Study of the Impact of Heat Treatment Modes on Formation of Microstructure and a Given Set of Mechanical Properties of High-Strength Flat Products with Guaranteed Hardness (400 to 450 HB) from Low-Alloyed Steel

机译：热处理模式对微观结构形成的影响及高强度平面产品的金属机械性能，具有来自低合金钢的保证硬度（400至450 Hb）

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摘要

The results of the study of influence of heat treatment modes on microstructure, size and shape of grains, mechanical properties of high-strength flat products from low-alloyed C-Mn-Cr-Si-Mo steel microalloyed by boron are presented. Heat treatment modes, which provide a combination of high impact viscosity at negative temperatures and guaranteed hardness, are determined.

机译：提出了热处理，晶粒微观结构，大小和形状的热处理模式影响的研究结果，通过硼微合金化的高强度平面产品的力学性能。确定热处理模式，其在负温度下提供高冲击粘度和保证硬度的组合。

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《International Scientific and Technical Conference on Scientific and Technical Progress in Ferrous Metallurgy》|2018年|85 p.|共6页
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M Yu Matrosov; P G Martynov; T V Goroshko;
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中图分类工程材料学;
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机译：热处理模式对微观结构形成的影响及高强度平面产品的金属机械性能，具有来自低合金钢的保证硬度（400至450 Hb）
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Study of the Impact of Heat Treatment Modes on Formation of Microstructure and a Given Set of Mechanical Properties of High-Strength Flat Products with Guaranteed Hardness (400 to 450 HB) from Low-Alloyed Steel

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