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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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Aberration 415 Aberration, 420 Aberration, achromatic doublet 432 Aberration, achromatic doublet, aplanatic lens 425 Aberration, astigmatism of a thin lens 429 Aberration, astigmatism of single surface 428 Aberration, chromatic aberration 430 Aberration, coma 423 Aberration, spherical of single surface 415 Aberration, spherical of thin lens 418 Absorption 319 Achromatic doublet 430 Achromatic doublet with separated lenses 432 Active medium 295 Airy disc 149 Airy function 116 Alternating high and low refractive indices 258 Amplitude division 96 Amplitude grating 152 158 170 Amplitude reflection coefficients 321 Angle of deviation 7 Angular magnification 40 Angular momentum quantum number 282 283 Angular quantum number 283 Antireflection coating 252 256 Aperture function 385 Aperture in random arrangement 169 Aperture plane 382 Aplanatic lens 425 427 Apodization 366 367 Arago 135 Array of source points 121 Array of source points, nonperiodic 126 Array of source points, periodic 121 Astigmatic difference ASD 427 428 429 Astigmatism of a single spherical surface 427 Astigmatism of a single surface 429 Astigmatism of a thin lens 428 429 Asymmetric Fourier transform 370 Atomic emission 273 Atomic energy states 284 Atomic energy states, exited states 286 Atomic energy states, occupation rule 283 Atomic polarizability 317 318 Babinet's theorem 166 168 Background spectrum 372 Bandpass filter 364 Bandwidth 285 288 Bandwidth, doppler 291 Bandwidth, homogeneous 288 Bandwidth, Lorentzian 293 Bandwidth, mechanical 291 Bandwidth, natural 291 Bandwidth, quantum 291 Beamsplitter 104 Bessel function 149 165 166 389 390 Bessel function as transfer function 394 Bessel function J1(q) 151 Birefringent 231 Blackbody radiation 203 273 274 Blackbody radiation, Boltzmann's, Wien's law 281 Blackbody radiation, depending on frequency 279 Blackbody radiation, depending on wavelength 279 Blackbody radiation, Radiance, Area, solid angle 281 Blackening curves 376 377 Blocking function 402 Bohr's model 282 boundary conditions 254 Brewster angle 216 321 322 Buildup principle 283 Buildup principle, K-shell 284 Buildup principle, L-shell 284 Buildup principle, M-shell 284 C-ray 15 36 Calcite 232 236 Cavity with round mirrors 307 Cavity, concentric 77 Cavity, condition for stability 76 Cavity, confocal 77 297 299 300 303 307 Cavity, matrix for eigenvalue problem 73 Cavity, rectangular shaped mirrors 303 Cavity, stability relation 74 Changing numbers 435 Charge density 206 316 Chromatic aberrations 430 431 432 Chromatic aberrations, negative 430 Circular aperture 148 Circular mirrors 308 309 Circular polarized light 237 240 Clausius — Mossotti equation 320 Coherence 185 Coherence, condition 189 Coherence, extended source 191 Coherence, intensity fringe pattern 187 Coherence, interval 195 Coherence, length 204 Coherence, two source points 185 Coherence, visibility 194 Coherence, Young's experiment 186 Coherent light 398 Coma, negative coma 424 Coma, positive coma 424 Commercial microscopes 44 Complementary screens 166 168 Complex cfft 380 Complex dielectric constant 315 Complex Fourier transformation 345 346 349 370 Complex notation 87 Complex refractive index 315 321 326 327 Concave mirror 71 Concave spherical mirror 70 Condition for laser action 293 Confocal cavity 297 Confocal cavity, beam parameters 297 Confocal cavity, beam waist 299—301 Confocal cavity, wavefront at mirror 300 Confocal cavity, wavefront of beam and mirror 299 Confocal cavity, wavelength at center 299 Confocal resonator 304 309 Conjugate points 9 Constructive interference 91 93 94 98 99 104 113 116 Convex single refracting surface 12 14 Convex spherical mirror 72 Convex spherical surfaces 9 14 19 Convex-plane lens 67 Convolution integral 350 387 Convolution product of two functions 350 Convolution spread function 397 Convolution with the spread function 397 Coordinates for the derivation of Fresnel's formulas 212 Cornu's spiral 182 Critical angle, phase shift 219 Critical angle, reflected and transmitted intensity 223 Critical angle, total reflection 227 Crossed polarizers 238 239 245 246 Current density 326 327 Current density vector 206 316 Curvature of the wavefront 299 Cylindrical coordinates 311 Cylindrical lens 388 Damping term 318 Denominator 123 Dense medium 216 219 319 Density of the oscillators 319 Dependence on 109 Destructive interference 91 93 94 98—100 105 Dielectric circular waveguide 268 dielectric constant 318 Dielectrics 316 Differentiation 442 Differentiation "space" 208 Differentiation "time" 208 Differentiation operation 208 Diffraction on an edge 176 Diffraction on slit 140—142 144 172 174 