Page 404 - Phase Space Optics Fundamentals and Applications

Index

A of paraxial optical systems,
51–52
Abbe theory, 289–290
planar incoherent source, 53
ABCD matrix formalism, 113–114,
propagation of, 49–50
122, 139, 237, 282, 322, 328.
of pupil mask, 54–55, 177, 183
See also Canonical
of thin object, 50–51
transform
bilinear ABCD law, 28–29 X-ray holotomography, 59–60
of free space propagation, 116 Zernike-Van Cittert theorem,
of a thin lens, 115 53–54
Aberrations, 49, 129, 138 Analytic signal, 2, 31, 338–343
aberration function, 123–124 Anamorphic processor, 168–169,
aberration polynomial, 171 187
chromatic aberration, 143–145, Angular spectrum, 65, 69, 234, 254
148–149, 151–152 Apodizer, 54, 60, 157
defocus, 124 Axial irradiance, 129, 140, 146–149,
defocus tolerance, 140–143 156, 183
spherical aberration, 49, 124, Axial point-spread function,
181–183, 186, 188 138–139
tolerance to focus error, 178–180 polychromatic, 146–151
wave aberrations, 171, 176 Axicon, 183
Achromatic design, 151–156
achromatic imaging system, B
152 Backprojection algorithm,
achromatic lens, 153 136–137, 156–157
achromatic self-imaging, 155 Bilinearity
Aliasing, 322, 326–330 bilinear chronocyclic
Alvarez-Lohmann technique, 185, representation, 347
188 bilinear impulse response, 174.
Ambiguity function (AF), 5–7, 29, See also Volterra
32, 45, 165, 168 transformation
along line, 17, 344. See also bilinear optical system, 173–176
Intensity spectrum bilinear signal representation, 2,
convolution 52–53 30–36
definition, 6, 46, 113, 344 bilinear time-frequency
derivatives of, 6 distribution, 347–348
Fourier transform relationship, bilinear transformations, 173,
6, 47 175, 187

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