[1] Zhang Erlin, Zeng Songchun, Zeng Xiaochun and Li Qingchun, A study on the kinetic processing of reaction synthesis of Al/TiC by direct reaction synthesis (DRS) Part 1 experimental research, Mater. metall. Trans., 1999, 30A(4): p1147~1151 [2] Zhang Erlin, Zeng Songchun, Zeng Xiaochun and Li Qingchun, A study on the kinetic processing of reaction synthesis of Al/TiC by direct reaction synthesis (DRS) Part 11 theory analysis, Mater. metall. Trans., 1999, 30A(4): p1153~1157 [3] Erlin Zhang, Yunxue Jin, Hongwei Wang and Songyan Zeng, Microstructure and hardness of As- cast in-situ TiB short fibre reinforced Ti-6Al matrix composites, J Mater. Sci., 2002, 37(9) 1861-1867 [4] Erlin Zhang, Gang Zeng and Songyan Zeng, Effect of in-situ TiB short fibre on oxidation behavior of Ti-6Al-1.2B alloy, scripta Mater., 2002, 46: 811-816 [5] Erlin Zhang, Songyan Zeng and Bin Wang, Preparation and microstructure of in-situ particle reinforced titanium matrix alloy, J Mater. Process Tech., 2002, 125-126:103-109 [6] Erlin Zhang, Gang Zeng and Songyan Zeng, Oxidation behavior of TiB short fibre reinforced Ti-6Al-1.2B alloy in Air, J. Mater. Sci., 2002, 37: 4063-4071 [7] Erlin Zhang, YX Jin, SY Zeng, et al. Temperature dependence of morphology of TiC reinforcement in in-situ Ti-6Al/TiC composites, J Mater Sci Lett., 20 (11): 1063-1065 JUN 2001 [8] Erlin Zhang, HW Wang, SY Zeng, Microstructure characteristics of in situ carbide reinforced titanium aluminide (Ti3Al) matrix composites, J Mater Sci Lett., 20 (18): 1733-1735 2001 [9] Zhang Erlin, Zeng Songyan, Zhu Zhaojun, Microstructure of XDTM Ti-6Al/TiCp composites, J. Mater. Sci., Vol.35 (20... [1] Zhang Erlin, Zeng Songchun, Zeng Xiaochun and Li Qingchun, A study on the kinetic processing of reaction synthesis of Al/TiC by direct reaction synthesis (DRS) Part 1 experimental research, Mater. metall. Trans., 1999, 30A(4): p1147~1151 [2] Zhang Erlin, Zeng Songchun, Zeng Xiaochun and Li Qingchun, A study on the kinetic processing of reaction synthesis of Al/TiC by direct reaction synthesis (DRS) Part 11 theory analysis, Mater. metall. Trans., 1999, 30A(4): p1153~1157 [3] Erlin Zhang, Yunxue Jin, Hongwei Wang and Songyan Zeng, Microstructure and hardness of As- cast in-situ TiB short fibre reinforced Ti-6Al matrix composites, J Mater. Sci., 2002, 37(9) 1861-1867 [4] Erlin Zhang, Gang Zeng and Songyan Zeng, Effect of in-situ TiB short fibre on oxidation behavior of Ti-6Al-1.2B alloy, scripta Mater., 2002, 46: 811-816 [5] Erlin Zhang, Songyan Zeng and Bin Wang, Preparation and microstructure of in-situ particle reinforced titanium matrix alloy, J Mater. Process Tech., 2002, 125-126:103-109 [6] Erlin Zhang, Gang Zeng and Songyan Zeng, Oxidation behavior of TiB short fibre reinforced Ti-6Al-1.2B alloy in Air, J. Mater. Sci., 2002, 37: 4063-4071 [7] Erlin Zhang, YX Jin, SY Zeng, et al. Temperature dependence of morphology of TiC reinforcement in in-situ Ti-6Al/TiC composites, J Mater Sci Lett., 20 (11): 1063-1065 JUN 2001 [8] Erlin Zhang, HW Wang, SY Zeng, Microstructure characteristics of in situ carbide reinforced titanium aluminide (Ti3Al) matrix composites, J Mater Sci Lett., 20 (18): 1733-1735 2001 [9] Zhang Erlin, Zeng Songyan, Zhu Zhaojun, Microstructure of XDTM Ti-6Al/TiCp composites, J. Mater. Sci., Vol.35 (2000), 23:5989-5994 [10] 安阁英,曾松岩。铸件形成理论。北京:机械工业出版社,1989。 |