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Abstract
We report on magnetization measurements of RbFeBr3 single crystals. At ambient pressure, the field–temperature phase diagram has been determined up to 70 kOe for H ‖ c. It is found that the application of magnetic field for H ‖ c expands the low temperature phase with the triangular spin structure (T < TN2) and suppresses the partially disordered phase (TN2 < T < Tn1). When hydrostatic pressure is applied under 100 Oe for H ‖ c, the magnetization anomaly related to TN1 shifts to lower temperatures and is no more detectable at P ≥ 1.0 GPa.
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1 Department of Physics, Tokyo Institute of Technology, Meguro-ku, Tokyo 152-8551, Japan