钒基合金的研究现状和进展

材料开发与应用, 2006, 21(6): 36-40. doi: 10.3969/j.issn.1003-1545.2006.06.011

钒基合金的研究现状和进展

于兴哲 ^1, , 宋月清 ^2, , 崔舜 ^3, , 李明 ^4, , 周晓华 ^5,

1.北京有色金属研究总院粉末冶金及特种材料研究所,北京,100088

2.北京有色金属研究总院粉末冶金及特种材料研究所,北京,100088

3.北京有色金属研究总院粉末冶金及特种材料研究所,北京,100088

4.北京有色金属研究总院粉末冶金及特种材料研究所,北京,100088

5.江西理工大学应用科学学院,江西,赣州,341000

关键词：钒基合金 , 机械性能 , 腐蚀 , 氢脆 , 中子性能

Current State and Progress of Research on Vanadium Alloys

介绍了钒合金的力学性能、腐蚀性能、安全与环保性能等,并阐述了氢、氧及其它杂质元素对钒合金性能的影响等方面的研究现状.通过与其它高温防护材料的性能比较,展示了钒基合金良好的应用前景.最后提出了目前钒基合金应用研究中需要解决的技术难题.

参考文献

[1]	Nishimura A;Iwahori A;Heo NJ;Nagasaka T;Muroga T;Tanaka SI .Effect of precipitation and solution behavior of impurities on mechanical properties of low activation vanadium alloy[J].Journal of Nuclear Materials: Materials Aspects of Fission and Fusion,2004(0):438-441.
[2]	Diesek B G;Stevens C O;Grossbeck M L .Fatigue and crack growth behavior of V-Cr-Ti alloys[J].Journal of Nuclear Materials,1996,233～237:488-491.
[3]	马毓华.双相不锈钢的性能与应用[J].甘肃科技,2004(10):49-51.
[4]	Chung H M;Nowicki L;Busch D et al.Tensile properties of V-(4-5)Cr-(4-5)Ti alloys[R].Fusion Materials Semiannual Progress Report for Period Ending.U S Department of Energy report,DOE/ER-0313/19,1995.
[5]	Buckman R W et al.Solidifying and processing of Vanadium alloys[J].International Metals Reviews,1980,25(04):158-161.
[6]	Loomis B A;Nowicki L J;Smith D L .Relationship of microstructure and mechanical proporties for V-G-Ti alloys[R].Fusion Reactor Materials Semiannual Progress Report,DOE/ER-0313/10,1991.
[7]	Steward RV.;Chin BA.;Aglan HA.;Gan Y.;Grossbeck ML. .Furnace brazing type 304 stainless steel to vanadium alloy (V-5Cr-5Ti)[J].Journal of Nuclear Materials: Materials Aspects of Fission and Fusion,2000(Pt.B):1224-1228.
[8]	Loomis B A;Gazda J;Nowicki L J.Relationship of microstructure and mechanical properties of V-Cr-Ti alloys[A].Stresa,1993
[9]	胡茂圃;王泽力.钒基合金腐蚀研究的现状和进展[J].北京科技大学学报,1999(04):12-18.
[10]	Tororelli P F et al.Alloy development for irradiation performance[R].Semiannual Progress Report for the Period Ending,DOE/ER-0045/10,1983.
[11]	Chopra;Omesh K;Dale L Smith et al.Liquid-metal corrosion[J].Fusion technology,1985,8(02):1956-1969.
[12]	Chopra O K et al.Alloy development for irradiation performance[R].Semiannuah Progress Report for the Period Ending,DOE/ER-0045/10,201,1983.
[13]	Smith D L et al.The first blandet study of comparison and selection for fusion application[R].Blanket Comparison and Selection Study Final Report,ANL/FPP-84-1,1984.
[14]	Diercks D R.Vanadium-based alloys for fusion reactor applications[J].Journal of Nuclear Materials,1988:155-157.
[15]	Loomis B A;Kestel B J et al.Effect of helium on swelling and icrostructural evolution in ion-Irradiated V-15Cr-5Ti alloy[J].Journal of Nuclear Materials,1986,141～143:705-712.
[16]	Busch Tobin G A .Oxidation of vanadium and vanadium alloys in gaseous helium coolants containing water vapor impurities[J].Journal of Nuclear Materials,1986,141～143:599-603.
[17]	Fujiwara M;Takanashi K;Satou M;Hasegawa A;Abe K;Kakiuchi K;Furuya T .Influence of Cr, Ti concentrations on oxidation and corrosion resistance of V-Cr-Ti type alloys[J].Journal of Nuclear Materials: Materials Aspects of Fission and Fusion,2004(0):452-456.
[18]	Murphy D;Butterworth G J.The development of structural materials for fusion reactors[J].Journal of Nuclear Materials,1992:191-194.
[19]	The ARIES team .The ARIES-II tokamak reactor study[R].UCLA-PPG-1461,1994.

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材料期刊网

钒基合金的研究现状和进展

Current State and Progress of Research on Vanadium Alloys

参考文献