Wave Propagation in a Plasma Based On the Cold Plasma Model
Wave Propagation in a Plasma Based On the Cold Plasma Model
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In our eReader you can find the full English version of the book. Read Wave Propagation in a Plasma Based On the Cold Plasma Model Online - link to read the book on full screen. Our eReader also allows you to upload and read Pdf, Txt, ePub and fb2 books. In the Mini eReder on the page below you can quickly view all pages of the book - Read Book Wave Propagation in a Plasma Based On the Cold Plasma Model
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Our goal is to uncover enough Information about the equations so that we may propose plausible methods for determining solutions without intervening slab or geometrical optics aporoximations. We would also like to make contact, where possible, with scattering and wave propagation problems in other areas of physics in order to validate any proposed solution methods. We start from the time harmonic variation form of Maxwell's equations V X E = -IB (1) V X R = in = ie(r, oj)-E (2) where e is the u...sual cold plasma dielectric tensor. In this form of Maxwell's equations we have assumed that r is non-dimensional and measured in units of c/w. For the cold plasma model e is hermitian and with coordinates in which the magnetic field is in the z direction - - (j) where v° -ibj a^ \ (3) -12- J Pi c . And where to (r) is the plasma frequency of the j — species and Q (r) is the corresponding cyclotron frequency. We could easily include a tensor permeability as well as tensor dielectric, but no new ideas are involved and there is little relevance to plasma physics.
What to read after Wave Propagation in a Plasma Based On the Cold Plasma Model?
You can find similar books in the "Read Also" column, or choose other free books by H Weitzner to read onlineMoreLess
To quickly assess the difficulty of the text, read a short excerpt:
Our goal is to uncover enough Information about the equations so that we may propose plausible methods for determining solutions without intervening slab or geometrical optics aporoximations. We would also like to make contact, where possible, with scattering and wave propagation problems in other areas of physics in order to validate any proposed solution methods. We start from the time harmonic variation form of Maxwell's equations V X E = -IB (1) V X R = in = ie(r, oj)-E (2) where e is the u...sual cold plasma dielectric tensor. In this form of Maxwell's equations we have assumed that r is non-dimensional and measured in units of c/w. For the cold plasma model e is hermitian and with coordinates in which the magnetic field is in the z direction - - (j) where v° -ibj a^ \ (3) -12- J Pi c . And where to (r) is the plasma frequency of the j — species and Q (r) is the corresponding cyclotron frequency. We could easily include a tensor permeability as well as tensor dielectric, but no new ideas are involved and there is little relevance to plasma physics.
What to read after Wave Propagation in a Plasma Based On the Cold Plasma Model?
You can find similar books in the "Read Also" column, or choose other free books by H Weitzner to read onlineMoreLess
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