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and composition at the atomic scale allowing to understand the growth mechanisms of nanomaterials. We have been able to understand the mechanisms of the polarity-driven growth in free-standing
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for a controlled synthesis of tailored chemical composition to finely tune the material optoelectronic properties. This will be achieved by designing new solution-based synthesis approaches for fine
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into the alloy compositions (containing Fe, Zn, Bi, among others) that maximize the anti-corrosive performance, which perfectly suits SIESTA code capabilities as it can handle thousands of atoms efficiently with
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experimental and theoretical partners across Europe, the role of ICN2 is to provide atomistic insights into the alloy compositions that maximize the anti-corrosive performance, which perfectly suits SIESTA code