Antiferromagnetic rare region effect in
VK Shukla, S Mukhopadhyay - Physical Review B, 2018 - APS
VK Shukla, S Mukhopadhyay
Physical Review B, 2018•APSWe present evidence of coexistence of electron paramagnetic resonance signal and
antiferromagnetic resonance signals above the antiferromagnetic (AFM) transition (TN) in Pr
0.5 Ca 0.5 MnO 3. We identify the latter with AFM rare regions within the “Griffiths-like” phase
scenario with the associated temperature scale T* extending above room temperature.
antiferromagnetic resonance signals above the antiferromagnetic (AFM) transition (TN) in Pr
0.5 Ca 0.5 MnO 3. We identify the latter with AFM rare regions within the “Griffiths-like” phase
scenario with the associated temperature scale T* extending above room temperature.
We present evidence of coexistence of electron paramagnetic resonance signal and antiferromagnetic resonance signals above the antiferromagnetic (AFM) transition in . We identify the latter with AFM rare regions within the “Griffiths-like” phase scenario with the associated temperature scale extending above room temperature.
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