| 청구기호 |
QC355.2 .S48 2006e |
| 형태사항 |
1 online resource (xv, 415 p. : ill.) : digital file.
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| 총서명 |
SPIE Press monograph ; PM65
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| 언어 |
English |
| 일반주기 |
"SPIE digital library."
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| 서지주기 |
Includes bibliographical references (p. 351-358) and index.
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| 내용 |
1. Introduction -- 2. Review of electromagnetic wave propagation -- Wavefronts -- Phase velocity and the speed of light -- Power and intensity -- Reflection and transmission at a boundary -- Stratified layers -- Problems -- 3. Linear systems theory -- Linear systems -- Fourier transformation -- Singular functions -- Fourier transform theorems -- Frequently used functions and their Fourier transforms -- Linear system response -- Problems -- 4. Wavefront transformations -- Free-space propagation -- The paraxial approximation -- The free-space propagation operator -- Operator relations -- Discussion -- Refraction in dielectric materials -- Thin optical elements -- The transparency -- The thin dielectric slab -- The thin prism -- The thin lens -- Gratings -- Mirrors as optical elements -- Discussion -- One-dimensional operator definitions -- Cylindrical lens operators -- Transformations with the C operator -- The Gaussian beam and its transformations -- Free-space propagation of Gaussian beams -- Lens transformations of Gaussian beams -- Operator algebra, discussion -- Problems.
5. Basic optical systems -- Imaging with a thin lens -- Fourier transformation with a thin lens -- Some aspects of geometrical optics -- Applications of single lens systems -- The single lens image projector -- The magnifying glass -- Applications of a single Fourier transforming system -- Two lenses in free space -- Bonnet spheres and field flattening -- Microscope and some of its characteristics -- The double Fourier transforming system -- The telescope -- An invariance property of the two-lens system -- Spatial filtering and optical correlation -- The joint transform correlator, JTC -- The matched filter -- Bandwidth consideration -- Space-variant and space-invariant systems -- Problems -- 6. Non-ideal optical systems -- Optical systems of finite extent -- Apertured imaging system -- Apertured Fourier transforming system -- Depth of focus -- Real optical elements -- Aberrations -- Real lenses -- Problems -- 7. Statistical aspects of light -- Interference -- Mutual coherence -- Self coherence -- Temporal coherence -- The Michelson interferometer -- Spectral aspects of temporal coherence -- Spatial coherence and spatial correlation -- Propagation of the coherence function -- Spatial coherence from incoherent sources -- Speckle patterns -- Correlation function model of speckle patterns -- Rigid translation -- Free space observation -- Discussion -- Problems.
8. Interference and interferometers -- Interference fringes -- Dynamic interference fringes -- Interference of two plane waves -- Interference between a plane wave and a spherical wave -- Interferometry -- Interferometers and energy conservation -- The Michelson interferometer -- Interferometric displacement measurement -- Interferometric velocity measurement -- Interferometric profile and phase analysis -- Other double-beam interferometers -- The Mach-Zehnder interferometer -- Ring interferometer -- The Jamin interferometer -- Beam splitters -- The K?sters prism interferometer -- Using corner cubes -- Advanced interferometric procedures -- Amplitude modulation interferometry -- Phase shifting interferometry -- Heterodyne interferometry -- Multiwavelength interferometry -- Coherence interferometer -- The laser Doppler velocimeter -- Multibeam interferometers -- Elementary diffraction gratings -- Generalized diffraction gratings -- The grating spectroscope -- The Fabry-Perot interferometer -- Self-referencing interferometers -- Phase visualization by spatial filtering -- Problems.
9. Polarization -- Polarization of plane waves -- Superposition of polarized waves -- Superposition of two plane polarized waves -- Superposition of two circularly polarized waves -- Propagation in anisotropic media -- Maxwell's equations in anisotropic media -- The index ellipsoid -- Birefringence -- Basic polarization components -- The polarizer -- The retardation plate -- Optical isolator -- Electro-optic modulation -- The Jones matrix representation -- Circular birefringence -- Polarization aberrations -- Problems -- 10. Spatial light modulation -- Intensity response of a recording material -- Spatial frequency response of recording materials -- Diffractive optical elements -- Electronic recording -- Acousto-optic modulation -- Two-dimensional spatial light modulators -- Controllable birefringence -- Deformable mirrors -- Semiconductor modulators -- Problems.
11. Holography -- The holographic process -- Hologram recording with plane reference wave -- Spherical wave recording, magnification -- Wavelength changes in holography -- Phase conjugation -- Classification of holograms: conditions and properties -- On-axis and off-axis holography -- Transmission and reflection holograms -- Object wave configurations -- Hologram recording conditions -- Coherence and stability conditions -- Recording medium consideration -- Phase holograms -- Thermoplastic films -- Surface relief recording -- Photopolymers -- Photorefractive materials -- Synthetic holograms -- Electronic recording -- Holographic interferometry -- Time average holographic interferometry -- Real-time holographic interferometry -- Double exposure holographic interferometry -- Phase conjugate interferometry -- Generalized treatment of the holographic process -- Problems -- 12. Advanced operator algebra -- Ray transfer matrix of optical systems -- The canonical operator -- Integral representation of canonical operators -- Wave optics and geometrical ray matrices -- Canonical operator relations -- Real lenses -- Gaussian beam transformations -- Roots and powers of optical systems -- Matrix calculus -- Roots and powers of specific optical systems -- Problems.
13. Optical information processing -- Electro-optic pattern recognition -- DOE design as an optimization problem -- Optimization algorithms, an overview -- Cost function in filter design -- Transformations with cylindrical lenses -- The variable focal length astigmatic system -- Imaging and Fourier transformation with astigmatic systems -- One-dimensional signal processing -- The vector-matrix multiplier -- Optical interconnection network -- Scale and coordinate transformation -- The ambiguity function -- Wavelet transform -- Space-variant convolution -- Convolution of 1D functions using the C operator -- Matrix-matrix multiplication -- A. Summary of operator relations -- A.1 Definition of basic operators -- A.2 Commutation rules among the basic operators -- A.2.1 Operations of the quadratic phase factor -- A.2.2 Operations by the linear phase factor -- A.2.3 Operations of the scaling operator -- A.2.4 Operations of the shift operator -- A.2.5 Operations by the FT operator -- A.2.6 Operations by the FPO -- A.2.7 Other useful relations -- A.3 Normalized operator relations -- B. Bibliography -- C. Problems and solutions -- C.1 The solution manual -- D. Index.
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| 주제 |
Optics.
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| 보유판 및 특별호 저록 |
(Original) 0819432261 , 99013754
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| ISBN |
9780819478474 (electronic)
, 0819432261 (print)
, 9780819432261 (print)
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| 기타 표준번호 |
10.1117/3.336094 |
| QR CODE |
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