Hello researchers,
I have prepared a Ni50Mn40Sn10 alloy by Arc melting technique. The obtained alloy was subjected to vacuum heat treatment at 950 degree celcius for 72 hrs followed by ice water quenching. Room temperature XRD confirms the orthorhombic phase of martensite. Room temperature microstructural study shows the formation of martensitic needles confirming the martensitic phase transformation. Phase transformation temperatures were determined by DSC and found as (As = 185°C, Af = 197 °C, Ms = 190 °C, Mf = 178 °C). MH curve was taken at 5K and 300K temperature and a MT curve from 5K to 300K was also recorded. These are attached below:
Kindly let me know what type of magnetic behavior is there at 5K and 300K by looking at MH curve.
What does MT curve indicates and how it is correlated with MH.
(We do not have high temperature PPMS therefore, took the measurement at low temperature).
http://www.sciencedirect.com/science/article/pii/S0925838817326737
Dear Friend, in my recent paper I focus on this problem you can read and inform me about the solution if you can solve it by this paper. To evaluate the magnetic behavior of the samples, an alternating magnetic field was applied.
My Result showed an increase in the temperature as a result of the increasing magnetite concentration. Sample containing high.% magnetite showed a temperature increase of 27 °C during 50 s.
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