综述了组合材料芯片技术在钛合金研究中应用的新进展.利用组合材料芯片技术在短周期内制备出合金元素梯度变化的多元钛合金样品,由于样品的加工状态和热处理条件相同,可以确定某种合金元素含量与整个钛合金体系组织和力学性能的定量关系.利用多种表征手段,从样品库中系统地分析组织和力学性能的变化规律并筛选出目标成分,显示出组合材料芯片技术在钛合金相变研究和合金设计中的优势.
The progress of COMBI which is widely used in the titanium alloys research is summarized. The COMBI technique has already demonstrated its advantages and potentials in the study of materials transformation and also in the design of alloys with the help of preparation of compositionally graded titanium alloys that are under the same condition in order to explore the relationship between alloying element contents and microstructure/properties to find target compositions for multi-element titanium alloy systems by various methods of characterization.
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