СТАТИСТИЧЕСКИЙ АНАЛИЗ ХИМИЧЕСКОГО СОСТАВА СТАЛЕЙ РАЗЛИЧНЫХ ПЛАВОК И ЕГО ВЛИЯНИЕ НА ИХ АЗОТИРУЕМОСТЬ И ПРИРОСТ ПОВЕРХНОСТНОЙ ТВЕРДОСТИ, 2023
This paper presents experimental data on the content of alloying elements in structural steels 40... more This paper presents experimental data on the content of alloying elements in structural steels 40X and 38X2MYA. The results of calculating the increase in the hardness of the nitrided layer depending on the concentration of alloying elements, as well as experimental data on the increase in the hardness of the nitrided layer for these steels, are presented. В работе приведены экспериментальные данные по содержанию легирующих элементов в конструкционных сталях 40Х и 38Х2МЮА. Приведены результаты расчета прироста твердости азотированного слоя в зависимости от концентрации легирующих элементов, а также экспериментальные данные по приросту твердости азотированного слоя для названых сталей.
The paper describes a method for controlling the process of ion nitriding on industrial equipment... more The paper describes a method for controlling the process of ion nitriding on industrial equipment based on the formation of a flux of molecular nitrogen ions in a glow discharge, the value of which is consistent with the absorptive capacity of steel, depending on its chemical composition and nitriding temperature. This method was developed at the Physical-Technical Institute NAS of Belarus and is successfully used by the largest machine-building enterprises of Belarus, in particular, OJSC " GOMSELMASH " , for processing a wide range of parts from 16MnCrS5, 42CMo4, 41CrAlMo7 and others. Using this method of organization and the process of ion nitriding allows to obtain reproducible results of processing, regardless of the degree of loading of the camera with parts.
The paper presents the algorithm of mode selection of ion nitriding, with regard to industrial ty... more The paper presents the algorithm of mode selection of ion nitriding, with regard to industrial type ion nitriding equipment, depending on the degree of loading of the chamber and type of the processed steel, the basic control parameters of the process.
The paper discusses the relationship between the flow density of atomic nitrogen is formed on the... more The paper discusses the relationship between the flow density of atomic nitrogen is formed on the surface of the cathode-workpiece, due to dissociative re-combination and parameters of the formed nitrided layer, for example, nitriding of various steel.
The paper discusses the relationship between the flow density of atomic nitrogen is formed on the... more The paper discusses the relationship between the flow density of atomic nitrogen is formed on the surface of the cathode-workpiece, due to dissociative recombination and parameters of the formed nitrided layer, for example, nitriding of various steel
СТАТИСТИЧЕСКИЙ АНАЛИЗ ХИМИЧЕСКОГО СОСТАВА СТАЛЕЙ РАЗЛИЧНЫХ ПЛАВОК И ЕГО ВЛИЯНИЕ НА ИХ АЗОТИРУЕМОСТЬ И ПРИРОСТ ПОВЕРХНОСТНОЙ ТВЕРДОСТИ, 2023
This paper presents experimental data on the content of alloying elements in structural steels 40... more This paper presents experimental data on the content of alloying elements in structural steels 40X and 38X2MYA. The results of calculating the increase in the hardness of the nitrided layer depending on the concentration of alloying elements, as well as experimental data on the increase in the hardness of the nitrided layer for these steels, are presented. В работе приведены экспериментальные данные по содержанию легирующих элементов в конструкционных сталях 40Х и 38Х2МЮА. Приведены результаты расчета прироста твердости азотированного слоя в зависимости от концентрации легирующих элементов, а также экспериментальные данные по приросту твердости азотированного слоя для названых сталей.
The paper describes a method for controlling the process of ion nitriding on industrial equipment... more The paper describes a method for controlling the process of ion nitriding on industrial equipment based on the formation of a flux of molecular nitrogen ions in a glow discharge, the value of which is consistent with the absorptive capacity of steel, depending on its chemical composition and nitriding temperature. This method was developed at the Physical-Technical Institute NAS of Belarus and is successfully used by the largest machine-building enterprises of Belarus, in particular, OJSC " GOMSELMASH " , for processing a wide range of parts from 16MnCrS5, 42CMo4, 41CrAlMo7 and others. Using this method of organization and the process of ion nitriding allows to obtain reproducible results of processing, regardless of the degree of loading of the camera with parts.
The paper presents the algorithm of mode selection of ion nitriding, with regard to industrial ty... more The paper presents the algorithm of mode selection of ion nitriding, with regard to industrial type ion nitriding equipment, depending on the degree of loading of the chamber and type of the processed steel, the basic control parameters of the process.
The paper discusses the relationship between the flow density of atomic nitrogen is formed on the... more The paper discusses the relationship between the flow density of atomic nitrogen is formed on the surface of the cathode-workpiece, due to dissociative re-combination and parameters of the formed nitrided layer, for example, nitriding of various steel.
The paper discusses the relationship between the flow density of atomic nitrogen is formed on the... more The paper discusses the relationship between the flow density of atomic nitrogen is formed on the surface of the cathode-workpiece, due to dissociative recombination and parameters of the formed nitrided layer, for example, nitriding of various steel
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В работе приведены экспериментальные данные по содержанию легирующих элементов в конструкционных сталях 40Х и 38Х2МЮА. Приведены результаты расчета прироста твердости азотированного слоя в зависимости от концентрации легирующих элементов, а также экспериментальные данные по приросту твердости азотированного слоя для названых сталей.
В работе приведены экспериментальные данные по содержанию легирующих элементов в конструкционных сталях 40Х и 38Х2МЮА. Приведены результаты расчета прироста твердости азотированного слоя в зависимости от концентрации легирующих элементов, а также экспериментальные данные по приросту твердости азотированного слоя для названых сталей.