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Moeller K. — Optics: Learning by Computing, with Examples Using Maple, MathCad®, Matlab®, Mathematica®, and Maple® (Undergraduate Texts in Contemporary Physics)
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: en

Рубрика: Computer science/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: 2nd

Год издания: 2007

Количество страниц: 459

Добавлена в каталог: 20.08.2014

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Aberration      415
Aberration, $\pi-6$ equation      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 $\alpha(\eta)$      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 $\theta$      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" $\partial/\partial t$      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 ${}^{86}Kr$      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 $1/(1 + x^{2})$ and $\pi e^{-2\pi\nu}      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 $\phi$      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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