With its unique physical properties, graphene creates an exceptional platform for
fundamental science and a promising material for many applications. However, the large …

Since the discovery of graphene in 2004 [1], it has attracted enormous interest in various
fields of industry, university, and research institutes studying electronics, physics, chemistry …

Epitaxial graphene growth on SiC is the only technique available to obtain wafer-scale
single-crystalline graphene directly on the insulating substrate. It is then suitable for …

Based on the large-scale availability and good electrical properties, the epitaxial graphene
(EG) on SiC exhibits a big potential for future electronic devices. However, it is still …

The avoidance of growing dendritic graphene on the copper substrate during the chemical
vapor deposition process is greatly desired. Here we have identified a mechanism, in which …

A nematic liquid-crystal director aligns along the armchair direction of graphene grown on a
SiC substrate. The temperature-dependent textural change in the nematic phase is different …

It is demonstrated experimentally that graphene can form on the surface of an amorphous
SiC film by irradiating electron beam (e-beam) at low acceleration voltage. As the electron …

Fast growing power densities of modern electronic devices demand high-performance
thermal interface materials (TIMs). Owing to a superior thermal conductivity of graphene …

With the development of graphene-based composite, there is an increasing demand for
graphene-based composite hydrogel and aerogel with adjustable mechanical properties to …

Lityum iyon bataryalar, günümüz taşınabilir elektronik cihazların ve ilerinin elektrikli
arabalarının enerji kaynakları olarak büyük ilgi görmektedirler. Hızlı şarj edilebilme, yüksek …