## Scattering and Attenuation of Electromagnetic Radiation by Atmospheric Particles |

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### Contents

SCATTERING AND ATTENUATION OF ELECTROMAGNETIC WAVES BY | 5 |

SCATTERING AND ATTENUATION OF ELECTROMAGNETIC WAVES | 96 |

SCATTERING AND ATTENUATION OF ELECTROMAGNETIC WAVES | 123 |

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### Common terms and phrases

absorption index addition theorems analogy areas of radar asymptotic attenuation cross-sections attenuation of electromagnetic axis coefficients Commas indicate decimal components considered constant of water coordinate system corresponding curves Debye decrease determined diameter dielectric constants dipole distribution function effective area effective attenuation area electromagnetic field electromagnetic waves equal equation experimental data expressions factor g/cm Gamma Distribution graupel homogeneous hailstone hydrometeors ice spheres increases indicate decimal points inequality intensity Kalkar layered hailstone lemma Let us note long-range zone magnitude medium millimeter mm/h nm nm nm(u nm(v nonconcentrically layered notation obtained operator parameters plane wave precipitation problem radar characteristics radius rain with drizzle refractive index relations scattering and attenuation scattering cross-section snow crystals solution sp sp spectrum spherical coordinates studies submillimeter range supercooled transformations Two-Layer Hailstone unrimed snow vector water and ice water content water drops water film water spheres wavelengths wet hailstones