正在加载图片...
余彬等:FeVs0合金浇铸沉降理论的应用及其影响因素 ·1827· 1985,85(5):141 [12]Swinboure D R,Richardson T,Cabalteja F.Understanding fer- 6]Yu B.Sun Z H,Zhang T A,et al.Non-roasting pressure acid- rovanadium smelting through computational thermodynamics mod- leaching process of vanadium slag.Chin Rare Metal,2014,38 elling.Miner Process Extract Metall,2016,125 (1)45 (6):1134 D3] Ivanova EA,Narkevich N A.Coatings dispersely hardened by (余彬,孙朝晖,张廷安,等。钒渣无焙烧加压酸浸过程研究 nitrided ferrovanadium and applied by the electron-beam method. 稀有金属,2014,38(6):1134) Steel Translation,2008,38(10):820 Post K.Robins R G.Thermodynamic diagrams for the vanadium- [14]Zhang X P,Kou G J,Wu C J,et al.Effect of ferrovanadium in- water system at 298.15 K.Electrochim Acta,1976,21(6):401 oculation on microstructure and properties of high speed steel. [8]Larson J W.Thermochemistry of vanadium (5+)in aqueous so- China Foundry,2008,5(2)95 lutions.J Chem Eng Data,1995,40(6):1276 [15]Xian Y,Zhai Q J,Sun Z H,et al.Gradient smelting of ferrova- 9]Tian Y W.Zhai X J.Liu K R.Short Course of Metallurgical nadium masteralloy by electro-luminothermic process.Chin Physical Chemistry.Beijing:Chemical Industry Press,2007 Rare Metal,2016,40(8):850 (田彦文,翟秀静,刘奎仁.治金物理化学简明教程.北京: (鲜勇,翟启杰,孙朝晖,等.梯度式电铝热法治炼钒铁中间 化学工业出版社,2007) 合金研究.稀有金属,2016,40(8):850) [10]Tan T E,Dou M,Zhou M H,et al.Principle of Chemical Engi- [16]Dou T,Wu Z,Mao J F,et al.Application of commercial fer- neering.Beijing:Chemical Industry Press,2006 rovanadium to reduce cost of Ti-V-based BCC phase hydrogen (谭天恩,窦梅,周明华,等.化工原理.北京:化学工业出 storage alloys.Mater Sci Eng A,2008,476(12):34 版社,2006) [17]Xian Y.Effects of Al content on phase transformation in FeV50 [11]Luzhkova I V,Ermakov A N,Avdeeva Y A,et al.Recondensa- and its mechanism.Iron Steel Van Tit,2012,33 (5):14 tion of ferrovanadium and ferromolybdenum in a low temperature (鲜勇.Al含量对FeV50合金相变的影响及机理研究.钢铁 plasma.Russ Metall,2015,2015(9):700 钒钛,2012,33(5):14)余 彬等: FeV50 合金浇铸沉降理论的应用及其影响因素 1985,85( 5) : 141 [6] Yu B,Sun Z H,Zhang T A,et al. Non-roasting pressure acid￾leaching process of vanadium slag. Chin J Rare Metal,2014,38 ( 6) : 1134 ( 余彬,孙朝晖,张廷安,等. 钒渣无焙烧加压酸浸过程研究. 稀有金属,2014,38( 6) : 1134) [7] Post K,Robins R G. Thermodynamic diagrams for the vanadium￾water system at 298. 15 K. Electrochim Acta,1976,21( 6) : 401 [8] Larson J W. Thermochemistry of vanadium ( 5 + ) in aqueous so￾lutions. J Chem Eng Data,1995,40( 6) : 1276 [9] Tian Y W,Zhai X J,Liu K R. Short Course of Metallurgical Physical Chemistry. Beijing: Chemical Industry Press,2007 ( 田彦文,翟秀静,刘奎仁. 冶金物理化学简明教程. 北京: 化学工业出版社,2007) [10] Tan T E,Dou M,Zhou M H,et al. Principle of Chemical Engi￾neering. Beijing: Chemical Industry Press,2006 ( 谭天恩,窦梅,周明华,等. 化工原理. 北京: 化学工业出 版社,2006) [11] Luzhkova I V,Ermakov A N,Avdeeva Y A,et al. Recondensa￾tion of ferrovanadium and ferromolybdenum in a low temperature plasma. Russ Metall,2015,2015( 9) : 700 [12] Swinbourne D R,Richardson T,Cabalteja F. Understanding fer￾rovanadium smelting through computational thermodynamics mod￾elling. Miner Process Extract Metall,2016,125( 1) : 45 [13] Ivanova E A,Narkevich N A. Coatings dispersely hardened by nitrided ferrovanadium and applied by the electron-beam method. Steel Translation,2008,38( 10) : 820 [14] Zhang X P,Kou G J,Wu C J,et al. Effect of ferrovanadium in￾oculation on microstructure and properties of high speed steel. China Foundry,2008,5( 2) : 95 [15] Xian Y,Zhai Q J,Sun Z H,et al. Gradient smelting of ferrova￾nadium masteralloy by electro-aluminothermic process. Chin J Rare Metal,2016,40( 8) : 850 ( 鲜勇,翟启杰,孙朝晖,等. 梯度式电铝热法冶炼钒铁中间 合金研究. 稀有金属,2016,40( 8) : 850) [16] Dou T,Wu Z,Mao J F,et al. Application of commercial fer￾rovanadium to reduce cost of Ti--V-based BCC phase hydrogen storage alloys. Mater Sci Eng A,2008,476( 1-2) : 34 [17] Xian Y. Effects of Al content on phase transformation in FeV50 and its mechanism. Iron Steel Van Tit,2012,33( 5) : 14 ( 鲜勇. Al 含量对 FeV50 合金相变的影响及机理研究. 钢铁 钒钛,2012,33( 5) : 14) · 7281 ·
<<向上翻页
©2008-现在 cucdc.com 高等教育资讯网 版权所有