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第5期 陈俊红等：闪速燃烧合成的FeSi,N,中FeSi粒子的形成机理 .601. [3]Kaga T.Kometani K.Lizuka K.The reaction of ferro silicon ni- [7]Gachik M I.Lakisheif N P,Yemilin B I.The Theoretics and tride in carbon refractory.Taikabutsu,2002,54(11):574 Technics of Ferroalloy.Zhang F.Yu Z,Translated.Beijing: [4]Lopes A B.Influence of ferro silicon nitride on the performance of Metallurgical Industry Press.1994:89 the modern taphole mud for blast furnace.Refroct Appl News. (加西克MH,拉基舍夫HL,叶姆林6H.铁合金生产的理 2002,7(5):26 论和工艺.张蜂，于忠，译.北京：冶金工业出版社，1994.89) [5]Kometani K,Lizuka K,Kaga T.Behaviour of ferro Si3N in blast [8]Ziegler G.Heinrich J.Wotting G.Review relationships between furnace taphole mud.Taikabutsu Overseas.1999.19(1):11 processing,microstructure and properties of dense and reaction [6]Chen J H.Composition,Structure and High Temperature bonded silicon nitride.J Mater Sei.1987.22(9):3068 Properties of Fe-SisN Used in Al2Os SiC-C Materials [Disserta [9]Zhang J.Thermodynamic Calculations of Melts.Beijing:Metal- tion]Beijing:University of Science and Technology Beijing.2006 lurgical Industry Press.2003,12 (陈俊红·Fe SisN:组成、结构及其对A2 Os SiC℃体系材料 (张鉴.熔体热力学计算.北京：冶金工业出版社，2003：12) 高温性能的影响[学位论文]，北京：北京科技大学，2006) (上接第572页) [5]Ishikawa T,Kumagai M.Yasukawa A.Fluences of metal ions on the formation of y-Fe0OH and magnetite rusts.Corros Sci. 参考文献 2002,44.1073 [1]Lin Q,Li J,Zhang L M.Mechanism of atmospheric corrosion [6]Asami K.Kikuchi M.In depth distribution of rusts on a plain car- resistance of RE in high tension weathering steel.Chin Rare bon steel and weathering steels exposed to coastal-industrial atmo Earths,2008,29(1).63 sphere for 17 years.Corros Sci.2003,45(11):2671 (林勤，李军，张路明，高强度耐大气腐蚀钢中稀土提高耐蚀机 [7]Wang JJ,Guo X D.Analysis of the corrosion rust on weathering 理研究.稀土，2008,29(1)：63) steel and carbon steel exposed in marine atmosphere for three [2]Zhang QC.Wu JS,Yang X F.et al.Investigation of accelerat- years.Corras Prot.2002.23(7):288 ed laboratory tests for weathering steel.Mater Prot,2002,35 (王建军，郭小丹.海洋大气暴露3年的碳钢与耐候钢表面锈 (3):21 层分析.腐蚀与防护，2002,23(7)：288) (张全成，吴建生，杨晓芳，等.耐大气腐蚀用钢实验室加速腐 [8]Chen YY,Teng HJ.Wei L I,et al.Mechanical properties and 蚀的研究.材料保护，2002,35(3)：21) corrosion resistance of low-alloy steels in atmospheric conditions [3]Liu C J,Liu H L.Effects of RE on atmospheric corrosion resis- containing chloride.Mater Sci Eng.2005.398:47 tance of B450NbRE steel.Chin Rare Earths,2008.29(1):81 [9]Mizoguchi T,Ishiia Y,OkadaT,et al.Magnetic property based (刘承军，刘宏亮.稀土对B45 ONbRE钢耐大气腐蚀性能的影 characterization of rust on weathering steels.Corros Sci.2005. 响.稀土，2008,29(1)：81) 47:2477 [4]Zhang QC.Wu JS.The electrochemical characteristics of rust [10]Yue LJ.Wang L M.Piao X Y,et al.Weather resistance and layer formed on the weathering steel in cyelic dry/wet laboratory its mechanism for 10PCuRE steel.J Iron Steel Res,2006.18 test.Mater Mech Eng.2002.26(8):22 (1):34 (张全成，吴建生·周浸加速循环腐蚀实验中耐候钢锈层的电 (岳丽杰，王龙妹，朴秀玉，等.1 OPCuRE钢的耐大气腐蚀性 化学特征.