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In this contribution we extend our unquenched computation of the Landau gaugegluon and ghost propagators in lattice QCD at non-zero temperature. The studywas aimed at providing input for investigations employing continuum functionalmethods. We show data which correspond to pion mass values between 300 and 500MeV and are obtained for a lattice size 32**3 x 12. The longitudinal andtransversal components of the gluon propagator turn out to change smoothlythrough the crossover region, while the ghost propagator exhibits only a veryweak temperature dependence. For a pion mass of around 400 MeV and theintermediate temperature value of approx. 240 MeV we compare our results withadditional data obtained on a lattice with smaller Euclidean time extent N_t =8, 10 and find a reasonable scaling behavior.

Landau gauge gluon and ghost propagators from two-flavor lattice QCD at T > 0