Various aspects of phonon spectrum changes in nanostructured phonon-mediated
superconductors are considered. It is shown how, with the development of experimental …

In this study, an adsorption mechanism of NO 2 gas on monolayer graphene (MG) was
investigated by using real-time Raman mapping to record data during the NO 2 sensing …

Application of magnetic metal/graphene hybrid structures in magnetosensorics requires the
formation of high-quality low-ohmic (barrier-free) contacts and understanding of …

Superconductivity is studied in hybrids consisting of ultrathin superconducting film/few layer
graphene. Two different superconductors are used for this purpose, Nb and NbN. An …

The charge carrier concentration (n) and relative strain (ε) in graphene synthesized by
chemical vapor deposition and transferred to the surface of SiO2/Si substrate using two …

In this article, we study the interactions of graphene and Pd by using Raman spectroscopy.
Graphene grown by chemical vapor deposition (CVD) method was decorated with Pd films …

In the quantum Hall regime of graphene, antiferromagnetic and spin-polarized ferromagnetic
states at the zeroth Landau level compete, leading to a canted antiferromagnetic state …

Chemical vapor deposited nitrogen-doped graphene, transferred onto a SiO 2/Si substrate,
was selectively patterned by femtosecond laser ablation for the formation of the topology …

Due to several of its physical properties, graphene is well suited to use within gas sensing
devices. The extremely large surface-to-volume ratio and atomic thinness means any …

Since its first discovery as a flake-form from mechanical exfoliation of highly-oriented
pyrolytic graphite (HOPG) using tape in 2004, numerous studies have shown that graphene …