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Thermally activated flux flow (TAFF) and flux flow Hall effect (FFHE) ofFe(Te,S) single crystal in the mixed state are studied in magnetic fields up to35 T. Thermally activated energy (TAE) is analyzed using conventional Arrheniusrelation and modified TAFF theory which is closer to experimental results. Theresults indicate that there is a crossover from single-vortex pinning region tocollective creep pinning region with increasing magnetic field. The temperaturedependence of TAE is different for H//ab and H//c. On the other hand, theanalysis of FFHE in the mixed state indicates that there is no Hall signreversal. We also observe scaling behavior |Rhoxy(H)| = A*Rhoxx(H)^beta.

Thermally activated energy and flux flow Hall effect of Fe1+y(Te1-xSx)z