首页> 外文期刊>Science of sintering >Fundamental Problems of Materials Science by Momcilo M. Ristic, Technical Faculty, Cacak and Institute of Technical Sciences of Serbian Academy of Sciences and Arts, Belgrade, 118 pp., 45 figures, ISBN-86-81745-74-3
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Fundamental Problems of Materials Science by Momcilo M. Ristic, Technical Faculty, Cacak and Institute of Technical Sciences of Serbian Academy of Sciences and Arts, Belgrade, 118 pp., 45 figures, ISBN-86-81745-74-3

机译:材料科学的基本问题,Momcilo M. Ristic,塞尔维亚科学院艺术与技术学院,Cacak和技术学院,贝尔格莱德,118页,45位,ISBN-86-81745-74-3

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摘要

Obtaining new materials using classical technologies brings tothe forefront the development of tribophysical and tribochemical methods used for powder production. All the more, as mechanical activation can transform the starting components into a metastable (amorphous) state. This can even lead to mechancchemical synthesis. In an open system, which is not in equilibrium, such as a system in which a tribophysical process occurs, kinetic phase transformations are possible. They are accompanied by processes of internal structural self-organization. Changes of dissipative structures can also be caused by the occurrence of fluctuations for critical values of system parameters, or by changes of external parameters, that lead to the disappearance of the starting stable state and dynamical reorganization of dissipative structures.
机译:使用经典技术获得新材料,将粉末生产的摩擦物理和摩擦化学方法的发展推向了最前沿。更重要的是,由于机械激活可以将起始组分转变为亚稳态(非晶态)。这甚至可能导致机械化学合成。在不平衡的开放系统中,例如发生摩擦物理过程的系统中,动力学相变是可能的。它们伴随着内部结构自我组织的过程。耗散结构的变化也可能是由于系统参数的临界值出现波动而引起的,或者是由于外部参数的变化而导致初始稳定状态的消失和耗散结构的动态重组。

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