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“…It was found that at a certain temperature T* reached for each composition, the surface entropy η changes sign from negative to positive, which is indirect evidence for a structural transition (LLT) associated with the destruction of the microheterogeneous state. Table 2 shows the values of the specific surface entropy η over a certain σ = η d dT 2) at which η changes sign and the microheterogeneous state of the Fe-(5.0-25.0) wt % Mn-(0.4-2.2) wt % C melts decomposes agree with the analogous values previously determined by the authors from the anomalies of the temperature dependences of kinematic viscosity and electrical resistivity [5,6].…”
Section: Resultssupporting
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“…It was found that at a certain temperature T* reached for each composition, the surface entropy η changes sign from negative to positive, which is indirect evidence for a structural transition (LLT) associated with the destruction of the microheterogeneous state. Table 2 shows the values of the specific surface entropy η over a certain σ = η d dT 2) at which η changes sign and the microheterogeneous state of the Fe-(5.0-25.0) wt % Mn-(0.4-2.2) wt % C melts decomposes agree with the analogous values previously determined by the authors from the anomalies of the temperature dependences of kinematic viscosity and electrical resistivity [5,6].…”
Section: Resultssupporting
“…Earlier, the authors found anomalies in the temperature dependences of the kinematic viscosity and specific electrical resistivity of the Fe-(5.0-25.0) wt % Mn-(0.4-2.2) wt % C melts, which are interpreted as evidence for the irreversible destruction of microheterogeneity [5,6]. The temperatures T* were determined at which the heating leads to a destruction of the microheterogeneous state of the Fe-Mn-C melt of a definite chemical composition [5,6]. The authors also found anomalies in the temperature dependences of the kinematic viscosity, specific electrical resistivity, and surface tension of liquid Hadfield steel (Fe-12 wt % Mn-1 wt % C), which were interpreted as evidence for the irreversible destruction of microheterogeneity; the temperature T* = 1770 K was determined at which the heating leads to a destruction of the microheterogeneous state of the melt [7].…”
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