فهرست و منابع پایان نامه سنتز و ارزیابی خواص بدنه های بر پایه تیالیت
فهرست:
ندارد.
منبع:
[1] A.Tsetsekou, A comparison study of tialite ceramics doped with various oxide materials and tialite-mullite composites:microstructural, thermal and mechanical properties.J.Eur.Ceram.Soc.(2005)
[2]y.x.Huang, A.M.R.Senos and J.L.Baptista,Thermal and mechanical properties of aluminum titanate-mullite composites.J.Mater.Res.(2000)
[3]M.Takahashi, M.Fukuda, H.Yoko, preparation,structure and properties of Thermally and mechnically improved aluminum titanate ceramics doped with alkali feldspar.
J.Am.Ceram.Soc.(2002)
[4]Y.Ohya,Z.Nakagawa,Grain-boundary microcracking due to thermal expantion anisotropy in aluminum titanate ceramics.Am.ceram.soc.commun.(1987)
[5]J.J.Ceveland,R.C.Bradt,Grain size/microcracking relations for pseudobrookite oxides.J.Am.ceram.soc.(1987)
[6]S.Ananthakumar, M.Jayasankar, K.G.K.Warrier, microstructural, mechanical and thermal characterization of sol-gel-derived aluminum titanate-mullite ceramic composites.Acta.Mater.(2006)
[7]M.Sobhani,H.R.Rezaie,R.Naghizade,sol-gel synthesis of aluminum titanate(Al2Tio5) nano particles.J.Mater.(2008)
[8]D.M.Ibrahim,A.A.Mostafa,T.Khalil,preparation of tialite(aluminum titanate)via the urea formaldehyde polymeric route.Ceram.Int.(1999)
[9]B.Freudenberg,A.Mocellin,Aluminum titanate formation of fine Al2o3 and Tio2 Powders.J.Am.Ceram.soc.(1987)
[10]A.M.Segadaes,M.R.Morlli and R.GA.Kiminami,Combustion synthesis of aluminum titanate.J.Eur.Ceram.soc.(1998)
[11]P.Oikonomou,C.J.Stournaras, Stabilized tialite-mullite composites with low thermal expantion and high strength for catalytic converts.J.Eur.ceram.soc.(2007)
[12]G.Tilloca, Thermal stabilization of aluminum titanate solid solutions.J. Mater.soc. (1991)
[13]H.R.Rezaie,R.Naghizadeh,N.Farrokhnia,S.Arabi and M.Sobhani,The effect of Fe2o3 addition on tialite formation.J.ceram.int.(2008)
[14]G.Christos,Crack healing,reopening and thermal expantion behaviour of Al2Tio5 ceramics at high temperature.J.Eur.soc.(2007)
[15]I.J.Kim and G.Cao, Low thermal expantion behaviour and thermal durability of ZrTio4-Al2Tio5-Fe2o3 ceramics between 750 and 1400C.J.Eur.ceram.soc.(2002)
[16]S.Djambazouv, D. Lepkova and I..Ivanov,A study of the stabilization of aluminum titanate.J.Mater.sci.(1994)
[17]I.Barrios, G.Oswaldo, synthesis and properties of in situ Al2Tio5/Al2o3 composite.J.Mater.(2003)
[18]M.Nagano, S.Nagashima, H.Maeda and A.Kato,sintering behaviour of Al2Tio5 base ceramics and their thermal properties.ceram.Int.(1999)
[19]C.G.shi,I.M.Low,use of spodumene for liquid-phase-sintering of aluminum titanate.J.Mater.(1998)
[20]C.H.Chen,H.Awaji, Temperature dependence of mechanical properties of aluminum titanate ceramics.J.Eur.ceram.soc.(2007)
[21]T.Matsudaira, Y. Kuzushima, S.Kitaoka,H.Awaji and D.Yokoe,Temperature dependence of static and cycle fatigue behavior of Al2Tio5 ceramics.J.ceram.soc.Jpn.(2004)
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