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We present the magnetic phase diagram of TbMn1-xFexO3 substitutional solidsolution in the whole concentration range 0 <= x <= 1 as determined frommagnetization and specific heat measurements. We have found that the dominantmagnetic ion in the concentration range 0 <= x < 0.3 is manganese, while ironions do not create independent magnetic structure, but strongly affect magneticproperties of the parent compound by reducing transition to magneticallyordered state and transition into a cycloidal phase. The magnetism in theconcentration range 0.3 < x <= 1 is driven by the Fe sublattice. The manganeseions again do not order in long range magnetic ordered state, but stabilizefour different magnetic structures of Fe sublattice above 2 K. The magneticordering of Tb sublattice was observed only on parent compounds TbMnO3 andTbFeO3 and for doping level below 0.1, or over 0.9.

Magnetic phase diagram of TbMn$_{1-x}$Fe$_x$O$_3$ $(0 \leq x \leq 1)$ substitutional solid solution