Contemporary Optics for Scientists and Engineers |
Contents
MERIDIONAL RAYS AND SPHERICAL ABERRATION | 36 |
V33 Astigmatism Curvature of Field and Distortion | 77 |
OPTICAL INSTRUMENTS | 96 |
Copyright | |
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absorption Airy disc amplitude angle aperture approximately atoms beam beam splitter birefringence calculation cavity coefficient coma components consider constant corresponding crystal curve detector diffraction pattern direction of propagation distance E₁ effect electric field electrons emission emitted energy entrance pupil equation exit pupil Figure film filter focal length Fourier transform Fraunhofer diffraction frequency fringes function glass Hence hologram Holography image plane index of refraction integral intensity interference interferometer laser lens lenses light material matrix maximum meridional rays Michelson mirror molecules n₁ object obtain optic axis output paraxial path difference phase plane wave plate polarization prism Problem produced pulse R₁ radiation radius reflectivity rotation screen shown in Fig shows skew rays slit Snell's law spatial specified spectral spectrum spherical aberration surface T₁ term tion transmitted V₁ vector velocity wave front wavelength