An ecofriendly route to synthesize C-Mo₂C and C/N-Mo₂C utilizing waste polyethene for efficient hydrogen evolution reaction (HER) activity and high performance capacitors

Keyphrases

• High Performance 100%
• Activity Performance 100%
• Eco-friendly 100%
• Mo2C 100%
• Hydrogen Evolution Reaction Activity 100%
• Capacitors 100%
• Polyethene 100%
• Current Density 16%
• Carbon C 16%
• Molybdenum Carbide 16%
• Environmentally Friendly 16%
• In Situ 8%
• Tafel Slope 8%
• Electrolyte 8%
• Density Value 8%
• Autoclave 8%
• Carbon Source 8%
• Environmental Issues 8%
• Cyclic Voltammetry 8%
• Nitrogen Incorporated 8%
• Hydrogen Evolution Reaction 8%
• Fuel Cell 8%
• High Power Density 8%
• Chronoamperometry 8%
• Double-layer Capacitance 8%
• Capacitance Value 8%
• Developable Surface 8%
• Surface Carbon 8%
• High Capacitance 8%
• Nitrogen Incorporation 8%
• Polythene 8%
• Carbon Matrix 8%
• Lithium-ion Battery Cell 8%

Material Science

• Density 100%
• Hydrogen Evolution 100%
• Capacitor 100%
• Capacitance 66%
• Carbide 66%
• Molybdenum 66%
• Cyclic Voltammetry 33%
• Carbon Surface 33%
• Lithium Ion Battery 33%