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Research of structure and properties of the white layers formed at friction of materials with shape memory
Published 2019-05-01“…Materials and equipment: Two alloys Ti[50]Ni[47,5]Fe[2,5] - ТН-1К and Ti[49,4]Ni[50,6] were studied experimentally on the machine SMT-1, tribometer-sclerometry TC-1 and nanohardness gage "CSEM instruments". …”
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Research of fatigue wear of shape memory materials
Published 2019-05-01“…Methods and materials: The authors have studied TiNi alloys of three compositions: Ti[50]Ni[47,5]Fe[2,5] (ТН-1К), Ti[49,4]Ni[50,6], Ti[49,9]Ni[50,1]. on the friction machine SMT-1. The study was carried out on the surface layers on a microscope of the "GSEM instruments" nanohardness gage and on the 3D profilograph-profilometer "Still". …”
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Research of fatigue wear of shape memory materials
Published 2019-05-01“…Methods and materials: The authors have studied TiNi alloys of three compositions: Ti[50]Ni[47,5]Fe[2,5] (ТН-1К), Ti[49,4]Ni[50,6], Ti[49,9]Ni[50,1]. on the friction machine SMT-1. The study was carried out on the surface layers on a microscope of the "GSEM instruments" nanohardness gage and on the 3D profilograph-profilometer "Still". …”
Get full text
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4
Research of structure and properties of the white layers formed at friction of materials with shape memory
Published 2019-05-01“…Materials and equipment: Two alloys Ti[50]Ni[47,5]Fe[2,5] - ТН-1К and Ti[49,4]Ni[50,6] were studied experimentally on the machine SMT-1, tribometer-sclerometry TC-1 and nanohardness gage "CSEM instruments". …”
Get full text
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