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Sintering behaviour of Ba Sr TiO

Integrated Ferroelectrics, ISSN: 1058-4587, Vol: 62, Issue: 1, Page: 249-252
2004
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Article Description

This paper deals with the sintering behaviour of Barium Strontium Titanate (BST). Two methods were examined; method 1: BaTiO + SrTiO source powders; method 2: BaCO + SrCO + TiO source powders. Commercially available 50 nm BST (x = 0.60) powder was used to investigate the effect of particle size on activation energy (E ). Discs were sintered in a Netzsch 402C Dilatometer and E for the powders were obtained by applying the Arrhenius expression. The results indicate powders made from both methods display a varying trend in E over a range of x. The commercial powder yielded a higher Ea compared with powder made from method 1.

Bibliographic Details

Kumaravinothan Sarma; Rehan Farooq; Katy Jarman; Robert C. Pullar; Peter K. Petrov; Neil Mc N. Alford

Informa UK Limited

Engineering; Materials Science; Physics and Astronomy

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