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Unique Appearance of Lamellar Cleavage Patterns on Fracture Surfaces of Ti-Based Amorphous Matrix Composite

机译：Ti基非晶基质复合材料断裂表面上的层状切割图案的独特外观

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Changwoo Jeon; Byeong-Chan Suh; Choongnyun Paul Kim; Hyoung Seop Kim; Nack J. Kim; Sunghak Lee;
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年度 2015
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1. Unique Appearance of Lamellar Cleavage Patterns on Fracture Surfaces of Ti-Based Amorphous Matrix Composite [J] . Jeon Changwoo, Suh Byeong-Chan, Kim Choongnyun Paul, Metallurgical and Materials Transactions, A. Physical Metallurgy and Materials Science . 2015,第6期

机译：钛基非晶基复合材料断裂面上层状劈裂图案的独特外观
2. New Cu-Free Ti-Based Composites with Residual Amorphous Matrix [J] . Mircea Nicoara, Cosmin Locovei, Viorel Aurel ?erban, Materials . 2016,第5期

机译：残余非晶态基体的新型无铜钛基复合材料
3. Effects of Effective Dendrite Size on Dynamic Tensile Properties of Ti-Based Amorphous Matrix Composites [J] . Jeon Changwoo, Park Jaeyeong, Kim Choongnyun Paul, Metallurgical and Materials Transactions, A. Physical Metallurgy and Materials Science . 2016,第4期

机译：有效枝晶尺寸对钛基非晶基复合材料动态拉伸性能的影响
4. Structure-Mechanical Properties Correlation in a Hydrogenated Ti-Based In-Situ Amorphous Matrix Composite [C] . S. Jayalakshmi, E. Fleury, K.B. Kim Eco-Materials Processing and Design VIII; Materials Science Forum; vols.544-545 . 2007

机译：氢化钛基原位非晶基复合材料的结构力学性能相关
5. A thermodynamic and kinetic study of the deposition of silicon carbide from various precursor systems with application to the preparation of lamellar-matrix/continuous fiber-reinforced composites. [D] . Boisvert, Ronald Paul. 1995

机译：从各种前驱体系统沉积碳化硅的热力学和动力学研究，用于制备层状基体/连续纤维增强复合材料。
6. New Cu-Free Ti-Based Composites with Residual Amorphous Matrix [O] . Mircea Nicoara, Cosmin Locovei, Viorel Aurel Șerban, 2016

机译：残余非晶态基体的新型无铜钛基复合材料
7. New Cu-Free Ti-Based Composites with Residual Amorphous Matrix [O] . Mircea Nicoara, Cosmin Locovei, Viorel Aurel Șerban, 2016

机译：具有残余非晶基质的新型无Cu钛基复合材料
8. Ti-Based Metal Matrix Composites Reinforced with TiB Particles [R] . Ivasyshyn, O. M. 2006

机译：TiB颗粒增强Ti基金属基复合材料

Unique Appearance of Lamellar Cleavage Patterns on Fracture Surfaces of Ti-Based Amorphous Matrix Composite

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