Inverse problems for Maxwell's equations

Author(s)

• Romanov, V. G. (Vladimir Gavrilovich)
• Kabanikhin, S. I

Bibliographic Information

Inverse problems for Maxwell's equations

V.G. Romanov and S.I. Kabanikhin

（Inverse and ill-posed problems series）

VSP, 1994

Note

Bibliography: p. 238-249

Description and Table of Contents

Description

01/07 This title is now available from Walter de Gruyter. Please see www.degruyter.com for more information.

Table of Contents

• Part 1 Cauchy problem for Maxwell's equations: Maxwell's equations as a hyperbolic symmetric system
• structure of the Cauchy problem solution in case of the current located on the media interface. Part 2 One-dimensional inverse problems: structure of the Fourier-image of the Cauchy problem solution for one-dimensional medium in case of the current located at a point
• the problem of determining the medium permittivity
• the problem of determining the conductivity co-efficient
• the problem of determining all the co-efficients of Maxwell's equations. Part 3 Multi-dimensional inverse problems: linearization method applied to the inverse problems
• investigation of the linearized problem of determining the permittivity co-efficient
• unique solvability theorem for a two-dimensional problem of determining the conductivity co-efficient analytic in one variable
• on the uniqueness of the solution of three-dimensional inverse problems. Part 4 Inverse problems in the case of source periodic in time: one-dimensional inverse problems
• linear one-dimensional inverse problem
• linearized three-dimensional inverse problems. Part 5 Inverse problems for quasi-stationary Maxwell's equations: on correspondence between the solutions of quasi-stationary and wave Maxwell's equations
• a one-dimensional inverse problem of determining the conductivity and permeability co-efficients
• the one-dimensional inverse problem for wave-quasi-stationary system of equations. Part 6 The inverse problems for the simplest anisotropic media: on the uniqueness of determination of permittivity and permeability in anisotropic media
• on the problem of determining permittivity and conductivity tensors. Part 7 Numerical methods. Part 8 Convergence results. Part 9 Examples (Part contents)

by "Nielsen BookData"

Details

• NCID: BA24297291
• ISBN:
  • 9067641723
• Country Code: ne
• Title Language Code: eng
• Text Language Code: eng
• Place of Publication: Utrecht
• Pages/Volumes: iii, 249 p.
• Size: 25 cm
• Parent Bibliography ID:
  • BA2420606X