Abstract
A simulation study on the feasibility of inferring the spatial profile of the effective ionic charge, Zeff, along with electron temperature and density in Thomson scattering diagnostic is presented. The background signal, which is usually discarded after being subtracted from the Thomson scattered signal, is used in the reconstruction procedure. If the contribution from line radiation to the background signal is by one order of magnitude smaller than that from bremsstrahlung, a fairly accurate Zeff profile can be reconstructed.
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