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of Coimbra 3. Procedure reference: IT160-26-09 Within the framework of project «phosphate pathway and serine oxidation fluxes in NAFLD and NASH - II0390». 4. Job(s) characterization: Advisory, research
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, using Schottky diodes and metal–oxide–semiconductor (MOS) capacitors. The project focuses on the fabrication, electrical, and optical characterization of SiC-based devices, with emphasis on: • Fabrication
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in deep collaboration with the Functional Materials Technology, Inverse Materials Design, Light-Matter Interaction Theory, Next Generation Energy systems, Oxide Single Crystal, and III-V Compound
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polyoxometalate mediating electron transfer), and titanium oxide (a light-harvesting semiconductor). This hybrid catalyst has shown excellent performance in two benchmark reactions: the selective photocatalytic
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the oxidation state and the electric-polarization direction in HfO2. Project included in the activities of the MEM group of CEMES, funded by the labex NanoX. Where to apply Website https
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concentration is not decreasing. As a powerful oxidant, it causes inflammation of the respiratory tract, epithelial damage, and worsens cardiorespiratory conditions. However, current regulatory thresholds
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, this reaction provides a promising route toward sustainable fuel production and long-term decarbonization of the chemical industry. In recent years, catalysts based on oxide–metal and oxide–intermetallic
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after TCR ligation is the rapid generation of the mitochondrial "oxidative signal" (reactive oxygen species, ROS), which is necessary for the expression of key genes for the activation and proliferation
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strategies have been developed to recycle the end-of-life components of ZCBs, involving either dry recovery to obtain metallic oxides or wet recovery to obtain salts. In this project, the recycling
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the thermal conductivity of high-entropy oxides. This will involve evaluating the architecture of available machine learning interatomic potentials, generating the training data using density functional theory