High Thermal Shock Resistant Aluminium Titanate Type Ceramics

[1] Kuznetzov G.I., Kortel A.A., Borisov V.G., Akselrod L.M., Pivinski Y.: New Kinds of Refractories for Ferrous Metallurgy, UNITECR 91, Aachen, (1991)

Google Scholar

[2] Persson M., Hamanson L., Carlson R.: Investigation of the Stability of Aluminium Titanate Ceramics, Sci. Ceram., Vol.11, (1981), pp.479-84

Google Scholar

[3] Morrow K., Holcombre E., Cromer G.: Preparation of Aluminium Titanate Crucibles by Slip Casting for High Temperature Applications, Oak Ridge, Y-12, Plant Tennessee, (1978)

DOI: 10.2172/4625787

Google Scholar

[4] Hamano K., Nakagawa Z., Sawano K., Hasegawa M.,: Effect of Additives on Several Properties of Aluminium Titanate Ceramic, J. Ceram. Soc. Japan, vol.10, (1987), pp.1647-55

DOI: 10.1246/nikkashi.1981.1647

Google Scholar

[5] Kato E., Diamon K., Takahashi J.: J.Am. Ceram.Soc., 63, (1980), pp.355-56

Google Scholar

[6] Ohya Y., Hamano K., Nagakawa Z.: Yogyo-Kyokai-Shi, 91,(1983), p.289

Google Scholar

[7] Roy R.: Solid State Ionics, 3, (1989), p.32

Google Scholar

[8] Shimada T., Mizuno M., Kurachi K., Kato N., Sakurada O., Hashida M., Nurishi Y.: J.Mater. Sci., 31, (1996), p.3691

Google Scholar

[9] Volceanov E.: Report of Matnatech Project, No.12, (June 2002) Acknowledgement Romanian R&D National Programme MATNANTECH, Project, Nr.12/10.10.2001 has supported part of this work.

Google Scholar