Variation in the structure and properties of fullerene soots when kept in atmosphere
А. А. Шепелевский, А. А. Богданов, Boris M. Ginzburg, Albert M. Leksovskii, В. М. Ойченко, С. В. Олейник, D. G. Tochil’nikov
Abstract
А. А. Шепелевский, А. А. Богданов, Boris M. Ginzburg, Albert M. Leksovskii, В. М. Ойченко, С. В. Олейник, D. G. Tochil’nikov
Abstract
Variations in the structure of fullerene soots when kept in atmosphere are studied by the wide-angle X-ray method. The influence of these variations on the extraction ability of fullerenes and the tribological characteristics of the composites based on fluoroplastic-4 with addition of fullerene soots is discussed. Additions of fullerene soots to fluoroplastic-4 do not deteriorate their antifriction and antiwear characteristics.
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Variations in the structure of fullerene soots when kept in atmosphere are studied by the wide-angle X-ray method. The influence of these variations on the extraction ability of fullerenes and the tribological characteristics of the composites based on fluoroplastic-4 with addition of fullerene soots is discussed. Additions of fullerene soots to fluoroplastic-4 do not deteriorate their antifriction and antiwear characteristics.
Key concepts: Fullerene, Atmosphere (unit), Materials science, Nanotechnology, Composite material, Chemistry, Organic chemistry, Meteorology