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Functional ceramic materials database: An online resource for materials research


Citation Scott, D.J, Manos, S, Coveney, P.V, Rossiny, J.C.H, Fearn, S, Kilner, J.A, Pullar, R.C, Alford, N.M.N, Axelsson, A.K, Zhang, Y, Chen, L, yang, S, Evans, J.R.G. and Sebastian, M.T. Functional ceramic materials database: An online resource for materials research. 2008. https://doi.org/10.1021/ci700270v.
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Author(s) Scott, D.J, Manos, S, Coveney, P.V, Rossiny, J.C.H, Fearn, S, Kilner, J.A, Pullar, R.C, Alford, N.M.N, Axelsson, A.K, Zhang, Y, Chen, L, yang, S, Evans, J.R.G. and Sebastian, M.T.
Opus Title Journal of Chemical Information and Modeling
Pages 449-455
Volume 48
DOI https://doi.org/10.1021/ci700270v
Abstract

We present work on the creation of a ceramic materials database which contains data gleaned from literature data sets as well as new data obtained from combinatorial experiments on the London University Search Instrument. At the time of this writing, the database contains data related to two main groups of materials, mainly in the perovskite family. Permittivity measurements of electroceramic materials are the first area of interest, while ion diffusion measurements of oxygen ion conductors are the second. The nature of the database design does not restrict the type of measurements which can be stored; as the available data increase, the database may become a generic, publicly available ceramic materials resource.