory as well.
Born and E. Wolf . Introduction to Matrix Methods in Optics, by A. M. Burch . W. Goodman . W. Goodman . Optics, 2nd edition, by E. Hecht . Lens Design Fundamentals, by R. Kingslake . Optics in Photography, by R. Kingslake . V. E. Furtak . Physiological Optics, by Y. G. El Hage . N. Mahajan . Optical Coherence and Quantum Optics, by L. Mandel and E. Wolf . Geometrical Optics and Optical Design, by P. Mouroulis and J. Macdonald . L. O’Neil .
L. MacAdam . Colour Physics for Industry, 2nd edition, edited by R. McDonald . 4 General bibliography and guide to the literatures 9 Handbook of Color Science, 2nd edition, edited by Nihon Shikisaigakkai (in Japanese) . K. Shevell . G. V¨olz . Color Science, 2nd edition, by G. S. Stiles . B. D. Mollon . R. Boff, L. P. Thomas [118, 119]. Vision, by P. Buser and M. Imbert . M. S. Werner . N. Cornsweet . E. Dowling . M. Evans . R. T. Sharpe .
Introduction to Color Imaging Science by Hsien-Che Lee