Molybdenum nitride was developed through thermal nitridation of electrodeposited molybdenum oxide and was evaluated as electrode materials for electrochemical capacitors. Nitrided molybdenum electrode showed significantly enhanced capacitance and improved chemical stability comparing to the as-deposited molybdenum oxide electrode. The added capacitance was attributed from the reversible pseudocapacitance of molybdenum nitride. The study demonstrated an economical alternative process to produce molybdenum nitride electrodes with area specific capacitance comparable to those deposited by CVD
The unique category of transition metal nitrides has an immense scope as an electron-driven catalyst...
Early-transition-metal nitrides and carbides have been shown to be promising candidates for use in e...
Supercapacitors are electrochemical charge storage devices capable of delivering large bursts of cha...
Electrochemical capacitors (ECs) have drawn much attention owing to their fast charging/discharging ...
Many transition metal compounds are found to possess promising pseudocapacitive properties. Research...
First-generation molybdenum-nitride-graphite electrodes were fabricated and studied as a low-cost al...
There is a pressing need to develop more environmentally friendly ways to generate and store electri...
The application of nanostructured materials with ordered morphologies and properties to electrochemi...
Double layer capacitors owe their large capacitance to high specific surface area carbon-based elect...
In recent years, there has been increased pressure to discover and develop novel materials for use i...
Metal nitrides have gained interest due to their high melting point, mechanical resistance, thermal ...
International audienceHere we report on the synthesis of binary transition metal nitride electrodes ...
Ruthenium oxide (RuO,), formed as a thin film on a Ru or Ti metal substrate, exhibits a large specif...
The effects of surface oxidation on the capacitance of titanium nitride electrode surfaces, produced...
Supercapacitors suffer either from low capacitance for carbon or derivate electrodes or from poor el...
The unique category of transition metal nitrides has an immense scope as an electron-driven catalyst...
Early-transition-metal nitrides and carbides have been shown to be promising candidates for use in e...
Supercapacitors are electrochemical charge storage devices capable of delivering large bursts of cha...
Electrochemical capacitors (ECs) have drawn much attention owing to their fast charging/discharging ...
Many transition metal compounds are found to possess promising pseudocapacitive properties. Research...
First-generation molybdenum-nitride-graphite electrodes were fabricated and studied as a low-cost al...
There is a pressing need to develop more environmentally friendly ways to generate and store electri...
The application of nanostructured materials with ordered morphologies and properties to electrochemi...
Double layer capacitors owe their large capacitance to high specific surface area carbon-based elect...
In recent years, there has been increased pressure to discover and develop novel materials for use i...
Metal nitrides have gained interest due to their high melting point, mechanical resistance, thermal ...
International audienceHere we report on the synthesis of binary transition metal nitride electrodes ...
Ruthenium oxide (RuO,), formed as a thin film on a Ru or Ti metal substrate, exhibits a large specif...
The effects of surface oxidation on the capacitance of titanium nitride electrode surfaces, produced...
Supercapacitors suffer either from low capacitance for carbon or derivate electrodes or from poor el...
The unique category of transition metal nitrides has an immense scope as an electron-driven catalyst...
Early-transition-metal nitrides and carbides have been shown to be promising candidates for use in e...
Supercapacitors are electrochemical charge storage devices capable of delivering large bursts of cha...