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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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Reflection coefficients with absorption 333 Reflection in a mirror cavity 74 Reflection measurements 322 Reflection, amplitude 111 Reflection, intensity 114 116 224 227 Reflection, power 51 Reflection, reflected and transmitted 274 Refracting powers 51 Refraction 49 Refraction matrix 50 Refractive index 2 4 316 Relaxation time 327 Resolution, coherent light 399 Resolution, grating 162 Resolution, incoherent light, 394 Resolving power 119 164 Resonance condition 304 308 Resonance mode 116 Resonance of vibrations 323 Resonance wave numbers 323 Resonator parameters 74 restricting 284 Right polarized light 237 Rotation 65 Rotation of the coordinate system 243 Round aperture 149 Round object 390 Round objects 391 Sagittal (horizontal) plane 428 Sagittal coma 423 425 Sampling interval 359 Scalar wave equation 79 131 Schawlow and Townes 295 Selection rules 284 Sellmeier formula 324 Shape factor 421 Sign convention 11 69 Simulations of interferograms 358 Sine function and apodization 367 Single refracting surface 415 Single surface 416 Single-sided step function 343 346 Size of hologram 406 Skin depth 331 333 Slow axis 232 Small angle approximation 10 16 137 154 Solution of the eigenvalue problem 243 Spatial coherence 185 Spatial coherence, frequencies 376 Spatial coherence, wavelength 378 Spatial coherence, waves 376 Spherical aberration 415 416 418 421 422 Spherical mirrors 68 Spherical mirrors, concave spherical mirror 70 Spherical mirrors, convex spherical mirror 72 Spherical mirrors, graphical method 70 Spherical mirrors, magnification 69 Spherical mirrors, virtual image 73 Spherical surfaces 1 9 11 15 Spherical surfaces, conjugate points 9 Spherical surfaces, geometrical construction 16 Spherical surfaces, image focus 12 Spherical surfaces, image forming equation 11 Spherical surfaces, image point 10 Spherical surfaces, magnification 16 18 Spherical surfaces, real object 16 Spherical surfaces, sign convention 11 Spherical surfaces, virtual image 16 18 19 Spherical surfaces, virtual object 17 18 19 Spherical thick lens 58 Spherical wave 80 131 Spin states 283 Spontaneous emission 275 289 293 Spread function 386 392 398 Standing wave conditions 249 Static conductivity 327 Static conductivity, gold 330 Static conductivity, lead 330 Static conductivity, nickel 330 Static conductivity, silver 330 Stefan — Boltzmann law 277 278 Step function 340 Step grating 178 Stratified media 252 Stratified media, antireflection coating 258 Stratified media, plate of thickness $d=\lambda/2n_{2} 257 Stratified media, two interfaces at distance d 253 Superposition of two cosine waves 84 Superposition of two double slit patterns 188 Superposition of wavetrains 201 Superposition, principle 80 208 Susceptibility 317 Tangential coma CT 424 425 TE modes 262 270 Telescope 44 Telescope, Galilean 46 Telescope, Kepler's 44 Temporal coherence 200 Temporal coherence, length of wavetrains 202 Temporal coherence, quasimonochromatic light 200 Temporal coherence, superposition 200 Temporal coherence, wavetrains 200 Theory of Color 7 Thick lens 51 54 Thick lens, concentration lens 67 Thick lens, focal length 54 Thick lens, matrix 51 Thick lens, two hemispherical 62 63 Thick lens, two thick lenses 61 63 Thick lens, virtual image 67 Thin lens 24 33 53 54 418 422 Thin lens, different media 34 Thin lens, equation 23 30 Thin lens, image focus 24 Thin lens, magnification 25 Thin lens, matrix 52 Thin lens, model 1 Thin lens, negative lens 31 Thin lens, object focus 24 Thin lens, positive lens 26 Thin lens, transformation to principal planes 54 Thin lens, two different media 33 Thin lens, two thin lenses 36 Thin lens, two thin lenses in air 59 Thin lens, virtual image 29 32 Thin lens, virtual object 29 32 Three lens system 42 Three-level laser 296 Threshold condition 294—296 Time average 87 Time-dependent 88 TM modes 265 Total internal reflection 259 263 Total reflection 226 228 229 Transfer function 392 401 Transfer function, function for (Bess/arg) 402 Transfer function, function for (sin x/x) 402 Translation matrices 49 51 Transmission coefficient 221 Transmission intensity 225 227 Transmittance T 223 Transposed matrix 65 Trigonometric formulas 440 Two lens system 36 Two lenses in air 59 Two round apertures 391 395 Two-level system 292 Uniaxial crystals 231 Unit matrix 65 Velocity for travel 4 Vertex of the spherical surfaces 56 Violet catastrophe 275 Virtual image 16 29 32 68 404 405 Virtual object 30 32 Visibility 194—196 Visibility for two point sources 194 Water waves 83 Wave equation 242 317 Wavefront division 89 Wavelength 279 Wavelength, 142 Wavetrains 200 287 Wedge shaped air gap 99 Wien's displacement law 278 Young's Experiment 90 91 96 Young, Thomas 79
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