Thermal nitridation of reduced graphene oxide sheets yields highly conductive (similar to 1000-3000 S m(-1)) N-doped graphene sheets, as a result of the restoration of the graphene network by the formation of C-N bonded groups and N-doping. Even without carbon additives, supercapacitors made of the N-doped graphene electrodes can deliver remarkable energy and power when operated at higher voltages, in the range of 0-4 V
A new facile approach is proposed to synthesize nitrogen-doped graphene sheets with the nitrogen-dop...
The introduction of nitrogen (N) into graphene is of great focus as it escalates overall device perf...
AbstractThe influence of variant graphenes on electrochemical performance for supercapacitors was st...
A novel method for nitrogen doping of graphene via solid-state impregnation was developed using grap...
To improve the electrochemical performance of graphene materials, nitrogen-doped graphene sheets (NG...
In this paper, a general and efficient strategy has been developed to produce nitrogen-doped graphen...
The introduction of nitrogen (N) into graphene is of great focus as it escalates overall device perf...
A simple method has been developed to prepare nitrogen-doped porous graphene-activated carbon (AC) c...
Graphitic carbon nitride (g-C3N4) contains a high C/N ratio of 3/4; however, utilizing nitrogen atom...
Graphitic carbon nitride (g-C3N4) contains a high C/N ratio of 3/4; however, utilizing nitrogen atom...
Doping with heteroatoms has become an approach for improving the electrochemical performance of few-...
Graphitic carbon nitride (g-C3N4) contains a high C/N ratio of 3/4; however, utilizing nitrogen atom...
Graphene materials possess attractive properties that can be used for the fabrication of supercapaci...
Pyridinic-rich nitrogen-doped graphene nanoplatelets (PRGOs) were synthesized using an acid-catalyze...
Super-capacitor is considered as a promising high-power source for digital communications and electr...
A new facile approach is proposed to synthesize nitrogen-doped graphene sheets with the nitrogen-dop...
The introduction of nitrogen (N) into graphene is of great focus as it escalates overall device perf...
AbstractThe influence of variant graphenes on electrochemical performance for supercapacitors was st...
A novel method for nitrogen doping of graphene via solid-state impregnation was developed using grap...
To improve the electrochemical performance of graphene materials, nitrogen-doped graphene sheets (NG...
In this paper, a general and efficient strategy has been developed to produce nitrogen-doped graphen...
The introduction of nitrogen (N) into graphene is of great focus as it escalates overall device perf...
A simple method has been developed to prepare nitrogen-doped porous graphene-activated carbon (AC) c...
Graphitic carbon nitride (g-C3N4) contains a high C/N ratio of 3/4; however, utilizing nitrogen atom...
Graphitic carbon nitride (g-C3N4) contains a high C/N ratio of 3/4; however, utilizing nitrogen atom...
Doping with heteroatoms has become an approach for improving the electrochemical performance of few-...
Graphitic carbon nitride (g-C3N4) contains a high C/N ratio of 3/4; however, utilizing nitrogen atom...
Graphene materials possess attractive properties that can be used for the fabrication of supercapaci...
Pyridinic-rich nitrogen-doped graphene nanoplatelets (PRGOs) were synthesized using an acid-catalyze...
Super-capacitor is considered as a promising high-power source for digital communications and electr...
A new facile approach is proposed to synthesize nitrogen-doped graphene sheets with the nitrogen-dop...
The introduction of nitrogen (N) into graphene is of great focus as it escalates overall device perf...
AbstractThe influence of variant graphenes on electrochemical performance for supercapacitors was st...