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In Situ Production of Locally Reinforced Steel-based Composites with TiC Particulates Using High-frequency Induction Process

机译：原位生产具有使用高频感应过程的TIC颗粒的局部增强钢基复合材料

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Y. Q. Zhao; S. J. Fang; Y. G. Zhao; Y. Cong; M. J. Tu; L. C. Wang; Q. C. Jiang;
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1. In Situ Production of Locally Reinforced Steel-based Composites with TiC Particulates Using High-frequency Induction Process [J] . Y. Q. ZHAO, S. J. FANG, Y. G. ZHAO ISIJ international . 2006,第4期

机译：高频感应法原位制备含TiC颗粒的局部增强钢基复合材料
2. In Situ TiC/TiB_2 Particulate Locally Reinforced Stee Matrix Composites Fabricated Via the SHS Reaction of Ni-Ti-B_4C System [J] . Ya-Feng Yang, Hui-Yuan Wang, Ru-Yi Zhao, International journal of applied ceramic technology . 2009,第3期

机译：Ni-Ti-B_4C体系的SHS反应制备原位TiC / TiB_2颗粒局部增强Stee基复合材料
3. In situ fabrication of TiC particulates locally reinforced aluminum matrix composites by self-propagating reaction during casting [J] . M.S. Song, M.X. Zhang, S.G. Zhang, Materials Science and Engineering. A, Structural Materials: Properties, Microstructure and Processing . 2008,第1a2期

机译：铸造过程中通过自蔓延反应原位制备TiC颗粒局部增强铝基复合材料
4. Microstructure and Interface of TiC In Situ Synthesized Reinforced Steel-Based Surface Composite Prepared by V-EPC Infiltrating Method [C] . Zulai Li, Yehua Jiang, Ruqing Huang, ICSEEE 2012 . 2013

机译：用V-EPC渗透法制备TiC原位合成增强钢基表面复合材料的组织与界面
5. Characterization of titanium-6% aluminum-4% vanadium/titanium carbide particulate reinforced metal matrix composites consolidated by sintering and thermomechanical processing. [D] . Wanjara, Priti. 2000

机译：通过烧结和热机械加工固结的6％钛铝，4％钒/碳化钛颗粒增强金属基复合材料的表征。
6. Microstructures and Compressive Properties of Al Matrix Composites Reinforced with Bimodal Hybrid In-Situ Nano-/Micro-Sized TiC Particles [O] . Feng Qiu, Hao-Tian Tong, Yu-Yang Gao, 2018

机译：双峰杂化原位纳米/微米TiC颗粒增强Al基复合材料的组织和压缩性能
7. Fabrication of Steel Matrix Composite Locally Reinforced with in Situ TiC Particulate via SHS Reaction of (Ti, Fe)–C System during Casting [O] . S. T. Li, Hui Yuan Wang, S. J. Lü, 2008

机译：铸造（TI，Fe）-C系统的诸如原位TiC颗粒的钢基质复合材料的制造

In Situ Production of Locally Reinforced Steel-based Composites with TiC Particulates Using High-frequency Induction Process

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