Fundamentals of OpticsMcGraw-Hill, 1957 - 637 páginas Problems after each chapter |
Índice
Light Rays | 3 |
Plane Surfaces | 14 |
Spherical Surfaces | 28 |
Direitos de autor | |
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Palavras e frases frequentes
a₁ absorption amplitude angle of incidence aperture astigmatism beam calcite chief ray color components corresponding crystal curvature curve diagram direction dispersion effect electric electromagnetic elliptical entrance pupil equal equation exit pupil eyepiece field focal length focal point Fraunhofer diffraction frequency Fresnel fringes given gives glass graphically grating image distance index of refraction intensity interference interferometer lenses lines located M₁ magnification maxima maximum measured medium method mirror motion normal object point observed obtained optic axis parallel particles path difference perpendicular phase difference photon plate polarized light position prism produced quartz r₁ r₂ radiation radii radius reflected refractive index represents resultant rotation screen secondary focal shown in Fig shows single-slit Snell's law sodium spectra spectrum spherical aberration telescope theory thick thin lens tion transmitted vector velocity of light vibrations wave front wavelength width Zeeman effect zero zone