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Интеллектуальная Система Тематического Исследования НАукометрических данных |
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Electro-thermo-chemical simulation of isomorphic crystallization of thallium in the aluminum-containing anti-corrosion coatingsкнига
- Автор: Chizhko O.
- Год издания: 2012
- Место издания: Elektronisches Volltextarchiv EVA STAR - KIT Karlsruhe
- Монография
- Научно-популярное издание
- Аннотация: Let us regard a generator of plasma bodies, which are created with electric arc burning between aluminum electrodes in an environment of thallium containing substances. There is the case of combustion for energetic Al-fuels with Tl technological additives, but the electrical interactions take place during the formation of ionized gas. We calculate static pressure of this chemical system in correspondence with the term for temperature at the constant volume. It becomes higher and the reaction products are moving in the direction to a surface, which is prepared for covering. Now we'd like to notice that a dynamic part of pressure plays the main role of executing power for acceleration of the plasma propulsion. This magneto-hydro-dynamic facility is not only the source of the working body for anti-corrosion coatings, but also a high-speed launcher of macroscopic volumes for the prepared materials. In the conditions of high pressures for our ionized conglomerates, we expect an invention of new modifications for the routine substances during the technological collision with defended surface. We combine this Tl+Al contents with opportunity of preparation for homogeneous compositions of the stoichiometric oxide complexes and the precise mixtures for building of multi-lattice unities in solid crystals.
- Добавил в систему: Чижко Олег Георгиевич