Page 409 - Phase Space Optics Fundamentals and Applications
P. 409

390   Index


               Phase-space diagram, 194, 205,  Pseudo-Wigner distribution, 9,
                     207–209, 281, 314–316         35–39
                 of a comb function, 292     Pulse characterization, 357–361
                 of a function with finite local  Pulse velocity, 341
                     support, 324            Pupil, 53, 57–58, 122–123, 148
                 of a periodic function, 287   generalized, 124, 143, 176, 178,
                 of a sampled LCT, 331             181–182
               Phase-space optics, 46, 279–282  mapped, 125, 127–129, 147
               Phase-space representations, 173,  normalized, 129
                     270, 283, 338, 347–349,   pupil mask, 156–157, 172,
                     351–354                       180–184
               Phase-space rotator, 19–21, 63, 66,  synthesized, 157
                     67–74
                 convolution theorem, 77           Q
                 eigenfunctions for, 80–82
                                             Quadratic phase element,
                 moment invariants for. See
                                                   186–188
                     Moments
                                             Quantum mechanics, 250–253,
                 optical setups, 84–88
                                                   256, 314
                 properties, 74–78
                                             Quantum potential, 253
                 scaling theorem, 77
                 of selected functions, 78–80
                 shift theorem, 77                 R
                 similarity to fractional Fourier  Radiance, 219–221
                     transform, 76             generalized, 6
               Phase-space tomography, 55–56,  spectral, 220, 226, 228–234
                     96, 134–138             Radiant emittance, 13–14
               Pilot wave, 253               Radiant exitance, 218
               Planck constant, 250            spectral, 219, 228, 230, 232–234
               Plane wave, 4, 7–8, 234, 281–282,  Radiant incidence. See Irradiance
                     285, 316, 350           Radiant intensity, 220
               Point source, 4, 7, 33, 139, 298,  spectral, 229, 232–233, 235
                     303–305, 316            Radiant power, 118–220
               Point-spread function (PSF), 3,  spectral, 218, 220, 226–230,
                     147, 185–186                  232–234
                 axial. See Axial point-spread  Radiometry
                     function                  conventional, 217–220
                 coherent. See Impulse response  generalized, 217–218
               Polychromatic illumination, 142,  Radius of curvature, 299–300, 353
                     144, 147, 151           Radon transform, 16–17, 56,
               Power spectrum, 4, 89, 281, 292,    110–114, 135, 368
                     303                       inverse, 56, 135, 157, 368
               Product-space representation, 47,  Radon-Wigner transform (RWT),
                     166–165                       89, 94, 108, 111
               Product spectrum                ambiguity function and, 112
                     representation, 166–173,  achromatic system design,
                     175, 179, 184, 187            151–156
               Projected area, 219             canonical transform, 113–114
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