Exemplos de uso de Graphene oxide em Inglês e suas traduções para o Português
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Initial tests with reduced graphene oxide have been promising.
A graphene oxide(go) and reduced graphene oxide(rgo) was synthesized from graphite.
The filtration properties of graphene oxide membranes are well known experimentally.
The objective of this work was the production of silicon carbide(sic)reinforced with graphene oxide go.
Interiorization of graphene oxide by tumor cells in culture.
This study presents the results of production,high vacuum thermal reduction and characterization of graphene oxide thin films.
Interaction study of graphene oxide with mesenchymal stem cells, BE.EP. PD.
For the proposed biosensor, it was synthesized a conductor nanocomposite with nanofibers of polyaniline self-doped with sulfonic acid,silver nanoparticles and graphene oxide.
In the second procedure graphene oxide(go) dispersions in ethylene glycol were used.
As this nanostructured material presents exceptional characteristics, we propose the synthesis of its reduced oxide, having as precursor the graphite and graphene oxide.
Assessment of graphene oxide permeability using an in vitro blood-brain barrier model, BE.EP. DR.
In spite of the encouraging results, it is still early to say whether reduced graphene oxide will be able to be used in clinical practice.
Reduced graphene oxide(rgo), carbon diamond-like(dlc- diamond- like carbon) and nanostructured conductor diamond was obtained.
Despite the structural differences, graphite,graphite oxide, and graphene oxide present the same selectivity for aminolysis and th.
The graphene oxide water dispersion used in this work was obtained through a crystalline natural graphite chemical oxidation route.
Therefore, the study of addition of graphene oxide in pbs matrix is a challenge that needs to be overcome.
Graphene oxide(go) was sinthesized by the modified hummers method and exfoliated and reduced by the modified polyol process to obtain graphene. .
In the search of graphene by chemical exfoliation of the graphite, the graphene oxide(go) is an intermediate product which has drawn much attention by itself.
Moreover, reduced graphene oxide seems to offer advantages over compounds such as mannitol, used by doctors to open the blood-brain barrier.
It is ideal for nondestructive analysis of carbon nanomaterials,e.g., graphene, graphene oxide, carbon nanotubes, and carbon nanofibers.
On the other hand, reduced graphene oxide can be diluted in water and maintains similar electrical properties to those of graphene. .
Velloso is currently investigating alterations in organisms that change the permeability of the barrier; he considers reduced graphene oxide to be a promising candidate for this function.
Thus, this study aimed to produce graphene oxide films(go) and reduced graphene oxide(rgo), checking the efficiency of the reduction and oxidation methods.
Fabrication and characterization of nanostructured films composed of electrochemically reduced graphene oxide and magnetite nanoparticles for carbofuran detection, BP. IC.
The graphene oxide also has been proposed for various applications, of which we highlight the applications in composite thin films with supercapacitors properties.
Nanomaterials based on superhydrophilic multi-walled carbon nanotubes(mwcnt), graphene oxide(go) and nanohydroxyapatite(nhap) have been widely used for bone tissue regeneration.
However, many of the graphene oxide properties can vary from sample to sample, which poses as an important setback to technological application of this material.
We studied the nanostructuration of reduced graphene oxide nanoplatelets wrapped by the polymer poly(sodium4 styrenesulfonate)(gpss), using computational simulation.
Thus, the graphene oxide formation from graphite via electrochemical exfoliation in aqueous medium under positive potential has featured in literature.
Among the nm carbon,graphene and graphene oxide show promising features that expand its use in various segments from electronics to drug delivery.