(B+F)双相管线钢的延迟加速冷却方法研究
Hot Working Technology（2011）
Abstract
采用热模拟技术、力学性能测试手段和显微分析方法,对X100管线钢在延迟加速冷却条件下的组织与性能的变化规律进行了研究.采用始冷温度为620℃的延迟加速冷却方法,实验钢可获得(B+F)双相组织,具有较高的强韧特性和优良的变形能力.
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Key words
dual phase structure,delay accelerated cooling,microstructure and property
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