Tialite was prepared from the chloride salts of aluminium and titanium via a urea formaldehyde resin formation route. Tialite was readily formed at 1450–1500°C in bodies processed from powders containing either 3 wt-%MgF2 or 5 wt-%MgO added during resin formation. The resultant material withstood heat treatment at 1100°C for 24 h without dissociation. In bodies prepared by mixing powders of MgO, MgF2, or a combination of both with polymer prepared powder, the resultant tialite was less stable against dissociation.
PADTUREN. P., BENNISONS. J., and CHANH. M.: J. Am. Ceram. Soc., 1993, (76), 2312–2320.
4.
HASSELMAND. P. H., DONALDSONK. Y., ANDERSONE. M., and JOHNSONT. A.: J. Am. Ceram. Soc., 1993, (76), 2180–2184.
5.
MORISHIMAH., KATOZ., UEMATSUK., SAITOK., YANOT., and OOTSUKAN.: J. Am. Ceram. Soc., 1986, 10, (69), C226–227.
6.
HAHNCh. and SLEBD.: Sprechsaal, 1985, 12, (188), 157–165.
7.
HAMANOK., NAKAGAWAZ., SAWANOK., and HASEGAWAM.: Nippon Kagaku, 1981, 10, 1647.
8.
THIELKEN. R.: WADC Tech. Rep., 1953, 53–165.
9.
BABAYANS. A., KOSTANIANK. A., and GEDAKIANARCHD. A.: Khim. Zhur., 1973, (26), 549–554.
10.
BABAYANS. A., POGOSYANM. A., MELIKYANA. O., and GEDAKYAND. A.: Himiya, 1975, 87–89.
11.
DAYP. J. and LOCKERJ. R.: Proc. Conf. ‘Enviceram 88’, Koln, Germany, 7/9 Dec. 1988.
12.
GANIJ. S. M. and MCPHERSONR.: J. Mater. Sci., 1980, (15), 1915–1925.
13.
OHYAY., HAMANOK., and NAKAGAWAZ.: J. Ceram. Soc. Jpn, 1983, (91), 290.
14.
MOSTAFAA. A.: ‘Preparation of aluminium titanate by non-conventional routes and study of the effect of some additives on its stability’, PhD thesis, Faculty of Science, Cairo University, 1997.
15.
ISHITSUKAM., SATOT., ENDOT., and SHIMADAM.: J. Am. Ceram. Soc., 1987, 2, (70), 67–69.
