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Moeller K. — Optics: Learning by Computing, with Examples Using Maple, MathCad®, Matlab®, Mathematica®, and Maple® (Undergraduate Texts in Contemporary Physics)
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Название: Optics: Learning by Computing, with Examples Using Maple, MathCad®, Matlab®, Mathematica®, and Maple® (Undergraduate Texts in Contemporary Physics)Автор: Moeller K. Аннотация: If you are a student of optics, this rather expensive text is not really going to help you that much considering the price. The best combination is Optics (4th Edition) for comprehension and Schaum's Outline of Optics for basic practice of what is covered in the textbook. Both books are written by the same author, and the first book might have been better if the author had incorporated more examples from his Schaum's outline into it. This book really glosses over explanations. The best part of the book are the programs that demonstrate various optics principles. These are included on the accompanying CD and are named at the different places in the book. Thus be careful if you buy a used copy, because without the CD you really don't have much. Students might want to look at the first edition, because besides branching out into other languages besides Mathcad, there really isn't that much difference between the two editions except price. For the instructor of college-level optics, I think this book is really useful. You can incorporate some of the programs into demonstrations and illustrate some difficult principles. For that purpose I highly recommend it.
Язык: Рубрика: Computer science /Статус предметного указателя: Готов указатель с номерами страниц ed2k: ed2k stats Издание: 2ndГод издания: 2007Количество страниц: 459Добавлена в каталог: 20.08.2014Операции: Положить на полку |
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Holography, different waves 405 Holography, hologram 404 Holography, product of real image 405 Holography, real image 404 Holography, recovery 404 405 Holography, size of hologram 406 Holography, transmission curve 404 Holography, under an angle 405 Holography, virtual image 404 405 Homogeneous equation 327 Huygens' principle 129 131 Huygens' wavelets 129 375 Image formation using wave theory 375 Image formation using wave theory, amplitude function 385 Image formation using wave theory, aperture function 385 Image formation using wave theory, circular lens 389—391 Image formation using wave theory, convolution 387 Image formation using wave theory, image formation 386 398 Image formation using wave theory, image forming process 382 Image formation using wave theory, impulse response 387 Image formation using wave theory, one bar, two bars as object 389 Image formation using wave theory, one round, two round as object 389 390 Image formation using wave theory, pair of Fourier transformations 385 Image formation using wave theory, resolution 399 Image formation using wave theory, spread function 386 Image formation using wave theory, summation process 383 384 Image formation using wave theory, transfer function 401 Image of one bar 388 Image of one round object 389 Image of two bars 388 Image of two round objects 390 397 Imaginary part 318 Imaging with coherent light 400 Impulse response 387 Incident intensity 113 Incident light under an angle 158 Incoherent light 386 Induced absorption 275 Induced dipoles 316 Induced emission 275 inhomogeneous equation 327 Intensity 87 126 Intensity fringe patterns 187 Intensity pattern 387 Intensity, complex notation 87 Intensity, normalization 88 Intensity, time average 87 Interference 78 Interference, air gaps 100 101 Interference, factor 153 Interference, fringes 113 Interference, maxima, minima 83 Interference, pattern generated by two sources 83 Interference, pattern of N sources 124 Interferogram function S(y) 356 Interferograms 353 Interferometry 89 Interferometry, amplitude dividing 96 Interferometry, Fresnel double mirror 93 Interferometry, Lloyd 92 Interferometry, Michelson 103 Interferometry, model 89 Interferometry, Newton's Rings 101 Interferometry, plane parallel plate 99 Interferometry, wavefront dividing 89 Interferometry, wedge shaped 99 Interferometry, Young 90 Internally reflected components 244 Inverse transformation 342 344 346 347 Inverted image 2 Isotropic medium 81 Isotropic nonconducting medium 210 Jones matrices 244 245 Jones vectors 244 Kepler telescope 45 46 48 Kirchhoff — Fresnel integral 131 132 139 376 Kramer — Kroning model 325 Labels for energy levels 283 Laser beam expander 48 Lasers 273 Lasers, active medium 295 Lasers, amplification factor 293 294 Lasers, gain of the beam 294 Lasers, spontaneous transition 292 Lasers, stimulated emission 291 292 293 Lasers, stimulated transition 293 Lasers, two-level systems 292 Lateral magnification 17 Lateral spherical aberration 418 420 Law of reflection 2 Law of refraction 1 2 5 222 320 Left polarized light 237 Length of wavetrains 202 length units 12 Lens, negative f 31 Lens, plane-convex 67 Lenses 1 Less dense medium 229 317 Life-time 286 Lifetime 286 288 Linear polarized light 240 Lloyd's mirror 92 95 96 Longitudinal modes 295 Longitudinal spherical aberration 415 417 419 Lorentz correction 320 Lorentzian line shape 286 288 290 Lorentzian line width 295 Lossless dielectrics 336 Low frequency region 327 M Wilson observatory 198 Magnetic field vector 206 316 Magnetic quantum number and degeneracy 282 Magnification 17 18 25 36 37 43 44 46 69 Magnifier 37 47 Magnifier, angular