Modern Optics |
Contents
Preface PARTI FUNDAMENTALS 1 Nature and Properties of Light | 3 |
Light as a Wave Motion | 38 |
The Interaction of Light and Matter | 109 |
Copyright | |
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Common terms and phrases
absorption amplitude angle angular arrangement astigmatism atoms camera chromatic chromatic aberration coherent collimated components curvature curve detector device diameter diffraction pattern direction discussed distance effect electric electrons emission energy levels entrance pupil Equation exit pupil eyepiece fiber field of view focal length focal plane Foucault test fringes glass grating illumination image plane image point incident index of refraction infrared intensity interference interferometer lens lenses limit magnification material maxima maximum measure microscope mirror modulation noise object point observed optical axis optical instrument optical path optical system oscillator output particle path difference phase photocathode photoconductor photographic photon Phys plate point spread function polarization principle prism produced radiation reflection relative aperture resolving power rotation Section shown in Figure slit spectral spectral lines spectrum spherical aberration surface technique telescope temperature tion transfer function tube Twyman-Green interferometer types vector wave front wavelength width