Additional file 1: Microwave hydrothermal synthesis of terbium ions complexed with porous graphene for effective absorbent for organic dye.
All of these results showed that ammonia molecules NH3 are not good candidates for effective molecular doping of graphene.
For effective delamination and transfer of graphene, adhesion at the interface of the graphene/metal growth substrate or graphene/target substrate should be engineered by appropriate weakening or strengthening methods for those interfaces.
Using the differential 3ω method, we have characterized the interfacial thermal resistance (ITR) across CVD graphene/Al2O3 and graphene/metal (Al, Ti, Au) interfaces from 100too 330 K and investigated the effects of post-annealing on the interfacial thermal coupling for effective thermal management of those graphene-based devices.
Liquid Ga is very effective for graphene formation, and it can remain liquid under room temperature.
Furthermore, the effect on the surface is unexpectedly observed at any doping depth down to the 7th layer, and a low concentration of substituent boron – only ¼ – is effective for graphene formation.
Therefore, to reinforce rubber matrix with GSD, the polarities of the matrices and graphene selected should be considered for effective property attainment.
By appropriate surface coating with PEI or chitosan, as functionalized graphene could also be used for effective gene delivery.
The surface of graphene can be functionalized with chemical species for effective Fermi level control and bandgap opening [33].
With recent development, the noncovalent functionalization routes have shown great potential for effective loading and easy manipulation, hence greatly adapted in a range of graphene-based applications.
