## Radiation and optics: an introduction to the classical theory |

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### Contents

Introduction | 1 |

Vector Analysis | 8 |

Sinusoidal Oscillations and Waves | 30 |

Copyright | |

21 other sections not shown

### Common terms and phrases

amplitude angle angular aperture applied approximation atom average axes axis Babinet's principle calculation cartesian Chap chapter classical complex number component Consider constant coordinates crystal curl curve defined density detector diffracting screen diffraction pattern dipole direction discussed distance effect electric field electromagnetic electron ellipse energy equal example extinction band factor formula Fourier Fraunhofer Fraunhofer diffraction frequency fringes function geometrical given gives incident wave integral involved irradiance linear linearly polarized magnetic field magnitude maxima maximum Maxwell equations medium microscopic monochromatic motion normal obtained optical oscillation parameters particle perpendicular plane wave plate positive Poynting vector Prob problem propagation quantum theory radiation radiation reaction reflection refractive index relation resonant result rotation scalar scattering shown in Fig shows sinusoidal slit space spectrum Stokes parameters surface surface integral theorem tion unit vectors velocity wave vector wavelength width zero