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local dynamic modifications induced by laser at different time and energy scales in thin films of metal oxides (transparent conductive oxides). The idea is to provide energy with precise spatial and
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micrometric in size. In addition, the nature and proportion of gases present influence the composition of combustion products. The aim of this project is to characterize the size and composition of metal oxides
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photocatalytic systems based on titanium and iron metal oxides, modified with ligno-humic compounds and related carbonaceous derivatives extracted from sewage sludge. Where to apply Website https
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sustainable fuel production and long-term decarbonization of the chemical industry. In recent years, catalysts based on oxide–metal and oxide–intermetallic interfaces have emerged as particularly promising
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oxides present on the surface of the metal powders. - increase ductility to tungsten by the addition of a face-centered cubic (FCC) AHE phase. This is an exploratory study of a metal composite with a
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the materials that host lithium. To overcome this limitation, the use of metallic lithium as the negative electrode is necessary. However, this approach remains unstable due to issues related to the formation
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oxidation states of materials to develop thorough understanding of Oxygen/Metal ratio and charge balancing mechanisms. - Generate library of highly characterised samples for future performance testing (i.e
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development. The project will consist in the development of organometallic platforms based on a sustainable, non-toxic and abundant metal, manganese (Mn). Its ability to stabilize a large number of oxidation
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(IS2M), expert in the synthesis and shaping of ordered mesoporous siliceous and non-siliceous oxides for applications in decontamination of liquid or gas effluents, and Dr. Valérie Keller (ICPEES
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. For instance, nitrogen exists in its most oxidized and reduced states (N(+V) and N(-III), respectively) between nitrate and ammonia, which implies the formation of several other compounds (NO2–, NO, N2O, NH2OH