Nguyen, Hai BinhLiu, YunWithers, Raymond2015-12-100038-1098http://hdl.handle.net/1885/51622A 'misplaced-displacive' Ca1.5NbTi1.5O7 (CNT) Fd over(3, ̄) m, cubic pyrochlore phase (a = 10.2171 Å) has been successfully synthesised via a metallorganic decomposition route, enabling a much lower final annealing temperature than the conventional soliKeywords: Annealing; Bismuth; Decomposition; Dielectric losses; Solid state reactions; Stoichiometry; Cubic pyrochlore; Metallorganic decomposition; Relaxor dielectrics; Room temperature; Organometallics A. Ca1.5NbTi1.5O7; B. Metallorganic decomposition; C. Cubic pyrochlore; D. Relaxor dielectrics200810.1016/j.ssc.2007.09.0262015-12-09