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Resonances in the earth-ionosphere cavity / by A.P. Nickolaenko and M. Hayakawa

Author
Nickolaenko, A. P.
Published
Boston : Kluwer Academic Publishers, 2002.
Physical Description
x, 380 pages : illustrations (some color) ; 25 cm.
Additional Creators
Hayakawa, M.

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Contents
BASIC FORMALISM: Maxwell's equations -- Potentials, eigen-functions and resonance frequencies of an ideal spherical cavity -- Transverse resonance frequencies -- Experimental data and more realistic models of the cavity -- Resonator isotropic and inhomogeneous in height -- Effective surface impedance of the gyrotropic ionosphere -- Dispersion equation for magneto-active and non-uniform ionosphere -- Particular solutions for the non-uniform ionosphere models -- Line splitting by the geomagnetic field -- Feasible modulation of resonance frequency -- SURVEY OF NATURAL SOURCES OF ELECTROMAGNETIC RADIATION: Terrestrial sources -- General parameters of global lightning -- ELECTROMAGNETIC FIELDS IN THE EARTH-IONOSPHERE CAVITY: Point source in the frequency domain -- Distributed random sources in the frequency domain -- ELF fields in the time domain -- ELF RADIO PROPAGATION IN NON-UNIFORM CAVITY: Direct solution oflinear algebraic equations -- Stratton-Chu integral equation -- EXPERIMENTAL SCHUMANN RESONANCE STUDIES: Selecting the site and equipment -- Calibrating the antennas -- Regular Schumann resonance parameters -- Samples of disturbed Schumann resonance data -- Schumann resonance continuous spectra -- Global nature of the Schumann resonance phenomenon -- Attempts to detect the Schumann resonance line splitting -- Transient events -- R/S analysis and Hurst exponent of ELF records -- Unusual ELF signals.
Subject(s)
ISBN
140200754X (alk. paper)
Bibliography Note
Includes bibliographical references and index.
View MARC record | catkey: 2348344