MECHANISM OF STRUCTURE FORMATION IN FLUID-BEARING MINERALS

The currentness of the study is governed by availability of new experimental data which yet remain to be justified theoretically. In terms of fluid-bearing minerals, the new information embraces phenomena of resonance interactions and transverse response to external action. Consequently, it was required to carry out an experiment with physical modeling of structuring processes indescribable mathematically. Thus, the experimental modeling of the processes of structure formation and volumetric changes in fluid-bearing compounds has revealed that: overlapping of cross fields having the same frequency results in formation of quartz-bearing mixture of ring-shaped volumetric structures which rotate and transform spiroid tubes filled with fluid metal; rotation and rotational displacements in the forming structures can be explained by piezo-electric properties of quartz, which allow transformation of mechanical vibrations into electrical and backward; in case of contact difference of potentials at the phase interfaces (metal–silicon oxide), the formed tube structures ensure capillary effect with displacement of metal drops onto free surface.

Keywords

Fluid, mineral, structure, action, response.

Issue number: 2
Year: 2019
ISBN: 531+620.17
UDK:
DOI: 10.25018/0236-1493-2019-02-0-78-84
Authors: Metaksa G. P., Moldabayeva G. Zh., Alisheva Zh. N.

About authors: Metaksa G.P. (1,2), Doctor of Technical Sciences, Chief Researcher, Moldabayeva G.Zh. (1,2), Doctor of Technical Sciences, Professor, e-mail: gulnazka_1978@mail.ru, Alisheva Zh.N. (1,2), 1) Kazakh National Research Technical University named after K.I. Satpayev, 050013, Almaty, Kazakhstan, e-mail: allnt@ntu.kz, 2) Mining Institute named after D.A. Kunaev, 050046, Almaty, Kazakhstan, e-mail: igdkpms@mail.ru.

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