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首页> 外文期刊>Journal of structural chemistry >Stoichiography in the study of spatial heterogeneity of the chemical composition and structure of thin films and nanostructured systems
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Stoichiography in the study of spatial heterogeneity of the chemical composition and structure of thin films and nanostructured systems

机译:薄膜和纳米结构系统的化学成分及结构的空间异质性研究中的化学造影

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摘要

We present the principles of stoichiography and a reference-free stoichiographic differential (separating) dissolution method used to study the composition and structure of thin films and nanostructured systems: HTS films with 123 different compositions, Al-Au-Sn-Co-Mn, Si/SiO2/Ni(Cr)-Cu-Cu2S, Cr-Cu-S, and Cu-S multilayer films, Bi-Ti-O films on Ru/SiO2/Si, Mn1-x Zn (x) S, and ZnS-EuS supports, and also nanostructured manganese ferrite in borate glass matrices, nanodisperse composite sorbents and the Co-Si-Pt-O/Al2O3 catalyst modified by Pt nanoparticles, and oxide catalyst precursor Fe2Co/Al2O3 for the synthesis of carbon nanotubes.
机译:我们提出了用于研究薄膜和纳米结构系统的组合物和结构的化学造影和可参考的化学图谱差分(分离的)溶出方法:HTS薄膜具有123种不同的组合物,Al-Au-Sn-Co-Mn,Si / SiO2 / Ni(Cr)-Cu-Cu 2 S,Cr-Cu-S和Cu-S多层膜,在Ru / SiO2 / Si,Mn1-x Zn(x)S和ZnS上的Bi-Ti-O膜 eUS支持,也是硼酸盐玻璃基质,纳米分子复合吸附剂和由Pt纳米颗粒改性的Co-Si-Pt-O / Al 2 O 3催化剂的纳米结构锰铁素体,以及用于合成碳纳米管的氧化物催化剂前体Fe 2 Co / Al2O3。

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