Lasers and HolographyThis 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. |
Contents
1 | 15 |
4 | 22 |
6 | 29 |
8 | 57 |
13 | 63 |
SPATIAL TEMPORAL AND SPECTRAL CHARACTERISTICS | 92 |
SPECIFIC LASER SYSTEMS | 143 |
PRINCIPLES AND TECHNIQUES | 251 |
HOLOGRAPHIC INTERFEROMETRY | 479 |
HOLOGRAPHIC OPTICAL ELEMENTS | 517 |
INTERCONNECTS | 552 |
INFORMATION PROCESSING | 583 |
MEDICAL APPLICATIONS OF LASERS AND HOLOGRAPHY | 634 |
664 | |
677 | |
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Common terms and phrases
absorption amplitude angle Appl applications atoms band cavity coherence colour complete crystal density depends diffraction efficiency direction distance effect efficiency electron elements emission emulsion energy equal excited exposure fibre field filter Fourier frequency fringes function gain given gives glass grating higher hologram holographic illuminated increases input intensity interconnect interference laser length lens light loss material measurement medium method mirror mode modulation object obtained operation optical oscillation output pattern phase photographic photon placed plane plate polarization position possible Proc produce pulse pump radiation range reconstructed recording reduced reference beam reflection refractive resonator sensitivity shown in Fig shows single spacing spatial SPIE surface Table technique temperature thickness tion transform transition transmission vibrational volume wave wavelength width