Prof. Kilner is B.C.H.Steele Professor of Energy materials, former head of the Department of Materials and former Dean of the Royal School of Mines. He has been involved in research into ionic and mixed conducting ceramics for 30 years and has published over 350 papers in this and related fields of materials science. He is currently European Editor for the Journal Solid State Ionics and a councillor for the international Society for Solid state Ionics (ISSI). He is the holder of a number of patents relating to fuel cells and gas separation devices and the co-founder of a successful spinout company CeresPower Ltd. Prof.
Kilner is primarily interested in studying the exchange and diffusion of oxygen in oxide ceramic materials for applications in devices such as fuel cells, oxygen separators and sensors, and has been instrumental in the development of isotopic exchange-SIMS techniques to study these phenomena. Much of his work is now centred upon the development of the Intermediate Temperature Fuel Cell, Solid Oxide Electrolysers and Lithium batteries. He is now working on an improved understanding of surface and interfacial phenomena, which is crucial for further development of these devices. In 2012 John was awarded the IOM3 Platinum medal for his outstanding services to the discipline.
et al., Crystal structure and surface characteristics of Sr-doped GdBaCo2O6-δ double perovskites: Oxygen evolution reaction and conductivity, Journal of Materials Chemistry A, ISSN:2050-7496
Harrington GF, Skinner SJ, Kilner JA, 2018, Can solute segregation in ceramic materials be reduced by lattice strain?, Journal of the American Ceramic Society, Vol:101, ISSN:0002-7820, Pages:1310-1322
et al., 2017, Surface Chemistry of La0.99Sr0.01NbO4-d and Its Implication for Proton Conduction, Acs Applied Materials & Interfaces, Vol:9, ISSN:1944-8244, Pages:29633-29642
et al., 2017, The effects of lattice strain, dislocations, and microstructure on the transport properties of YSZ films, Physical Chemistry Chemical Physics, Vol:19, ISSN:1463-9076, Pages:14319-14336
et al., 2017, Back-exchange: a novel approach to quantifying oxygen diffusion and surface exchange in ambient atmospheres, Physical Chemistry Chemical Physics, Vol:19, ISSN:1463-9076, Pages:12199-12205