In another report, the improved capacitive performance is more pronounced in N-doped RGO in alkaline medium which could be attributed to the electrochemical interaction between pyrrolic N and hydroxide ions. Additionally, both graphitic and pyridinic N have got the large dipole moment of 2. . This results in the improvement in the wettability of the electrode and hence the improved capacitance. Due to the existence of graphitic N, the conductivity of the N-doped graphene electrode is increased which is more helpful for the electron transfer process during the galvanostatic chargedischarge. Besides, the electronic conductivity of the N-doped graphene is enhanced via the contribution of pair of electrons to the pi electron framework by pyridinic N-oxide and positively charged quaternary nitrogen that end up with better electron transfer across electrode-electrolyte interface . The plausible electrochemical mechanism of N-doped graphene in alkaline medium is represented as shown below: