建筑材料在最终超声加工过程中表面形貌均匀性增加

N. Bekrenev, I. Zlobina, A. Petrovsky, D. Stupnikov, M. Frolov
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引用次数: 0

摘要

在超声频率波动作用下,钢坯表面形成了规则纳米结构指示物。纳米结构形成均匀的微层,分形维数比原始微层小。结果表明,在热加工坯料表面形成取向微层是可能的。微层允许改善接触条件,为匹配的摩擦副类型的细节。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Increasing of topography homogeneity of the construction materials surface during final ultrasound processing
There was defined a formation at the surface of steel billets during the influence of fluctuating at ultrasound frequencies regular nano-structures indicator. The nano-structures form homogeneous micro layer which differs from the original one by smaller fractal dimension. The possibility to form an orientated micro layer at the surface of thermo-processed billets was shown. The micro layer allows to improve the conditions of contacting for the details of the type of matched friction pairs.
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