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Behavior of High-Temperature Embrittlement and Its Mechanism in Heat-Affected Zone of Low-Carbon Alloy Steels

机译：高温脆化及其在低碳合金钢热影响区中的特性及其机理

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Suguru Yoshida; Teruhisa Okumura; Hiroshi Kita; Kohsaku Ushioda; Yoshio R. Abe;
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年度 2013
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1. Behavior of High-Temperature Embrittlement and Its Mechanism in Heat-Affected Zone of Low-Carbon Alloy Steels [J] . Suguru Yoshida, Teruhisa Okumura, Hiroshi Kita Materials transactions . 2013,第8期

机译：低碳合金钢热影响区的高温脆化行为及其机理
2. Antimony-induced embrittlement in welding heat-affected zones in a Cr-Mo low-alloy steel [J] . L. Zheng, S.-H. Song Philosophical Magazine Letters . 2013,第7a9期

机译：Cr-Mo低合金钢在焊接热影响区的锑致脆化
3. Influence of different heat-affected zone microstructures on the stress corrosion behavior and mechanism of high-strength low-alloy steel in a sulfurated marine atmosphere [J] . Wu Wei, Liu Zhiyong, Li Xiaogang, Materials Science and Engineering . 2019,第JUNa24期

机译：硫化海洋环境中不同热影响区组织对高强度低合金钢应力腐蚀行为及机理的影响
4. Effect of the Heat-Affected Zones on Hydrogen Permeation and Embrittlement of Low-Carbon Steels [C] . G. Razzini, M. Cabrini, S. Maffi, International symposium on electrochemical methods in corrosion research;EMCR VI . 1998

机译：热影响区对低碳钢氢渗透和脆化的影响
5. The physical modeling of grain boundary liquation mechanisms within the heat-affected zone of an aluminum-copper alloy. [D] . Wilson, Andre Lamont. 2001

机译：铝铜合金热影响区内晶界液化机理的物理模型。
6. Impact Toughness of Subzones in the Intercritical Heat-Affected Zone of Low-Carbon Bainitic Steel [O] . Zhenshun Li, Xuemin Zhao, Dongri Shan 2018

机译：低碳贝氏体钢在临界热影响区中子区的冲击韧性
7. Effects of alloying elements on fracture toughness in the transition temperature region of base metals and simulated heat-affected zones of Mn-Mo-Ni low-alloy steels [O] . Sangho Kim, Young-Roc Im, Sunghak Lee, 2004

机译：合金元素对Mn-Mo-Ni低合金钢碱基金属转变温度区断裂韧性的影响
8. Study of Intergranular Separations in Low-Alloy Steel Heat-Affected Zones under Austenitic Stainless Steel Weld Cladding. [R] . ayres, p. s. barnes, i. 1972

机译：奥氏体不锈钢焊接熔覆下低合金钢热影响区的晶间分离研究。

Behavior of High-Temperature Embrittlement and Its Mechanism in Heat-Affected Zone of Low-Carbon Alloy Steels

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