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Surface engineering of austenitic stainless steel
Thomas Bell
Metallurgy and Materials
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Physics & Astronomy
alloying
56%
austenitic stainless steels
100%
cold plasmas
23%
corrosion
58%
corrosion resistance
21%
engineering
63%
food
23%
hardness
16%
ion beams
16%
nitriding
25%
research and development
48%
salt baths
33%
sectors
18%
stainless steels
19%
surface temperature
21%
wear resistance
23%
Engineering & Materials Science
Alloying
59%
Austenitic stainless steel
81%
Corrosion
38%
Corrosion resistance
15%
Fatigue of materials
23%
Hardness
13%
Ion beams
24%
Nitriding
21%
Plasmas
31%
Salts
15%
Stainless steel
14%
Temperature
27%
Wear of materials
37%
Wear resistance
15%
Chemistry
Alloying
66%
Application
6%
Corrosion
46%
Corrosion Resistance
19%
Food
15%
Ion Beam
23%
Plasma
26%
Resistance
13%
Surface
27%
Surface Temperature
56%
Wear
80%