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Phase coexistence across disorder-broadened and magnetic-field-induced firstorder antiferromagnetic to ferrimagnetic transition in polycrystalline$Mn_{1.85}Co_{0.15}Sb$ has been studied mesoscopically by Scanning Hall ProbeMicroscope at 120K and up to 5 Tesla magnetic fields. We have observedhysteresis with varying magnetic field and the evolution of coexistingantiferromagnetic and ferrimagnetic state on mesoscopic length scale. Thesestudies show that the magnetic state of the system at low field depends on thepath followed to reach 120 K. The low field magnetic states are mesoscopicallydifferent for virgin and second field increasing cycle when 120 K is reached bywarming from 5K, but are the same within measurement accuracy when themeasuring temperature of 120K is reached from 300K by cooling.

physical review. b, condensed matter and materials physics

Real Space Visualization of Thermomagnetic Irreversibility within  Supercooling and Superheating Spinodals in $Mn_{1.85}Co_{0.15}Sb$ using  Scanning Hall Probe Microscopy