Abstract
The paper presents a method of obtaining zinc oxide nano- and microparticles. In these studies microwave reactor and laboratory pressure reactor were used. Since microwave radiation accelerates proceeding of reactions, this way was found to be an effective method in the process of obtaining nanocrystallines of zinc oxide. The size of prepared particles rarely exceeded 500 nm.
Highlights
Metal oxides occurring in nanometric scale are characterized by more valuable properties comparing to the characteristics of the same macro-scale-materials.[1]
In this paper studies on obtaining zinc oxide nanoand microparticles in a field of microwave radiation and in the laboratory pressure reactor have been described
Preparation of zinc oxide proceeds according to the following equations: (1)
Summary
Metal oxides occurring in nanometric scale are characterized by more valuable properties comparing to the characteristics of the same macro-scale-materials.[1] Such structures may be defined by ratio of surface area to their mass. This value is large enough so that other material properties are determined by surface properties. The aim of the work was to compare the physicochemical properties of obtained products
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