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“Exploring point defects and trap states in undoped SrTiO3 single crystals” by TU Vienna and IREC, Journal of European Ceramic Society
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“A high-entropy manganite in an ordered nanocomposite for long-term application in solid oxide cells” by IREC and Imperial College, Nature Communications
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“SrTiO3 based high temperature solid oxide solar cells: Photovoltages, photocurrents and mechanistic insight” by TU Vienna and IREC, Solid State Ionics
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“Direct measurement of oxygen mass transport at the nanoscale” by IREC and Imperial College, Advanced Materials
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“Defect energetics in the SrTiO3-LaCrO3 system” by Coventry University, Solid State Ionics.
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“High-Temperature Photochromism of Fe-Doped SrTiO3 Caused by UV-Induced Bulk Stoichiometry Changes” by TUV, Advanced Functional Materials.
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“In situ and operando characterisation techniques for solid oxide electrochemical cells: recent advances”, review by CNRS on J. Phys. Energy.
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“Route to High-Performance Micro-solid Oxide Fuel Cells on Metallic Substrates”, paper from a collaboration between IREC and University of Cambridge. Click here.
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Harvestore repository for open data, article preprints and presentatons is online on Zenodo.
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Click here to download the project flyer with a brief introduction on our ideas and on our goals.
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“Nanoionics: ion transport and electrochemical storage in confined systems” – a reference paper on Nature Materials.
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The first ever reported full-ceramic microSOFC was developed by IREC in 2014. Here is the link to the original research paper (open access article).
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A review on Iontronics, recently published on Advanced Materials.
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The last tendencies on mass transport engineering in oxide thin films have been summarized in a review paper published by the Journal of the European Ceramic Society (open access article).
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From a collaboration between IREC and the University of Cambridge (Dept. of Materials Science & Metallurgy), a review paper on nanostructured oxide thin films for energy application, published by Advanced Materials Interfaces.
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A pivotal example of energy harvesting via oxide nanostructures: A High-Temperature Solid Oxide Photoelectrochemical Cell as developed by one of the project partners at TU Vienna in 2015.
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A review article by the project coordinator Albert Tarancon (IREC), who comments on the potential of CMOS technology and thermoelectric-based microdevices for powering next-generation IoT nodes, published by Nature Electronics.