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The demand on NiTi thin film equipment is gradually increasing in a wide range in all the fieldssuch as biomedical, automotive, and aeronautic. NiTi SMA has now moved from the bulk form to the microscale and nano-scales.NiTi thin films embedded with its two peculiar characters that are shape memory property andpseudoelasticitywhich can give raise a huge power-to-weightratio in MEMS, results theamazing methods for activation. The present investigation focuses on study of the effectof annealing on sputtered deposited NiTi single bi-layered thin film. NiTi thin film has been fabricated using…mehr

Produktbeschreibung
The demand on NiTi thin film equipment is gradually increasing in a wide range in all the fieldssuch as biomedical, automotive, and aeronautic. NiTi SMA has now moved from the bulk form to the microscale and nano-scales.NiTi thin films embedded with its two peculiar characters that are shape memory property andpseudoelasticitywhich can give raise a huge power-to-weightratio in MEMS, results theamazing methods for activation. The present investigation focuses on study of the effectof annealing on sputtered deposited NiTi single bi-layered thin film. NiTi thin film has been fabricated using ac/dc magnetron sputtering machine followed by the sputter chamber heat treatment. As-deposited as well as the annealed NiTi thin film has been analysed by FESEM, GIXRD, DSC, Profilometry, Vickershardness tester, Corrosiontest. Thediffusional changes at the substrate/thin film interface,crystalline behaviourhas been clearly understood by the help of FESEM micrograph. With FESEM, EDX was also done to inspect the elements present on the surface and interface of NiTi thin film.
Autorenporträt
Dr. Ajit Behera born on 1987 in Odisha. He has completed his PhD from IIT-Kharagpur in 2016. Currently working as Asst. Professor at National Institute of Technology, Rourkela (Metallurgical & Materials Dept). He got National "Yuva Rattan Award" in 2020 for his huge contribution towards society below the age of 32.