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Determining the absorption in anisotropic media
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posted on 2013-08-14, 14:16 authored by Romina Gaburro, William R. B. LionheartThe problem in Optical Tomography of determining the spacially dependent
absorption coefficient in an anisotropic medium with a-priori known strong
scattering is considered. The problem is modelled by the diffusion approximation
of the Radiative Transfer Equation and the time-harmonic case is studied. In this
particular situation the diffusion approximation leads to an elliptic second order partial
differential equation with complex variable coefficients which allows to treat the
problem equivalently to the inverse conductivity problem in Electrical Impedance Tomography
(EIT). Results of uniqueness and stability for the absorption coefficient are
proven by using the approach of the work in SIAM J. Math. Anal. 33 (2001), no. 1,
153–171 for the inverse conductivity problem in EIT
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