机械工程材料，2002,26(8)：22) 及耐蚀机理.钢铁研究学报，2006,18(1)：34)［3］ Kaga TKometani KLizuka K．The reaction of ferro-silicon nitride in carbon refractory．Taikabutsu200254（11）：574 ［4］ Lopes A B．Influence of ferro silicon nitride on the performance of the modern taphole mud for blast furnace．Ref ract Appl News 20027（5）：26 ［5］ Kometani KLizuka KKaga T．Behaviour of ferro-Si3N4in blast furnace taphole mud．Taikabutsu Overseas199919（1）：11 ［6］ Chen J H． Composition Structure and High Temperature Properties of Fe-Si3N4Used in Al2O3-SiC-C Materials ［Dissertation ］．Beijing：University of Science and Technology Beijing2006 （陈俊红．Fe—Si3N4 组成、结构及其对 Al2O3—SiC—C 体系材料 高温性能的影响［学位论文］．北京：北京科技大学2006） ［7］ Gachik M ILakisheif N PYemilin B I． The Theoretics and Technics of Ferroalloy．Zhang FYu ZTranslated．Beijing： Metallurgical Industry Press1994：89 （加西克 М И拉基舍夫 Н П叶姆林 БИ．铁合金生产的理 论和工艺．张峰于忠译．北京：冶金工业出版社1994：89） ［8］ Ziegler GHeinrich JWotting G．Review relationships between processingmicrostructure and properties of dense and reactionbonded silicon nitride．J Mater Sci198722（9）：3068 ［9］ Zhang J．Thermodynamic Calculations of Melts．Beijing：Metallurgical Industry Press2003：12 （张鉴．熔体热力学计算．北京：冶金工业出版社2003：12） （上接第572页） 参 考 文 献 ［1］ Lin QLi JZhang L M．Mechanism of atmospheric corrosion resistance of RE in high tension weathering steel． Chin Rare Earths200829（1）：63 （林勤李军张路明．高强度耐大气腐蚀钢中稀土提高耐蚀机 理研究．稀土200829（1）：63） ［2］ Zhang Q CWu J SYang X Fet al．Investigation of accelerated laboratory tests for weathering steel． Mater Prot200235 （3）：21 （张全成吴建生杨晓芳等．耐大气腐蚀用钢实验室加速腐 蚀的研究．材料保护200235（3）：21） ［3］ Liu C JLiu H L．Effects of RE on atmospheric corrosion resistance of B450NbRE steel．Chin Rare Earths200829（1）：81 （刘承军刘宏亮．稀土对 B450NbRE 钢耐大气腐蚀性能的影 响．稀土200829（1）：81） ［4］ Zhang Q CWu J S．The electrochemical characteristics of rust layer formed on the weathering steel in cyclic dry／wet laboratory test．Mater Mech Eng200226（8）：22 （张全成吴建生．周浸加速循环腐蚀实验中耐候钢锈层的电 化学特征．机械工程材料200226（8）：22） ［5］ Ishikawa TKumagai MYasukawa A．Fluences of metal ions on the formation of γ-FeOOH and magnetite rusts． Corros Sci 200244：1073 ［6］ Asami KKikuchi M．In-depth distribution of rusts on a plain carbon steel and weathering steels exposed to coasta-l industrial atmosphere for17years．Corros Sci200345（11）：2671 ［7］ Wang J JGuo X D．Analysis of the corrosion rust on weathering steel and carbon steel exposed in marine atmosphere for three years．Corros Prot200223（7）：288 （王建军郭小丹．海洋大气暴露3年的碳钢与耐候钢表面锈 层分析．腐蚀与防护200223（7）：288） ［8］ Chen Y YTeng H JWei L Iet al．Mechanical properties and corrosion resistance of low-alloy steels in atmospheric conditions containing chloride．Mater Sci Eng2005398：47 ［9］ Mizoguchi TIshiia YOkada Tet al．Magnetic property based characterization of rust on weathering steels．Corros Sci2005 47：2477 ［10］ Yue L JWang L MPiao X Yet al．Weather resistance and its mechanism for 10PCuRE steel．J Iron Steel Res200618 （1）：34 （岳丽杰王龙妹朴秀玉等．10PCuRE 钢的耐大气腐蚀性 及耐蚀机理．钢铁研究学报200618（1）：34） 第5期 陈俊红等： 闪速燃烧合成的 Fe－Si3N4 中 Fe xSi 粒子的形成机理 ·601·