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Manufacturing Fe–TiC Composite Powder via Inert Gas Atomization by Forming Reinforcement Phase In Situ

机译：通过以原位形成增强阶段，通过惰性气体雾化制造Fe-TiC复合粉末

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Anton Perminov; Gert Bartzsch; Armin Franke; Horst Biermann; Olena Volkova;
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1. Manufacturing Fe-TiC metal matrix composite by Electron Beam Powder Bed Fusion from pre-alloyed gas atomized powder [J] . Anton Perminov, Marie Jurisch, Gert Bartzsch, Materials Science and Engineering . 2021,第MAYa5期

机译：用电子束粉床融合制造Fe-Tic金属基质复合材料从预合金气体雾化粉末
2. Phase composition and magnetic characteristics of inert gas-atomized RE-Fe-B-based powders [J] . Henderson Lewis L., Sellers C.H. IEEE Transactions on Magnetics . 1995,第6期

机译：惰性气体雾化RE-Fe-B基粉末的相组成和磁特性
3. In situ production of Fe-TiC surface composite coatings by tungsten-inert gas heat source [J] . Wang XH, Zhang M, Zou ZD, Surface & Coatings Technology . 2006,第20a21期

机译：钨极惰性气体热源原位制备Fe-TiC表面复合涂层
4. Manufacturing Fe-5 mass TiC Metal Matrix Composite Powder Particles via Inert Gas Atomization [C] . Anton Perminov, Gert Bartzsch, Hans-Peter Heller, European Powder Metallurgy Association;Euro PM congress exhibition . 2019

机译：通过惰性气体雾化制备Fe-5质量％TiC金属基复合粉末颗粒
5. Synthesis, sintering and characterization of Al2O 3-TiC nano-composites powders from carbon coated precursors. [D] . Kaga, Hisashi. 2003

机译：碳涂层前驱体合成，烧结和表征Al2O 3-TiC纳米复合粉末。
6. Size-Dependent Phase Transformation during Gas Atomization Process of Cu–Sn Alloy Powders [O] . Hao Pan, Hongjun Ji, Meng Liang, 2019

机译：Cu-Sn合金粉末气体雾化过程中尺寸依赖的相变
7. Production of Fe Amorphous Powders by Gas-atomization Process and Subsequent Spark Plasma Sintering of Fe Amorphous-ductile Cu Composite Powders Produced by Ball-milling Process (I) - I. Gas Atomization and Production of Composite Powders - [O] . Ho-Jin Ryu, Jae-Hyun Lim, Ji-Soon Kim, 2009

机译：通过气体雾化过程生产Fe无定形粉末，随后通过球磨方法（I） - I.气体雾化和复合粉末生产的Fe无定形延性Cu复合粉末的火花血浆烧结 -

Manufacturing Fe–TiC Composite Powder via Inert Gas Atomization by Forming Reinforcement Phase In Situ

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