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Nanodiamond converted hollow graphene spheres as electrodes for supercapacitors
J.L. Li, S. Su, J. Li, H. Ye
Aston Institute of Photonic Technologies (AiPT)
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Engineering & Materials Science
Acoustic impedance
21%
Amorphous carbon
45%
Annealing
29%
Capacitance
25%
Composite materials
17%
Electrodes
45%
Graphene
69%
Nanodiamonds
100%
Nitrogen
54%
Polyacrylonitriles
87%
Specific surface area
37%
Supercapacitor
68%
Chemistry
Amorphous Material
20%
Annealing
23%
Behavior as Electrode
29%
Carbon Atom
13%
Composite Material
14%
Electrical Resistance
34%
Graphene
41%
Mixture
12%
Nanodiamond
73%
Nitrogen Group
85%
Porosity
17%
Specific Surface Area
22%
Sphere
49%
Physics & Astronomy
annealing
17%
capacitance
23%
carbon
19%
composite materials
17%
electrical resistance
31%
electrochemical capacitors
78%
electrode materials
34%
electrodes
36%
graphene
47%
nitrogen
43%
polyacrylonitrile
78%