Engineering & Materials Science
Metal-Organic Frameworks
100%
Oxygen reduction reaction
98%
Graphene
72%
Thermodynamic stability
63%
Nitrogen
57%
Catalysts
52%
Durability
50%
Electrocatalysts
21%
Metal-air batteries
12%
Reaction intermediates
12%
Precious metals
9%
Ball milling
8%
Catalyst activity
8%
Thermogravimetric analysis
7%
Electrolytes
6%
Fuel cells
6%
Oxygen
5%
Corrosion
5%
Decomposition
4%
Degradation
4%
Metals
4%
Temperature
2%
Physics & Astronomy
durability
66%
catalysts
57%
thermal stability
53%
graphene
50%
nitrogen
45%
cycles
41%
oxygen
37%
metals
31%
electrocatalysts
20%
metal air batteries
13%
reaction intermediates
10%
catalytic activity
8%
fuel cells
7%
grinding
7%
noble metals
7%
attack
7%
balls
6%
corrosion
6%
performance
6%
electrolytes
5%
decomposition
5%
degradation
5%
curves
3%
interactions
2%
temperature
2%
Earth & Environmental Sciences
durability
60%
catalyst
55%
oxygen
40%
nitrogen
36%
metal
36%
fuel cell
7%
grinding
7%
battery
6%
particle
6%
electrolyte
6%
corrosion
5%
surface area
5%
decomposition
4%
degradation
4%
speed
4%
air
3%
loss
3%
chemical
3%
temperature
2%
analysis
1%
method
1%
Chemical Compounds
Metal Organic Framework
53%
Graphene
43%
Thermal Stability
40%
Dioxygen
30%
Reduction
28%
Catalyst
25%
Environment
8%
Reaction Intermediate
8%
Ball Milling
7%
Decomposition Temperature
7%
Noble Metal
7%
Corrosion
5%
Thermogravimetric Analysis
5%
Surface Area
4%
Nitrogen
4%
Time
2%