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.62. 北京科技大学学报 第30卷 (倪文，邹一民，陈德平。利用天然粉石英制作耐高温硅酸钙保 lation Materials.Beijing:China Petrochemical Press,2005: 温材料的研究.矿物岩石，1998,18(1)：28) 210 [8]Ni W.The characteristics and developmental trends of xonotlite- (邹宁宇，鹿成滨，张德信.绝热材料应用技术.北京：中国石 type calcium silicate thermal insulation materials.Ado Mater 化出版社，2005：210) 1nd,2002,(11):32 [11]Lee O J.Lee K H.Yim T J.et al.Determination of mesopore (倪文·硅钙石型硅酸钙保温材料的特点与发展趋势·新材料 size of aerogels from thermal conductivity measurements.Non 产业，2002，(11)：32) Cryst Solid,2002,298(2/3).287 [9]Yang HL.Ni W,Sun CC,et al.Development of xonotlite silica [12]Ni W.Liu F M.Song C Y.A discussion on several mineralogi- aerogel nanoporous super insulation sheets.Aerosp Mater Tech- cal and petrological issues in the material study and processing nol,2006(2):20 Bull Mineral Petrol Geochem.1999.18(4):290 (杨海龙，倪文，孙陈诚，等。硅酸钙复合纳米孔超级绝热板材 (倪文，刘风梅，宋存义·材料研究与制备过程中的几个矿物 的研制.宇航材料工艺，2006(2)：20) 学岩石学问题.矿物岩石地球化学通报，1999,18(4)：290) [10]Zou N Y.Lu C B.Zhang DX.Application Technique of Insu- (上接第48页) single crystals.J Mater Sci,1993.28,5301 [5]Lee JC.Ahn J P.Shim J H.Control of the interface in SiC/Al [10]Lee J C.Byun J Y.Park S B.Prediction of SiC contents to sup- composites.Scripta Mater,1999,41:895 press the formation of AlCs in the SiCp/Al composite.Acta [6]Rodriguez M.Pech-Canual M I.Parras E.Effect of Mg loss on Mater,1998.46(5):1771 the kinetics of pressureless infiltration in the processing of Al-Si- [11]Narciso J.Garcia Cordovilla C.Lous E.Reactivity of thermally Mg/SiCp composites.Mater Lett,2003.57:2081 oxidized and unoxidized SiC particulates with aluminium-silicon [7]Zhang Q,Wu G H.Jiang L T.Thermal expansion and dimen- alloys.Mater Sci Eng B.1992.15:148 sional stability of Al-Si matrix composite reinforced with high [12]Lloyd D J.Lagace H,Meleod A.Microstructural aspects of alu- content SiC.Mater Chem Phys.2003.2:780 minium"silicon carbide particulate composites produced by a cast- [8]Ren S B.Ye B.Qu X H.et al.Preparation and properties of SiCp ing 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BZhang D X．Application Technique of Insulation Materials．Beijing：China Petrochemical Press2005： 210 （邹宁宇鹿成滨张德信．绝热材料应用技术．北京：中国石 化出版社2005：210） ［11］ Lee O JLee K HYim T Jet al．Determination of mesopore size of aerogels from thermal conductivity measurements．J Non Cryst Solids2002298（2／3）：287 ［12］ Ni WLiu F MSong C Y．A discussion on several mineralogical and petrological issues in the material study and processing． Bull Mineral Petrol Geochem199918（4）：290 （倪文刘凤梅宋存义．材料研究与制备过程中的几个矿物 学岩石学问题．矿物岩石地球化学通报199918（4）：290） （上接第48页） ［5］ Lee J CAhn J PShim J H．Control of the interface in SiC／Al composites．Scripta Mater199941：895 ［6］ Rodriguez MPech-Canual M IParras E．Effect of Mg loss on the kinetics of pressureless infiltration in the processing of Al－Si－ Mg／SiCp composites．Mater Lett200357：2081 ［7］ Zhang QWu G HJiang L T．Thermal expansion and dimensional stability of Al－Si matrix composite reinforced with high content SiC．Mater Chem Phys20032：780 ［8］ Ren S BYe BQu X Het al．Preparation and properties of SiCp／ Al composite parts with complex shape．Chin J Nonferrous Met 200515：1722 （任淑彬叶斌曲选辉等．复杂形状 SiCp／Al 复合材料零件的 制备与性能．中国有色金属学报200515：1722） ［9］ Viala J CBosselet FLaureat V．Mechanism and kinetics of the chemical interaction between liquid aluminum and silicon-carbide single crystals．J Mater Sci199328：5301 ［10］ Lee J CByun J YPark S B．Prediction of SiC contents to suppress the formation of Al4C3 in the SiCp／Al composite． Acta Mater199846（5）：1771 ［11］ Narciso JGarcia Cordovilla CLous E．Reactivity of thermally oxidized and unoxidized SiC particulates with aluminium-silicon alloys．Mater Sci Eng B199215：148 ［12］ Lloyd D JLagace HMcleod A．Microstructural aspects of aluminium-silicon carbide particulate composites produced by a casting method．Mater Sci Eng A1989107：73 ［13］ Iseki TKameda TMaruyama T．Interfacial reaction between SiC and aluminium during joining．J Mater Sci198419：1692 ［14］ Hasselman D PJohnson L F．Effective thermal conductivity of composites with interfacial thermal barrier resistance．J Compos Mater198721：508 ·62· 北 京 科 技 大 学 学 报 第30卷