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По вашему запросу найдено документов: 307016

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Thickness effects on the martensite transformations and mechanical properties of nanocrystalline NiTi wires

Baigonakova, Gulsharat A., Marchenko, Ekaterina S., Kovaleva, Marina A., Chudinova, Ekaterina A., Volinsky, Alex A., Zhang, Yi

were composites and consisted of a TiNi matrix and a TiO2 + TiNi3 surface layer. Structural methods

Structure, biocompatibility and corrosion resistance of the ceramic-metal surface of porous nitinol

Marchenko, Ekaterina S., Baigonakova, Gulsharat A., Yasenchuk, Yuriy F., Chekalkin, Timofey L., Volinsky, Alex A.

resistance in living organisms. This study discusses the structure of the ceramic-metal surface layer of a

Surface structure and properties of hydroxyapatite coatings on NiTi substrates

Marchenko, Ekaterina S., Dubovikov, Kirill M., Baigonakova, Gulsharat A., Gordienko, Ivan I., Volinsky, Alex A.

the deposition time to 3 h made it possible to form a dense hydroxyapatite layer without visible defects

Plasticity of porous NiTi alloys obtained by self-propagating high-temperature synthesis in closed and open gas flow reactors

Marchenko, Ekaterina S., Yasenchuk, Yuriy F., Mamazakirov, Oibek R., Klopotov, Anatoly A., Baigonakova, Gulsharat A., Volinsky, Alex A., Gunter, Sergey V.

-bylayer combustion in closed and open gas flow reactors under a protective argon atmosphere. The maximum compressive

Improved mechanical properties of porous nitinol by aluminum alloying

Monogenov, Alexander N., Marchenko, Ekaterina S., Baigonakova, Gulsharat A., Yasenchuk, Yuriy F., Garin, Alexander S., Volinsky, Alex A.

their number, resulting in a larger effective cross-sectional area. An increase in the aluminum content above 1

Microstructure and properties evolution of rolled powder metallurgy Cu-30Fe alloy

Zhang, Chenzeng, Chen, Cunguang, Li, Pei, Yan, Mengjie, Qin, Qian, Yang, Fang, Wang, Wenwen, Guo, Zhimeng, Volinsky, Alex A.

elongated, tadpole-shaped, and spindle-shaped as a result of rolling. At the same time, the Cu grains were

Enhanced mechanical properties and high electrical conductivity of copper alloy via dual-nanoprecipitation

Zhou, Meng, Geng, Yongfeng, Zhang, Yi, Ban, Yijie, Li, Xu, Jia, Yanlin, Liang, Shengli, Tian, Baohong, Liu, Yong, Volinsky, Alex A.

to their high electrical conductivity and excellent mechanical properties. At present work, a medium electrical

Abnormally high work hardening ability and excellent comprehensive properties of copper alloys due to multiple twins and precipitates

Ban, Yijie, Zhou, Meng, Zhang, Yi, Jia, Yanlin, Pang, Yong, Li, Yunzhang, Tang, Shunlong, Li, Xu, Volinsky, Alex A., Marchenko, Ekaterina S.

). This strategy paves a new avenue for developing precipitation-strengthened alloys with excellent comprehensive

Electrolyte exposure time effects on structure, composition and biocompatibility of microarc oxidation coatings on Mg-Ca-Zn alloys

Marchenko, Ekaterina S., Shishelova, Arina A., Butyagin, Pavel I., Gordienko, Ivan I., Khrustalev, Anton P., Arbuzova, Svetlana S., Zhukov, Ilya A., Baigonakova, Gulsharat A., Volinsky, Alex A.

. As a result of micro-arc oxidation, a dense coating with a gradient structure is formed on the surface

Improved microstructure, mechanical properties and electrical conductivity of the Cu–Ni–Sn–Ti–Cr alloy due to Ce micro-addition

Tang, Shunlong, Zhou, Meng, Zhang, Yi, Xu, Deye, Zhang, Zhiyang, Zheng, Xianhua, Li, De, Li, Xu, Tian, Baohong, Jia, Yanlin, Liu, Yong, Volinsky, Alex A., Marchenko, Ekaterina S.

solution treatment and 60% cold rolling, the Cu–Ni–Sn–Ti–Cr alloy with micro-hardness of 221 HV, a tensile

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