Among them, the chemical technique is a facile and controllable approach for preparing oxide films.
However, a controllable approach for constructing porous GO sheets requires further development.
A simple, green and controllable approach was employed for electrochemical synthesize of the graphene/nano-Au composites.
The NPG-MnO2 with enhanced catalytic activity, electrical conductivity and solubility was synthesized by an efficient, green and controllable approach.
Herein, a simple as well as a controllable approach is proposed for synthesis of SiC- based nanostructures under low temperature.
A facile and controllable approach was employed to fabricate a superwetting tilted silicon nanowires (TSNWs) surface through metal-assisted chemical etching and modification with low-surface-energy material.
In this work, we present a green and controllable approach for the in-situ reduction of GO in a dye-sensitized solar cell [DSSC] assembly.
The fabrication process of PG/NF electrodes was accomplished by electrochemical route without involvement of high temperature, toxic reactants and additional transfer process, representing a quick, green, low-cost, and easily controllable approach to fabricating graphene-based supercapacitor electrodes.
However, from the point of view for application, an easy, green, and controllable approach which could define the relationship between the edge length of the silver nanotriangles with the reaction conditions is scarce and needed to be developed.
Transparent hydrophobic coatings were prepared with graphene fluoride (GF), which was fabricated by a mild and controllable approach of liquid-phase ultrasonic exfoliation of graphite fluoride (GiF) with a selected solvent of ethanol.
