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Optical imaging describes the behaviour of visible, ultraviolet,
and infrared radiation used in imaging techniques based on optical
principles. Reflection, refraction, interference, scattering,
transmission, polarisation and/or luminescence/fluorescence
processes are involved in the optical study of different materials,
organic, inorganic, natural or synthetic. In this book, the authors
discuss optical image analysis and determination of dispersed
multi-phase flow for simulation and control; optical imaging
applications for the study of cultural heritage artefacts; atomic
and magnetic force microscopy of semiconductor and semimagnetic
nanocrystals; imaging, spectroscopy and sensing with single and
coupled metallic nanoparticles; methods for suppressing random and
nonrandom noise in fluorescence imaging; and optical coherence
tomography.
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