Fabrication of nickel oxide-embedded titania nanotube array for redox capacitance application

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

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Material Science

100
Nanotube Material Science
100
Nickel Material Science
100
Oxide Compound Material Science
100
Capacitance Material Science
100
Titanium Dioxide Material Science
44
Titanium Material Science
22
Electrode Material Science
22
X-Ray Diffraction Material Science
22
Titanium Oxide Material Science
22
Nanocomposite Material Science
11
Electrolyte Material Science
11
Morphology Material Science
11
Scanning Electron M... Material Science
11
Metal Material Science
11
Oxidation Reaction Material Science
11
Anodizing Material Science
11
Cathode Material Science
11
Platinum Material Science
11
Electrochemical Pro... Material Science
11
Hydrothermal Synthe... Material Science
11
Cyclic Voltammetry Material Science
11
Electrodeposition Material Science

Keyphrases

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Nickel Oxide Keyphrases
100
Titania Nanotube Ar... Keyphrases
100
Redox Capacitance Keyphrases
50
Titania Nanotubes Keyphrases
16
Well-defined Keyphrases
16
X Ray Diffraction Keyphrases
16
Electrochemical Pro... Keyphrases
16
Capacitance Keyphrases
16
Electrolyte Keyphrases
16
Inner Wall Keyphrases
16
Morphological Prope... Keyphrases
16
Microstructure Prop... Keyphrases
16
Phosphoric Acid Keyphrases
16
Oxidation Mechanism Keyphrases
16
Electroactive Keyphrases
16
Uniform Dispersion Keyphrases
16
High Mass Loading Keyphrases
16
Hydrofluoric Acid Keyphrases
16
Tube Length Keyphrases
16
Tube Diameter Keyphrases
16
Field Emission Scan... Keyphrases
16
Electrodeposition Keyphrases
16
Hydrothermal Synthe... Keyphrases
16
Electrochemical Syn... Keyphrases
16
Titanium Metal Keyphrases
16
Titanium Composite Keyphrases
16
Titanium Atom Keyphrases
16
Nanotube Arrays Keyphrases
16
Open Pore Keyphrases
16
Discharge Stability Keyphrases
16
Array Electrode Keyphrases
16
Cyclic Voltammetry ... Keyphrases
16
Titanium Electrode Keyphrases
16
Hydrothermal Proces... Keyphrases
16
Charge-discharge Keyphrases
16
Titanium Substrate Keyphrases
16
Potentiostatic Anod... Keyphrases
16
Pore Mouth Keyphrases
16
Nickel Hydroxide Keyphrases
16
Strongly Reversible Keyphrases
16
Reaction Interface Keyphrases
16
Energy Dispersive X... Keyphrases
16
Atom Ratio Keyphrases
16
Glycol Keyphrases
16
Heating Treatment Keyphrases
16
Porous Graphite Car... Keyphrases
16
Functionalized Nano... Keyphrases

INIS

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applications INIS
100
fabrication INIS
100
capacitance INIS
100
nickel oxides INIS
100
nanotubes INIS
100
titanium INIS
16
electrochemistry INIS
16
x-ray diffraction INIS
16
length INIS
16
electrodes INIS
16
nickel INIS
16
tubes INIS
16
nanocomposites INIS
8
metals INIS
8
microstructure INIS
8
electrolytes INIS
8
heating INIS
8
substrates INIS
8
atoms INIS
8
energy INIS
8
oxidation INIS
8
charges INIS
8
interfaces INIS
8
layers INIS
8
stability INIS
8
carbon INIS
8
sheets INIS
8
loading INIS
8
scanning electron m... INIS
8
morphology INIS
8
platinum INIS
8
walls INIS
8
porous materials INIS
8
anodization INIS
8
graphite INIS
8
glycols INIS
8
dispersions INIS
8
cathodes INIS
8
voltametry INIS
8
field emission INIS
8
phosphoric acid INIS
8
mouth INIS
8
hydrothermal synthe... INIS
8
hydrofluoric acid INIS
8
electrodeposition INIS
8
nickel hydroxides INIS
Research OutputsResearch Output authored by Fabrication of nickel oxide-embedded titania nanotube array for redox capacitance application is tagged with the concept