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Information × Registration Number 0211U000580, 0108U001169 , R & D reports Title The theoretical and technological bases of receiving complex-protective materials and coatings for saving and transportation facilities of hazardous materials popup.stage_title Head Alexander Dubovyy, Доктор технічних наук Registration Date 10-02-2011 Organization National university of shipbuilding of admiral Makarov popup.description2 The work purpose - working out of theoretical and technological bases of creation of new competitive composite materials and coverings for protection transport and means for storage and transportation of dangerous substances, and also objects of power and chemical manufacture.Experimental works was carried out with use metallographic and biological microscopes ММР-2P and БИОЛАМ, a microscope- microanalyzer РЭММА А-102-02, x-ray installation ДРОН-3, a measuring instrument of heat conductivity ИТЛ-400, electroarc metalizator ЭМ-14М, installations for plasma drawing of coverings "Київ-7", microhardness ПМТ-3, hardness Викерс.The scientific basis for the creation of composite materials and coatings that can absorb ionizing, including X-ray radiation.The possibility of strengthening and lowering the thermal conductivity of ultrafine structural elements that provide an effect manifestation Nanodimension, in plasma coatings by heat treatment without amorfytyzatsiyi structure. Optimal regime of heat treatment of deposited coatings of nickel ПНК-2К10 and stainless steel ПХ18Н15, wich respectively of 480 С - extract 5 minutes and 880 С - 1.5 minutes and for increase of hardness of 30 - 70% and reduce heat by 30%. Found that increasing temperature heat treatment of coatings deposited raises a reinforcing effect in reducing the duration of exposure.Investment attractiveness of the work is to develop new competitive composite materials and coatings, creation an appropriate material and technical base and expanded production of which a possible solution to the problem of radioactive waste management, protection engineering and vehicles for transportation of chemical hazardous substances and debugging of repair. Results can be used in energy, shipbuilding and engineering, chemical and medical industries, transport technologies. Product Description popup.authors Жданов О.О. Казимиренко Ю.О. Карпеченко А.А. Романенко Н.Є. Шкурат С.І. Янковець Т.А. popup.nrat_date 2020-04-02 Close