Graphene oxide exhibits interesting reactive events at its interface with water, with water as
an active participant. The reactive events are influenced by the level of oxidation of the …

Abstract Hydrogen peroxide (H 2 O 2) is a vital messenger molecule facilitating signal
transmission within cellular systems. The accurate quantification of H 2 O 2 in complex …

Solvent‐dependent switching of graphene oxide (GO) as fluorescence quencher or
enhancer was observed. In some solvents, GO increases the fluorescence yield of a …

The graphene oxide (GO)–water interface was simulated using Born–Oppenheimer
molecular dynamics (BOMD) simulations with two different functionals, namely, revPBE-D3 …

Hybrids of graphene nanomaterials with porphyrins possess distinct photo and electronic
properties that enable a wide spectrum of applications involving interaction with light. In this …

The conformational diversity of nucleic acid structures, including the ability to self-assemble,
such as an i/A-motif, significantly expands the horizon of possible applications of their …

In this work, we study the adsorption of poly (rA) on graphene oxide (GO) using AFM and UV
absorption spectroscopies. A transformation of the homopolynucleotide structure on the GO …

This work is devoted to the low-temperature Raman studies of a bright representative of 2D
materials—graphene oxide (GO) film in the range of 5–325 K. The performed analysis of the …

The hybridization of 1D carbon nanotubes and 2D graphene family is able to form 3D
nanostructures with significantly improved electrical, mechanical and thermal properties …

The work describes the results of low-temperature studies (5–291 K) of electron transport in
composite films of graphene oxide with single-wall nanotubes (GO-SWNTs) obtained by …