首页> 外文期刊>Journal of engineering physics and thermophysics >MECHANOCHEMICAL TREATMENT, SPECIFIC FEATURES OF THE STRUCTURE AND PROPERTIES, AND REACTIVITY OF SHS SYSTEMS BASED ON NATURAL MATERIALS. 1. MECHANOCHEMICAL SYNTHESIS OF DISPERSE NANOSTRUCTURED COMPOSITE QUARTZ-BASED SYSTEMS
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MECHANOCHEMICAL TREATMENT, SPECIFIC FEATURES OF THE STRUCTURE AND PROPERTIES, AND REACTIVITY OF SHS SYSTEMS BASED ON NATURAL MATERIALS. 1. MECHANOCHEMICAL SYNTHESIS OF DISPERSE NANOSTRUCTURED COMPOSITE QUARTZ-BASED SYSTEMS

机译:基于天然材料的SHS系统的机械化学处理,结构和性能的特定特征以及反应性。 1.基于分散纳米结构的复合石英系统的机械化学合成

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摘要

This paper presents the results of experimental investigations of the dispersion of quartz particles with their simultaneous modification in a planetary-centrifugal dynamic mill depending on the variation of the time-force regimes of mechanochemical treatment. Nitrogen- and carbon-containing compounds were used as modifiers. The laws of change in the dispersivity, imperfection, and transformation of the surface layer structure and the morphological features of synthesized particles of the composite polymer/mineral structure in the process of mechanochemical treatment have been established. We have shown the relationship between the mechanical action and the piezoelectric response of the system to the process of modification of the newly formed surface of quartz particles and their capsulization into hetero-organic shells, whose composition and structure are determined by both the quality of the material-base and the kind of the modifier.
机译:本文介绍了根据机械化学处理的时间-力机制的变化,在行星离心动态磨机中对石英颗粒的分散性及其同时进行改性的实验研究结果。含氮和碳的化合物用作改性剂。在机械化学处理过程中,建立了表面层结构的分散性,缺陷和转变的变化规律,以及复合聚合物/矿物结构的合成颗粒的形态特征。我们已经显示了系统的机械作用和压电响应与新形成的石英颗粒表面的改性过程以及其被胶囊化为异质有机壳之间的关系,其组成和结构均由石英的质量决定。物质基础和修饰剂的种类。

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