Nano-scale surface morphology, wettability and osteoblast adhesion on nitrogen plasma-implanted NiTi shape memory alloy

Research output: Journal Publications and Reviews (RGC: 21, 22, 62) › 21_Publication in refereed journal › peer-review

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Engineering & Materials Science

49
Osteoblasts Engineering & Materials S...
39
Surface morphology Engineering & Materials S...
39
Nitrogen plasma Engineering & Materials S...
39
Wetting Engineering & Materials S...
35
Adhesion Engineering & Materials S...
29
Shape memory effect Engineering & Materials S...
27
Free energy Engineering & Materials S...
16
Orthopedics Engineering & Materials S...
15
Angle measurement Engineering & Materials S...
14
Biocompatibility Engineering & Materials S...
14
Cell culture Engineering & Materials S...
14
Surface structure Engineering & Materials S...
14
Ion implantation Engineering & Materials S...
13
Contact angle Engineering & Materials S...
13
Corrosion resistanc... Engineering & Materials S...
12
Cones Engineering & Materials S...
12
Atomic force micros... Engineering & Materials S...
11
X ray photoelectron... Engineering & Materials S...
11
Surface roughness Engineering & Materials S...
11
Nickel Engineering & Materials S...
10
Nitrogen Engineering & Materials S...
9
Plasmas Engineering & Materials S...

Medicine & Life Sciences

Concepts & Ideas

100
Wettability Medicine & Life Sciences

Anatomy

74
Osteoblasts Medicine & Life Sciences

Chemicals & Drugs

59
Nitrogen Medicine & Life Sciences
37
Nickel Medicine & Life Sciences
26
Ions Medicine & Life Sciences

Occupations

47
Photoelectron Spect... Medicine & Life Sciences
33
Orthopedics Medicine & Life Sciences

Phenomena

44
Corrosion Medicine & Life Sciences

Procedures

42
Atomic Force Micros... Medicine & Life Sciences
28
Cell Culture Techni... Medicine & Life Sciences

Disorders

39
Immersion Medicine & Life Sciences

Geographic Areas

36
Islands Medicine & Life Sciences
Research OutputsResearch Output authored by Nano-scale surface morphology, wettability and osteoblast adhesion on nitrogen plasma-implanted NiTi shape memory alloy is tagged with the concept