Abstract
A physical model of formation of pearlite in eutectoid γ → α transformation, which reflects the main laws in the kinetics of the process in iron-carbon alloys, is suggested. The kinetic parameters of the process are refined. An accurate solution of the diffusion problem of formation of lamellar pearlite in iron-carbon alloys is obtained. A theoretical dependence of the rate of formation of pearlite and of the lamella-to-lamella distance on the supercooling ΔT below the eutectic temperature is suggested. The obtained dependences explain known experimental results.
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