Mechanism of Liquid-Phase Interaction of Nanocrystalline Composition (VC <Subscript>0.40</Subscript>О <Subscript>0.53</Subscript>–C) with Nickel

Yu. A. Avdeeva; A. N. Ermakov; I. V. Luzhkova; L. Kh. Askarova; E. K. Dobrinskii; Yu. G. Zainulin

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Mechanism of Liquid-Phase Interaction of Nanocrystalline Composition (VC 0.40О 0.53–C) with Nickel

机译：纳米晶组合物液相相互作用机理（VC <下标> 0.40 ®<下标> 0.53 -C）与镍

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In this work, the high-temperature liquid-phase vacuum sintering of the nanocrystalline composition VC~(0.40)O~(0.53)–C~(free)with various nickel contents has been carried out. Based on the data of X-ray studies and raster electron microscopy with the assumption of energy-dispersion analysis, the diagram of the process has been suggested and its quantitative parameters have been determined depending on the composition of the initial mixtures.

机译：在这项工作中，已经进行了具有各种镍内容物的纳米晶组合物Vc〜（0.40）O〜（0.53）-C〜（自由）的高温液相真空烧结。基于X射线研究和光栅电子显微镜的数据假设能量分散分析，已经提出了该方法的图，并根据初始混合物的组成确定了其定量参数。

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《Nanotechnologies in Russia 》 |2018年第6期| 共7页
作者
Yu. A. Avdeeva; A. N. Ermakov; I. V. Luzhkova; L. Kh. Askarova; E. K. Dobrinskii; Yu. G. Zainulin;
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作者单位

Institute of Chemistry of Solids Ural Branch Russian Academy of Sciences;

Institute of Chemistry of Solids Ural Branch Russian Academy of Sciences;

Institute of Chemistry of Solids Ural Branch Russian Academy of Sciences;

Ural Federal University;

Research Institute of Chemistry and Technology of Organoelement Compounds;

Institute of Chemistry of Solids Ural Branch Russian Academy of Sciences;

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正文语种 eng
中图分类数理科学和化学 ;
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1. Mechanism of Liquid-Phase Interaction of Nanocrystalline Composition (VC 0.40О 0.53–C) with Nickel [J] . Yu. A. Avdeeva, A. N. Ermakov, I. V. Luzhkova, Nanotechnologies in Russia . 2018 ,第5a6期

机译：纳米晶组合物液相相互作用机理（VC <下标> 0.40 ®<下标> 0.53 -C）与镍
2. Study of Adsorption and Interaction of H 2, O 2, and CO on the Surface of Single Gold Nanoparticles and Nickel by Scanning Tunneling Microscopy [J] . M. V. Grishin, A. K. Gatin, S. Yu. Sarvadii, Nanotechnologies in Russia . 2017 ,第11a12期

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机译：Li [下标1-x] Ni [下标0.33] mn [下标0.33] Co [下标0.33] O [下标2]（NmC [下标333]）和Li [下标1-x] Ni的电子和离子输运特征[下标0.50] mn [下标0.20] Co [下标0.30] O [下标2]（NmC [下标523]）作为Li含量的函数

Mechanism of Liquid-Phase Interaction of Nanocrystalline Composition (VC 0.40О 0.53–C) with Nickel

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