Engineering & Materials Science
Hip prostheses
100%
Titanium nitride
97%
Ion implantation
61%
Ultrahigh molecular weight polyethylenes
60%
Polymers
50%
Metals
43%
Plasmas
42%
Wear of materials
41%
Microhardness
22%
Auger electron spectroscopy
17%
Cytotoxicity
16%
Diffractometers
15%
X ray photoelectron spectroscopy
13%
Prosthetics
12%
Debris
12%
Energy dispersive spectroscopy
11%
Ions
10%
X rays
10%
Stainless steel
9%
Coatings
8%
Chemical analysis
7%
Mechanical properties
7%
Physics & Astronomy
titanium nitrides
82%
submerging
46%
molecular weight
43%
ion implantation
41%
polyethylenes
40%
polymers
39%
metals
34%
test equipment
24%
microhardness
21%
debris
12%
diffractometers
12%
Auger spectroscopy
11%
electron spectroscopy
11%
x rays
10%
stainless steels
10%
photoelectron spectroscopy
9%
electron energy
8%
coatings
7%
mechanical properties
7%
spectroscopy
5%
ions
5%
Chemical Compounds
Hip
95%
Ultra High Molecular Weight Polyethylene
59%
Ion Implantation
55%
Wear
42%
Liquid Film
33%
Plasma
28%
Deposition Process
24%
Microhardness
24%
Nitride
22%
Wear Rate
14%
Auger Electron Spectroscopy
12%
Deposition Technique
12%
Energy-Dispersive Spectroscopy
12%
X-Ray Photoelectron Spectroscopy
7%
Alloy
7%