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Synthesis and Coating of Aluminum NanoCrystals

机译:铝纳米晶体的合成与涂层

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We show a low temperature gas-phase synthesis route to produce faceted aluminum crystals in the aerosol phase. Use of triisobutylaluminum whose decomposition temperature is below the melting point of elemental aluminum enabled us to grow nanocrystals from its vapor. Combustion tests show an increase in energy release compared to commercial nanoaluminum. Production of aluminum in an oxygen free environment resulted in a bare aluminum surface that was passivated in separate experiments with nickel and iron by decomposition of their carbonyl precursors.
机译:我们展示了低温气相合成途径,以在气溶胶相中产生面部铝晶体。使用分解温度低于元素铝的熔点的三异丁基铝使我们能够从其蒸汽中生长纳米晶体。燃烧试验显示与商业纳米铝相比能量释放的增加。在无氧环境中生产铝导致裸露的铝表面,其在与羰基前体的分解中与镍和铁的单独实验中钝化。

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