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固溶和时效对压铸AZ91HP合金力学性能的影响 |
刘正 王越 刘重阳 王中光 韩行林 |
中国科学院金属研究所材料疲劳与断裂国家重点实验室;沈阳 110015 |
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引用本文:
刘正; 王越; 刘重阳; 王中光; 韩行林 . 固溶和时效对压铸AZ91HP合金力学性能的影响[J]. 金属学报, 1999, 35(8): 869-873 .
[1] Winandy C D. In: Smith S D, Winandy C D eds, Automo-tive Soureing Special Report, London: Automotive Sourcing UK Ltd, 1998: 8 [2] Qiu Q Y, Sun B D, Zhou Y H. Foundry, 1998; (1): 46 (邱庆荣,孙宝德.周尧和.铸造.19982(1):46) [3] Busk R S. Magnesium Products Design. USA: The Interna-tional Magnesium Association, 1987: 373 [4] Willekens Jo M A. In: European Magnesium Corporation ed, 6. Magnesium Abnehmerseminar, Aalen: European Mag-nesium Corporation, 1998: 13 [5] Hydro Magnesium. Hydro Magnesium 24542, 1998 [6] Caton P D, Hobby R T. In: European Magnesium Corpora-tion ed, 6.Magnesium Abnehmerseminar, Aalen: European Magnesium Corporation, 1998: 14 [7] Zhao Z Y. Spec Cast Nondrmus Alloy, 1990; (6): 37 赵志远.特种铸造及有色合金,1990;(6):37) [8] Wang Z Q. Foundry, 1997; (8): 48(汪之清.铸造 1997; (8): 48) [9] Hydro Magnesium. Grafisk Senter HPI 21042, 1997 I10] Cole G, Michigan D, In: Smith S D, Winandy C D eds.Automotive Sourelng Special Report, London: Automotive Sourcing UK Ltd, 1998: 18 [11] Radtkes S, Werkstoffe(Chap 21) Germay: Georg Wester-mann Verlag, 1967: 7 [12] Beijing Aviation Material Institute. Manual of Material Data for Aviatton Engine Design. Beijing, Industry min-istry of Aviation and Space Flight, The 606 Institute. 1990:1066 (北京航空材料研究所.航空发动机设计用材料数据手册.北京航 空航天工业部六零六研究所,1990:1066) [13] Clark J B. Acta Metall, 1968; (16): 141 |
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