Мultiplicative simulators based on laser technological methоds

S. Usov, G. A. Sukhochev, A. Zhdanov, A. Mitrofanov, I. Tochilin
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Abstract

Сreate multiplicative simulators based on laser technological metоds is a very modern scientific problem. The article considers the aspects of changing the metallophysical parameters of the surface layer (microhardness, stress plot, phase and structural compositions), as well as the roughness and size of the surface layer, which are formed by combine technological methods). Regime of combine methods are optimized according results of metallophysical researches. Combined methods based on energetic external attacks. Provide the formation of a plot of stresses, hardness, roughness ets All these studies have ensured the introduction of the considered combine methods by optimize metallophysical researches.
Мultiplicative基于激光技术方法的模拟器
Сreate基于激光技术的乘法模拟器是一个非常现代的科学问题。本文从改变表面层的金相物理参数(显微硬度、应力图、相和组织成分)以及复合工艺方法形成的表面层的粗糙度和尺寸等方面进行了研究。根据金相物理研究结果,优化了组合方法的方案。基于高能外部攻击的组合方法。提供了应力、硬度、粗糙度等参数图的形成,为优化金相研究中所考虑的组合方法的引入提供了保证。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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