IMPLEMENTATION OF THE DРIE METHOD IN TECHNOLOGIES OF OBTAINING STRUCTURED SYSTEMS

O. Obodovich, T. Grabova, D. V. Posunko, R. E. Bazieiev
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引用次数: 1

Abstract

Within the framework of the work, experimental and laboratory studies of a complex of heat and mass transfer processes in multicomponent disperse systems that exhibit emergent properties have been carried out. The aim of the work is to determine the key factors that affect the properties of the final product, and bifurcation points for complex dispersed systems in terms of the mechanisms of structure formation. The authors determined the influence of key parameters such as the process temperature and shear stresses that arise in systems during processing in rotary-pulsating devices of the disk-cylindrical type. For systems with polyelectrolyte structures, the temperature ranges have been determined at which the intensity of the solvation process is maximum. The investigated multicomponent systems are sensitive to shear stress and the duration of its exposure. The limiting shear stresses are determined at which the destruction of structures begins and the system becomes fluid. Based on the results of the complex of works, a schematic diagram and a pilot plant for obtaining poly-component structured systems were proposed. Вatches of bactericidal sanitary-hygienic means and application medical-prophylactic means were obtained at the proposed installation and transferred for testing.
获取结构化系统技术中dРie方法的实现
在这项工作的框架内,对具有涌现特性的多组分分散系统中复杂的传热传质过程进行了实验和实验室研究。这项工作的目的是确定影响最终产品性能的关键因素,以及复杂分散系统在结构形成机制方面的分岔点。本文确定了盘式圆柱型旋转脉动装置加工过程中产生的工艺温度和系统剪切应力等关键参数的影响。对于具有多电解质结构的体系,已经确定了溶剂化过程强度最大的温度范围。所研究的多组分系统对剪切应力及其暴露时间敏感。极限剪应力是在结构开始破坏和系统变为流体时确定的。在综合工作的基础上,提出了获得多组分结构系统的原理图和中试装置。在拟建的设施中获得了消毒卫生手段和应用医疗预防手段的Вatches,并转移进行了检测。
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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