Temperature-Induced magneto-structural transformations in nickel crystals
Khisa Sh. Borlakov, Albert Kh. Borlakov (North Caucasian State, Humanitarian, Technological Academy)
TL;DR
This paper investigates temperature-driven magneto-structural phase transitions in nickel crystals, predicting a new phase transition at approximately 570 K caused by relativistic interactions, supported by experimental validation.
Contribution
It introduces a new phase transition in nickel at 570 K due to relativistic effects, supported by phenomenological theory and experimental data.
Findings
Identification of a new phase transition at Tls ≈ 570 K
Experimental validation of the predicted phase transition
Analysis of magneto-structural transformations in nickel
Abstract
The magnetic and structural transformations in the nickel crystal within the temperature range 470 < T< 631 K is studied on the basis of general phenomenological theory of spin-orbit phase transitions. A new phase transition at Tls \approx 570 K conditioned by cooperative relativistic interactions effect is prognosticated and the experimental information validating the existence of phase transition is presented.
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Taxonomy
TopicsMaterial Science and Thermodynamics · Material Properties and Failure Mechanisms · Elasticity and Wave Propagation