
In the process of constructional steel products working in the conditions of the high temperatures the elements segregation occurs, which leads to a change in the surface properties of products and influences their life cycle. An estimation model of the carbon distribution within the grains in a binary «steel-coating» system after the ion-plasma modification of J24056 steel by molybdenum and its high temperature annealing in an air atmosphere is proposed in the paper.
В процессе работы изделий из конструкционных сталей в условиях высокотемпературных воздействий происходит сегрегация элементов, что приводит к изменению поверхностных свойств изделий и оказывает влияние на срок их службы. Предложена модель, позволяющая произвести расчет распределения углерода внутри зерен в бинарной системе «сталь-покрытие» после ионно-плазменного модифицирования молибденом стали 38Х2МЮА и ее высокотемпературного отжига в воздушной атмосфере.
СЕГРЕГАЦИЯ, ЗЕРНО, УГЛЕРОД, МОЛИБДЕН, ВЫСОКОТЕМПЕРАТУРНЫЙ ОТЖИГ, СТАЛЬ 38Х2МЮА, ИОННО-ПЛАЗМЕННОЕ МОДИФИЦИРОВАНИЕ
СЕГРЕГАЦИЯ, ЗЕРНО, УГЛЕРОД, МОЛИБДЕН, ВЫСОКОТЕМПЕРАТУРНЫЙ ОТЖИГ, СТАЛЬ 38Х2МЮА, ИОННО-ПЛАЗМЕННОЕ МОДИФИЦИРОВАНИЕ
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