magnification 40 Magnifier, magnifying power 40 Magnifier, virtual image at infinity 39 41 Magnifier, virtual image nearpoint 39 Magnifying power 40 43 Many electron atoms 282 Mathcad, plotting a graph 435 Matrices 436 Matrix elements 53 Matrix method 49 Matrix method, application to two-and three-lens systems 47 Matrix method, glass sphere 58 Matrix method, hemispherical lens 58 Matrix method, principal planes 51 Matrix method, refraction matrix 49 Matrix method, thick lens 55 Matrix method, translation matrix 49 Matrix method, two lenses in air 59 Matrix method, two thick lenses 62 Maxima, but only N-2 125 Maxwell's equations 205 315 326 Meridional (vertical) plane 428 Michelson interferometer 106 Michelson interferometer, dependence on 109 Michelson interferometer, nonnormal incidence 106 Michelson interferometer, nonnormal incident light 106 Michelson interferometer, normal incident light 103 Michelson interferometer, superposition of two cosine waves 352 Michelson's stellar interferometer 197 198 199 Michelson's stellar interferometer, two patterns 197 Microscope 42 47 48 Microscope near point configuration 41—43 Microscope, magnification 43 Microscope, magnifying power 43 Microscope, slides 100 Microscope, virtual image at infinity 43 Minimum deviation 8 Mirror equation 68 Mirrors 1 Mirrors for laser cavities 252 Mode in a dielectric waveguide 266 Mode, (TE) modes or s-polarization 215 262 265 Mode, (TM) modes or p-polarization 214 262 Mode, formation 262 Mode, number of nodes 250 Mode, propagation 249 261 Mode, rectangular box 251 Mode, restrictive conditions 261 Modes in a dielectric waveguide 266 Modes of the rectangular box 251 Monochromatic light 200 Multiple layer filters 258 Multiple lens system 49 Mutual orthogonal triad 209 Natural emission line width 289 Negative chromatic aberration 430 Negative coma 424 Negative crystal 232 236 Negative lens 33 Newton 7 Newton's rings 101 102 Newton's work 79 Node lines 250 Noncommutation of matrices 65 Nonconductive medium 210 Normal and anomalous dispersion 319 Number of nodes 250 Object amplitude function h(y) 385 Object focus 12 16 24 32 Object point 10 Object positions 37 Occupation rule 283 One electron atom 282 One oscillator 322 One round object 389 Optical axis 232 Optical axis is the fast axis 232 Optical constants 315 316 326 338 372 Optical constants n and K 370 Optical constants of metals 328 Optical constants of metals, high frequency region 330 Optical constants of metals, low frequency region 329 Optical constants of metals, skin depth 332 Optical instruments 1 35 Optical materials 231 Optical path difference, Fresnel's double mirror 94 Optical path difference, Lloyd's mirror 93 Optical path difference, Michelson interferometer 104 Optical path difference, Newton's rings 103 Optical path difference, plane parallel plate 98 Optical path difference, wedge 99 Optical path difference, Young's experiment 91 Optically denser medium 80 Order of interference 83 Ordinary index 232 Oscillator expressions 322 Oscillator model 317 318 Oscillator model, damping term 317 Pair of Fourier transform integrals 356 Pair of Fourier transformation 385 Paraxial approximation 15 Paraxial theory 1 10 Paraxial wave equation 297 Pauli principle 283 Periodic arrangement 74 Periodic array 126 171 Periodic set of slits 152 Permittivity 206 316 317 Perpendicular case 214 PF-ray 15 36 Phase difference 111 Phase factor 80 Phase jump 80 phase velocity 210 Phase velocity in vacuum 81 Planar waveguide 259 263 Planck 273 Planck's radiation law 275 280 292 Plane mirror 67 Plane mirror, virtual image 67 Plane parallel plate 97 110 113 114 Plane parallel plate, normal incidence 114 Plane parallel plate, phase difference, 111 Plane parallel plate, summation of the reflected amplitude 111 Plane parallel plate, transmission 113 Plane parallel plate, transmitted amplitudes 111 Plane parallel plate, transmitted intensity 114 116 Plane plate waveguide 270 Plane plate waveguide, characteristic determinant 271 Plane plate waveguide, traveling waves 259 Plane wave 206 Plane wave, depending on space and time coordinates 82 Plasma frequency 318 328 Poisson spot 135 Polarization 316 Polarized light 230 Polarized light, linear circular elliptical 240 Population inversion 291 292 Positive chromatic aberration 430 Positive coma 424 Positive crystal 232 234 236 Positive lens 25 28 30 Poynting vector in vacuum 209 Poynting vector S 222 Principal angle 321 Principal axis transformation 243 Principal planes 56 60 62 63 67 principal quantum number 282 283 prism 7 Prism, angle of deviation 7 Quality factor 288 Quantum emission 273 Quantum mechanical model 289 Quarter-wave plate 239 246 Quartz 232 234 236 Quasimonochromatic light 200 Radius of curvature 69 71 300 417 Radius of curvature p 417 Raleigh — Jean law 275 Random arrangement 169 Random arrangement of source points, array 125 Random arrangement of source points, grating 169 Random array 170 172 Random phase angles 126 Randomly distributed 126 Rate equations 292 Ratio 322 335 Rayleigh criterion 164 395 Rayleigh distance 165 395 Rayleigh-Jeans law 274 276 280 Real Fourier transformation 349 Real image 29 404 Real object 16 29 32 Real object function 380 Real object point 11 Real objects 15 20 Recording of the interferogram 403 Recovery of image 404 Rectangular aperture 145 147 Rectangular-shaped mirrors 303 references 443 Reflectance R 226 Reflected intensity 114 116 Reflecting cavity 73 Reflection 113 Reflection coefficients 217 220 320
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