Diffraction, 3-D graph of rectangular aperture 147 Diffraction, 3-D graph of round aperture 151 Diffraction, amplitude grating 155 Diffraction, circular aperture 148 Diffraction, circular opening 133 Diffraction, circular stop 135 Diffraction, echelette grating 159 Diffraction, factor 153 Diffraction, far field 138 Diffraction, Fraunhofer 138 Diffraction, generated wavelets 131 Diffraction, grating 152 Diffraction, incident light under an angle 158 Diffraction, Kirchhoff — Fresnel Integral 131 Diffraction, losses 302 Discrete Fourier Transform 366 Discrete length coordinates 356 Dispersion of light 7 Doppler broading 393 Doppler broading, line shape 290 Doppler broading, line width 296 Double slit 157 Double-sided step function 344 346 347 Drift velocity 326 Drude model 326 Echelette grating 159 161 Eigenvalue problem 73 Einstein coefficient 289 Einstein coefficient, coefficient of stimulated absorption 292 Einstein coefficient, probability coefficient 276 Electrical field vector 206 316 Electrical polarizability 316 Electromagnetic theory 205 Ellipsometry 335 Elliptically polarized light 237 240 241 334 Emission of light from 202 Energy density per frequency 274 energy levels 284 Energy state 284 Energy state, transitions between states 286 Evanescent wave 228 229 Evanescent wave and index of refraction 232 Evanescent wave, attenuation factor 229 Evanescent wave, penetration depth 229 331 Excited state 286 Extended source 191 196 Extinction index 318 Extraordinary indices of refraction 231 eye 2 Fabry — Perot 77 115—117 249 Fabry — Perot cavity 294 Fabry — Perot etalon 115 Fabry — Perot plates 249 Fabry — Perot spectrometer and resolution 118 Fabry — Perot transmission depending on D 117 Far field approximation 136 Fast Fourier transformation 341 342 Fermat's principle 2 5 Fermat's principle, law of refraction 5 Fermat's principle, optimum path 3 Fermat's principle, optimum time 6 Fermat's principle, velocity for travel 4 Fiber optics waveguide 266 Fiber optics waveguide, Bessel function solution 267 Fiber optics waveguide, determination of k 268 Fiber optics waveguide, periodic exponential solution 266 Fizeau fringes 106 Focal length 34 Folding of the Fourier transform spectrum 359 Folding of the spectrum 360 Formula for summation 122 Formula for the summation process 112 formulas 439 Fourier integrals 339 Fourier series 378 Fourier transform integral 372 Fourier transform spectrometer 203 Fourier transform spectroscopy 339 354 355 Fourier transform spectroscopy, apodization 368 Fourier transform spectroscopy, folded spectrums 364 Fourier transform spectroscopy, high resolution 365 Fourier transform spectroscopy, large optical path difference 363 Fourier transform spectroscopy, Michelson interferometer 355 Fourier transformation 344 339 350 376 392 Fourier transformation using analytical functions 340 Fourier transformation, asymmetric 370 Fourier transformation, discrete length and frequency coordinates 358 Fourier transformation, fast 343 Fourier transformation, functions 341 Fourier transformation, gauss function 340 Fourier transformation, general 351 Fourier transformation, numerical 341 Fourier transformation, real 352 349 366 Fourier transformation, sample interval 358 365 Fourier transformation, two transformations 382 Fraunhofer diffraction 138 139 Fraunhofer observation 136 Frequency coordinates 356 Frequency domain 401 Frequency spectrum 367 Fresnel 95 138 Fresnel diffraction 136 172 Fresnel diffraction on a slit 173 Fresnel diffraction on an edge 175 Fresnel diffraction, integrals 174 Fresnel number 302 Fresnel's double mirror experiment 93 Fresnel's formulas 80 211 320 Fresnel's formulas as function of angle 215 217 Fresnel's formulas, parallel case 211 321 Fresnel's formulas, perpendicular case 214 Fresnel's formulas, transmission coefficient 218 Fresnel's mirror 95 Fringe pattern 89 Fundamental mode 299 308 Fused quartz 325 Gain of the beam 294 Galilean telescope 46 48 Gauss function 340 350 351 Gaussian beam 297 Gaussian line shape 290 Generated wavelet 131 Geometrical construction 15 17 18 29 31 70 72 Geometrical optics 1 Graphical constructions 25 30 36 Graphical method 70 Graphs and matrices in Mathcad 435 Grating 152 Grating, number of lines N 155 Grating, openings d 155 Grating, periodicity constant 159 Grating, resolution 154 Grating, side maxima 154 Grating, side minima 152 156 Green's function 132 Guided waves 259 Half-wave plate 233 238 245 Half-wave plate, phase shift 233 Harmonic waves, phase factor 80 Harmonic waves, superposition 82 206 Harmonic waves, two depending on space and time coordinates 82 Heidinger interference fringes 103 106 107 108 High frequency region 328 High resolution spectroscopy 363 Holography 403
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