首页|期刊导航|International Journal of Extreme Manufacturing|In-situ microwave-laser hybrid additive manufacturing of nano Al_(2)O_(3)/YAG/ZrO_(2) ternary eutectic melt-growth ceramics:control of microstructural homogeneity and high densification
In-situ microwave-laser hybrid additive manufacturing of nano Al_(2)O_(3)/YAG/ZrO_(2) ternary eutectic melt-growth ceramics:control of microstructural homogeneity and high densification
Xuexin Yu Weiming Bi Songlu Yin Dongjiang Wu Guangyi Ma Danlei Zhao Fangyong Niu
International Journal of Extreme Manufacturing2026，Vol.8Issue(3)：P.675-694,20.
International Journal of Extreme Manufacturing2026，Vol.8Issue(3)：P.675-694,20.DOI:10.1088/2631-7990/ae3f64
In-situ microwave-laser hybrid additive manufacturing of nano Al_(2)O_(3)/YAG/ZrO_(2) ternary eutectic melt-growth ceramics:control of microstructural homogeneity and high densification
摘要
关键词
melted-growth ceramics/laser-directed energy deposition/microwave/additive manufacturing分类
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Xuexin Yu,Weiming Bi,Songlu Yin,Dongjiang Wu,Guangyi Ma,Danlei Zhao,Fangyong Niu..In-situ microwave-laser hybrid additive manufacturing of nano Al_(2)O_(3)/YAG/ZrO_(2) ternary eutectic melt-growth ceramics:control of microstructural homogeneity and high densification[J].International Journal of Extreme Manufacturing,2026,8(3):P.675-694,20.基金项目
funded by the National Natural Science Foundation of China(No.52375312) （No.52375312）
National Key Research and Development Program of China(2023YFB4605900) （2023YFB4605900）
Liaoning Province Science and Technology Plan Joint Program(2023JH2/101700299). （2023JH2/101700299）
