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Development of actions on optimization of chemical composition of carburized steel grade 16MnCrS5 to eliminate the causes of the growth of large austenite grains

机译：制定渗碳钢级16MnCRS5化学成分优化的行动，消除大奥氏体籽粒生长的原因

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I. A. Kovaleva; I. A. Ovchinnikova; S. V. Stefanovitch;
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年度 2019
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1. OPTIMIZATION OF CARBURIZING STEELS FOR DRILLING TOOLS WITHIN GRADE CHEMICAL COMPOSITION [J] . T. N. Sidorina, I. V. Kabanov Metal Science and Heat Treatment . 2007,第9a10期

机译：化学组成分级的钻削工具中渗碳钢的优化
2. Effects of Cooling Rate after Hot Forging on Precipitation of Fine Particles during Subsequent Normalizing and Austenite Grain Growth during Carburization of Al- and Nb-microalloyed Case-hardening Steel [J] . Genki SAITO, Norihito SAKAGUCHI, Munekazu OHNO, ISIJ international . 2021,第6期

机译：在渗碳渗碳后常规颗粒沉淀后冷却速率在渗碳中的沉淀后冷却速率的影响
3. Effects of Cooling Rate after Hot Forging on Precipitation of Fine Particles during Subsequent Normalizing and Austenite Grain Growth during Carburization of Al- and Nb-microalloyed Case-hardening Steel [J] . Genki Saito, Norihito Sakaguchi, Munekazu Ohno, ISIJ international . 2021,第6期

机译：在渗碳渗碳后常规颗粒沉淀后冷却速率在渗碳中的沉淀后冷却速率的影响
4. Effect of Cooling Rate and Nb Composition on Non- Isothermal Austenite Grain Growth Kinetics in Nb-HSLA Steel During Hot Rolling [C] . Myrna Ariati, Azwar Manaf, Eddy S. Siradj International Conference on Manufacturing Science and Engineering . 2012

机译：冷却速率和Nb组成对热轧时Nb-Hsla钢的非等温奥氏体晶粒生长动力学的影响
5. GRAIN GROWTH AND HIGH-TEMPERATURE HOT ROLLING BEHAVIOR OF LOW-ALLOY STEEL AUSTENITE. [D] . SANTELLA, MICHAEL LEONARD. 1981

机译：低合金奥氏体的晶粒长大和高温热轧行为。
6. Datasets acquired with correlative microscopy method for delineation of prior austenite grain boundaries and characterization of prior austenite grain size in a low-alloy high-performance steel [O] . V. Sinha, M. Gonzales, E.J. Payton 2019

机译：用相关显微镜方法获得的数据集用于描绘低合金高性能钢中的奥氏体晶界和表征奥氏体晶粒度
7. Prevention of Austenite Grain Coarsening of Carburizing Steel during Carburizing by Mn Content Optimization and its Improvement Mechanism [O] . Takeshi FUJIMATSU, Kazuya HASHIMOTO, Kazuhiko HIRAOKA, 2007

机译：Mn含量优化渗碳过程中渗碳钢奥氏体晶粒粗化及其改进机制

Development of actions on optimization of chemical composition of carburized steel grade 16MnCrS5 to eliminate the causes of the growth of large austenite grains

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