Lasers and Holography
This is a comprehensive book on the fundamental aspects of lasers and holography. It represents a self-contained treatment of the basic and state-of-the-art topics on the two subjects in a single volume. The book covers the latest technological and scientific developments and major advances that have taken place in the last decade and includes recent applications in medicine, information processing, interconnects and nondestructive testing.It is intended to fill the need of both researchers and graduate students for a single source book containing the necessary and relevant material in the areas of lasers and holography.
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OPTICAL RADIATION AND PHOTONS
SPATIAL TEMPORAL AND SPECTRAL CHARACTERISTICS
SPECIFIC LASER SYSTEMS
PRINCIPLES AND TECHNIQUES
absorption amplitude angle Appl atoms axis band bandwidth bleach cavity coherence colour crystal density detector dichromate diffraction efficiency dye laser electron emulsion energy evanescent wave excited exposure fibre field film filter fluorescence Fourier transform fringes function gain gain medium Gaussian beam gelatin glass holo hologram hologram recording holographic gratings illuminated increases input intensity interconnect interference laser beam length lens Lett light medium mirror mode locking molecule Nd:YAG nonlinear object beam obtained optical oscillation output phase photographic plate photon Phys plane polarization population inversion Proc produce pulse pump Q-switching quantum radiation rainbow hologram real image reconstructed image recording material reference beam reflection hologram refractive index resonator sensitivity shown in Fig silver halide spectral spherical SPIE spontaneous emission stimulated emission technique temperature thermal thickness tion tissue transition transverse modes tunable vibrational wave wavelength width
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