000 01075nam a2200169Ia 4500
005 20241211205632.0
008 241211s1991 xx 000 0 und d
020 _afcnm1447
082 _a535.1I/D83
100 _aDitchburn, R. W.
245 0 _aLight
250 _a1ra
260 _aNew York :
_bDover Publications,
_c1991
300 _a680 páginas
505 _a1.Historical introduction. 2.Wave theory-introduction. 3.Wave theory-combination of wave motion. 4.Representation of light by wave trains of finite length. 5.Interference. 6.Diffraction. 7.Huygens’ Principle and Fermat’s principles. 8.The accuracy of optical measurements. 9.Measurements with interferometers. 10.The velocity of light. 11.Relativistic optics. 12.Polarized light. 13.The electromagnetic theory. 14.The electromagnetic theory of reflection and refraction. 15.The electromagnetic theory of absorption and dispersion. 16.Anisotropic media. 17.The interaction of radiation and matter. 18.Quantum theory of radiation. 19.Interaction processes in relation to quantum mechanics.
942 _yLIB
999 _c50670
_d50670