High-performance pseudocapacitive electrode with vertically oriented graphene nanosheet
(GN) templating Ni–Co hydroxide (NCH) is fabricated through a facial electrodeposition way …

A hierarchical structure consisting of Ni–Co hydroxide nanosheets (NCHN) electrodeposited
on vertically-oriented graphene nanosheets (GN) on carbon cloth (CC) was fabricated for …

An advanced electrochemical pseudocapacitor material based on reduced graphene oxide
and nickel hydroxide (rGO&Ni (OH) 2) was prepared by an easy process where ammonia …

In this paper, three dimensional reduced graphene oxide skeleton onto nickel foam (3D
RGO NF) was fabricated by a facile dip-coating method combined with alkaline reduction …

Carbon materials have attracted great attention for their diversified applications in
supercapacitors, and different structures of carbon have been reported to exhibit dissimilar …

A simple and cost-effective chemical bath deposition process is used to grow Ni (OH) 2 on
carboxyl graphene (CG) nanosheets. The Ni (OH) 2–CG exhibits excellent electrochemical …

High specific capacitance, large surface area, good flexibility and super durability are
recognized as advantageous characteristics to acquire ideal supercapacitor, but it is a great …

NiO nanoflakes are created with a simple hydrothermal method on 3D (three‐dimensional)
graphene scaffolds grown on Ni foams by microwave plasma enhanced chemical vapor …

Nickel hydroxide as a potential electrode material was widely used in supercapacitor, but its
electrochemical performance is limited due to its low conductivity, insufficient structure and …

Among the various active materials, nickel hydroxide is one of the most promising
pseudocapacitive materials; however, its electrochemical performance is restricted because …