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ROLE OF THE GRAIN-BOUNDARY PHASE ON THE ELEVATED-TEMPERATURE STRENGTH, TOUGHNESS, FATIGUE AND CREEP RESISTANCE OF SILICON CARBIDE SINTERED WITH Al, B AND C

机译：晶界相在Al，B和C烧结碳化硅的高温强度，韧性，疲劳强度和蠕变抗力中的作用

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Sintered Al; D. Chen; Chen Sixta Zhang; X. F. Zhang; L. C. De Jonghe; R. O. Ritchie;
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1. ROLE OF THE GRAIN-BOUNDARY PHASE ON THE ELEVATED-TEMPERATURE STRENGTH, TOUGHNESS, FATIGUE AND CREEP RESISTANCE OF SILICON CARBIDE SINTERED WITH Al, B AND C [J] . D.Chen, M.E.Sixta, X.F.Zhang Acta Materialia . 2000,第18a19期

机译：晶界相在Al，B和C烧结碳化硅的高温强度，韧性，疲劳强度和蠕变抗力中的作用
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3. R-curve analysis of solid-phase-sintered and liquid-phase-sintered silicon carbide ceramics by indentation fracture and indentation-strength-in-bending methods [J] . Yang Xiao, Liu Xuejian, Wang Lujie, CERAMICS INTERNATIONAL . 2016,第3期

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4. MICROSTRUCTURE OF LIQUID PHASE SINTERED SILICON CARBIDE CERAMICS WITH HIGH FRACTURE TOUGHNESS [C] . Yong Jiang, Laner Wu, Yuhong Chen, Ceramic materials and components for energy and environmental applications . 2010

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5. Synthesis and tribological characterization of in-situ spark plasma sintered titanium silicon carbide and titanium silicon carbide - titanium-carbon. [D] . Ghosh, Nidul Chandra. 2012

机译：原位放电等离子体烧结碳化硅钛和碳化钛钛碳的合成及摩擦学表征。
6. Evolution of Elevated-Temperature Strength and Creep Resistance during Multi-Step Heat Treatments in Al-Mn-Mg Alloy [O] . G. S. Wang, K. Liu, S. L. Wang 2018

机译：Al-Mn-Mg合金多步热处理过程中高温强度和耐蠕变性的演变
7. Evaluation of Weldment Creep and Fatigue Strength-Reduction Factors for Elevated-Temperature Design [O] . J. M. Corum 1990

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8. Kinetics and Mechanisms of Creep in Sintered Alpha Silicon Carbide and Niobium Carbide. [R] . Davis, R. F. 1985

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ROLE OF THE GRAIN-BOUNDARY PHASE ON THE ELEVATED-TEMPERATURE STRENGTH, TOUGHNESS, FATIGUE AND CREEP RESISTANCE OF SILICON CARBIDE SINTERED WITH Al, B AND C

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