Engineering & Materials Science
Electric properties
100%
Carbon nanotubes
99%
Gels
98%
Electrolytes
91%
Mechanical properties
60%
Graphene oxide
40%
Ionic conductivity
16%
Polyvinyl alcohols
15%
Carboxylation
11%
Ions
10%
Microwave irradiation
8%
Multiwalled carbon nanotubes (MWCN)
8%
Oxidation-Reduction
7%
Strength of materials
5%
Oxygen
4%
Tensile strength
4%
Composite materials
3%
Physics & Astronomy
electric batteries
96%
carbon nanotubes
81%
electrolytes
77%
gels
73%
electrical properties
68%
mechanical properties
62%
graphene
22%
oxides
17%
polyvinyl alcohol
13%
ion currents
11%
carboxylation
10%
casing
7%
tensile strength
5%
ions
5%
modules
4%
microwaves
3%
irradiation
3%
composite materials
3%
augmentation
3%
oxygen
3%
performance
2%
Chemical Compounds
Electrical Property
78%
Carbon Nanotube
68%
Gel
58%
Application
29%
Graphene Oxide
21%
Ionic Conductivity
10%
Carboxylation
6%
Alcohol
6%
Microwave Irradiation
5%
Tensile Strength
4%
Multi Walled Nanotube
4%
Ion
4%
Strength
3%
Diffusion
3%
Weight
2%
Purity
2%
Composite Material
2%
Dioxygen
2%