Surface microhardness of stainless steel which are modified by ionic implantation
The importance of the problem of applied systems synthesis with active components was established. Based on the analysis of literary sources, the optimal processing technology of the stainless steel carrier was chosen. The objective of this paper was formulated, and the task of investigating the mec...
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| Дата: | 2014 |
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| Автор: | |
| Формат: | Стаття |
| Мова: | Russian |
| Опубліковано: |
Journal of Mechanical Engineering
2014
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| Онлайн доступ: | https://journals.uran.ua/jme/article/view/21322 |
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| Назва журналу: | Journal of Mechanical Engineering |
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journalsuranuajme-article-213222024-06-01T14:40:56Z Surface microhardness of stainless steel which are modified by ionic implantation Микротвердость поверхности нержавеющей стали, модифицированной ионной имплантацией Мікротвердість поверхні нержавіючої сталі, модифікованої іонною імплантацією Гончаров, Виталий Викторович ion implantation catalyst microhardness ductility УДК 621.384.649/620.178.143.34 ионная имплантация катализатор микротвердость пластичность УДК 621.384.649/620.178.143.34 іонна імплантація каталізатор мікротвердість пластичність УДК 621.384.649/620.178.143.34 The importance of the problem of applied systems synthesis with active components was established. Based on the analysis of literary sources, the optimal processing technology of the stainless steel carrier was chosen. The objective of this paper was formulated, and the task of investigating the mechanical properties of steel-based systems was set. The techniques of obtaining and studying samples were considered. The samples were synthesized by implanting ions of nitrogen, chromium, aluminum, titanium, molybdenum on the stainless steel. The study of microhardness and ductility of the obtained samples was conducted by the scratching method. It was shown that ion implantation as the processing technology significantly improves mechanical characteristics of the initial carrier − stainless foil. Microhardness of samples is increased (except the implant with chromium), and ductility is slightly reduced. The prospects of applying the obtained composites as working elements of catalysts, heating and electrical equipment, etc., were shown. Исследованы микротвердость и пластичность образцов на основе нержавеющей стали, обработанных с помощью имплантации ионов азота, хрома, алюминия, титана и молибдена. Показана перспективность применения полученных имплантатов в условиях механического нагружения. Досліджено мікротвердість і пластичність зразків на основі нержавіючої сталі, оброблених за допомогою імплантації іонів азоту, хрому, алюмінію, титану і молібдену. Показано перспективність застосування отриманих імплантатів в умовах механічного навантаження. Journal of Mechanical Engineering Проблемы машиностроения Проблеми машинобудування 2014-02-07 Article Article application/pdf https://journals.uran.ua/jme/article/view/21322 Journal of Mechanical Engineering; Vol. 16 No. 6 (2013); 47-51 Проблемы машиностроения; Том 16 № 6 (2013); 47-51 Проблеми машинобудування; Том 16 № 6 (2013); 47-51 2709-2992 2709-2984 ru https://journals.uran.ua/jme/article/view/21322/36483 Copyright (c) 2015 Виталий Викторович Гончаров https://creativecommons.org/licenses/by-nd/4.0 |
| institution |
Journal of Mechanical Engineering |
| collection |
OJS |
| language |
Russian |
| topic |
ion implantation catalyst microhardness ductility УДК 621.384.649/620.178.143.34 ионная имплантация катализатор микротвердость пластичность УДК 621.384.649/620.178.143.34 іонна імплантація каталізатор мікротвердість пластичність УДК 621.384.649/620.178.143.34 |
| spellingShingle |
ion implantation catalyst microhardness ductility УДК 621.384.649/620.178.143.34 ионная имплантация катализатор микротвердость пластичность УДК 621.384.649/620.178.143.34 іонна імплантація каталізатор мікротвердість пластичність УДК 621.384.649/620.178.143.34 Гончаров, Виталий Викторович Surface microhardness of stainless steel which are modified by ionic implantation |
| topic_facet |
ion implantation catalyst microhardness ductility УДК 621.384.649/620.178.143.34 ионная имплантация катализатор микротвердость пластичность УДК 621.384.649/620.178.143.34 іонна імплантація каталізатор мікротвердість пластичність УДК 621.384.649/620.178.143.34 |
| format |
Article |
| author |
Гончаров, Виталий Викторович |
| author_facet |
Гончаров, Виталий Викторович |
| author_sort |
Гончаров, Виталий Викторович |
| title |
Surface microhardness of stainless steel which are modified by ionic implantation |
| title_short |
Surface microhardness of stainless steel which are modified by ionic implantation |
| title_full |
Surface microhardness of stainless steel which are modified by ionic implantation |
| title_fullStr |
Surface microhardness of stainless steel which are modified by ionic implantation |
| title_full_unstemmed |
Surface microhardness of stainless steel which are modified by ionic implantation |
| title_sort |
surface microhardness of stainless steel which are modified by ionic implantation |
| title_alt |
Микротвердость поверхности нержавеющей стали, модифицированной ионной имплантацией Мікротвердість поверхні нержавіючої сталі, модифікованої іонною імплантацією |
| description |
The importance of the problem of applied systems synthesis with active components was established. Based on the analysis of literary sources, the optimal processing technology of the stainless steel carrier was chosen. The objective of this paper was formulated, and the task of investigating the mechanical properties of steel-based systems was set. The techniques of obtaining and studying samples were considered. The samples were synthesized by implanting ions of nitrogen, chromium, aluminum, titanium, molybdenum on the stainless steel. The study of microhardness and ductility of the obtained samples was conducted by the scratching method. It was shown that ion implantation as the processing technology significantly improves mechanical characteristics of the initial carrier − stainless foil. Microhardness of samples is increased (except the implant with chromium), and ductility is slightly reduced. The prospects of applying the obtained composites as working elements of catalysts, heating and electrical equipment, etc., were shown. |
| publisher |
Journal of Mechanical Engineering |
| publishDate |
2014 |
| url |
https://journals.uran.ua/jme/article/view/21322 |
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2024-06-01T14:42:26Z |
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2024-06-01T14:42:26Z |
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