Nanocarbon materials have the advantages of biocompatibility, thermal stability and
chemical stability and have shown excellent electrical properties in electronic devices. In this …

In this report, the dielectric nature of graphene oxide (GO) was exploited for the successful
implementation of low-power pentacene thin-film transistors suitable for nonvolatile memory …

By doping a dielectric layer material and improving the device's structure, the electrical
characteristics of a memristor can be effectively adjusted, and its application field can be …

The effect of structural modulations on non-volatile capacitive memory devices is reported in
this paper. The synthesis of zirconium dioxide (ZrO2) thin film (TF) was done using an …

Al/PMMA/SY: GQDs/PMMA/ITO devices with multilayer structures were fabricated by
imbedding PMMA at both ends of soybean (SY) and graphene quantum dot (GQD) dielectric …

We have investigated the reconstruction and electronic structure of divacancy in chiral and
achiral graphene nanoribbons as the defect moves to the ribbon edge. The new healing …

We have investigated the monovacancy in achiral and chiral graphene nanoribbons. Using
density functional theory, we calculated the structure, total energy, and electronic structure …

In this paper, nanohybrid materials were developed by the decoration of the support
material, currently called graphene oxide (GO). These materials were further functionalized …