01494nam a2200169Ia 450000500170000000800410001702000130005808200150007110000210008624500800010726000090018730000180019650509830021494200080119799900170120595201020122220241211205655.0241211s1962    xx            000 0 und d  afcnm2840  a537.6I/R27  aRatcliffe, J. A. 4aThe Magneto-Ionic theory and its Applications to the Ionosphere A Monograph  c1962  a205 páginas  a1.Introduction. 2.The macroscopic approach. Derivation of Appleton’s equation by means of an equivalent continuous medium. 3.The microscopic approach. The physical reason for the characteristic waves and their dispersion. 4.Absorption on the ‘macroscopic theory’. 5.The microscopic picture of absorption. 6.Graphical representation when there are no collisions. 7.The polarizations of the waves. 8.The quasi-longitudinal (QL) and quasi-transverse (QL) approximations, 9.The effect of collisions on the curves for a and X. 10.Some representative curves for the refractive index and the absorption index (x). 11.The group velocity. 12.A model ionosphere with no magneto field. 13.A model ionosphere with a magnetic field. 14.The nature of the electrons motions in the ionosphere. 15.The Lorentz term. 16.Waves in a mixture of ions and electrons. 17.Inhomogeneous media. 18.A magneto-ionic medium considered as an anisotropic dielectric, and a comparison with crystal optics.  yLIB  c52060d52060  00104070aBE-FCNMbBE-FCNMcTPd2019-04-04eDonacionfBuenoo537.6I/R27pFCNM4297yLIBzInterno