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Effect of Ti Addition on Microstructural Evolution, Strengthening and High Thermal Conductivity Mechanisms of FeCrV-based Medium-entropy Alloys

Ti的添加对FeCrV基中熵合金微观结构演变、强化和高导热率机制的影响
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摘要 Our previous study has found that FeCrVTi_(x) medium-entropy alloys(MEAs)with BCC matrix and Laves precipitation have high yield strength(1097-1493 MPa),good fracture strain(27.1%-47.7%)and excellent thermal conductivity(42.2-69.7 W/(m·K)at 673-1273 K),it is expected to be widely applied in the elds of advanced nuclear energy and aerospace^([1]).However,what is the mechanism of strengthening and high thermal conductivity of this MEAs?
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出处 《IMP & HIRFL Annual Report》 2022年第1期103-103,共1页 中国科学院近代物理研究所和兰州重离子研究装置年报(英文版)
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