Registration Number
0216U002433,
0114U004925
, R & D reports
Title
" Development of the technology for manufacturing of reactor steels strengthened by nanosize oxides precipitations and functional ceramics with high radiation stability and improved physical and mechanical properties"
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Head
Tikhonovsky Mikhail Andreyevich, Кандидат фізико-математичних наук
Registration Date
09-03-2016
Organization
National Science Center "Kharkiv Institute of Physics and Technology
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The features of the mechanical alloying of austenitic steel 0H18N10T by nanoparticles of oxides Y2O3 - ZrO2 with different composition are investigated. It was determined that the composition of the doping nanooxides 80mol.% Y2O3 - 20 mol.% ZrO2 is optimal for producing steel with a maximum density of precipitates, the lowest average size and the best uniformity of their distribution by the volume. Strength properties of this steel is much higher than the properties of initial steel, especially at high temperatures (700 ° C) where yield strength ODS - steel is 2.3 times higher than the original steel. It is proposed as a new radiation - resistant materials use high-entropy alloys. Obtained high-entropy quinary alloy of iron with nickel, manganese, chromium and cobalt, and its mechanical properties are investigated. It was found that the resistance to radiation swelling developed ODS steel 0H18N10T doped oxides optimal composition in the temperature maximum swelling is 2 times higher than that of the base steel 0H18N10T. This demonstrates the prospective use of the design technology to create new radiation - resistant materials.
Product Description
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Єфімов О.
Азарєнков М.
Андрієвська Н.
Бовда О.
Василенко Р.
Великодний О.
Воєводін В.
Кісляк І.
Кальченко О.
Литовченко С.
Назаренко Є.
Онищенко Л.
Руденко В.
Рудичева Т.
Старостенко С.
Стоєв П.
Сторожилов Є.
Тихоновський М.
Чишкала В.
Шевцов А.
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2020-04-02
