To this day, the active components of integrated circuits consist mostly of (semi-) metals.
Concerns for raw material supply and pricing aside, the overreliance on (semi-) metals in …

Diamanes are 2D diamond-like films that are nanometers in thickness. Diamanes can exist
as bilayer or multilayer graphene with various modes of stacking and interlayer covalent sp3 …

Here we propose the first two-dimensional carbon quasicrystal made entirely of sp 3-
hybridized atoms, namely diamane quasicrystal. This nanostructure is based on …

We applied density functional theory to predict the atomic and electronic structures, Raman,
and IR spectra of the new diamond-like 2D materials–Moiré diamanes (Dns). They are …

Composite materials and their applications constitute a hot field of research nowadays due
to the fact that they comprise a combination of the unique properties of each component of …

Moiré diamanes (Dnθ) based on bigraphenes (BGθ) with a layer rotation angle (θ) of about
30 are considered by ab initio methods. The adsorption of hydrogens or fluorines on the …

Graphene has nearly become an area that is experiencing rapid growth. The observation of
moiré patterns in mechanically stacked graphene layers has triggered rapid progress in …

Fluorination can significantly change the physical and chemical properties of carbon
materials (CMs). Common sense for the fluorination mechanism for CMs indicates that one …

Fluorographene (FG) ultrathin films are directly grown on flexible and nonflexible insulating
silicate substrates and characterized in terms of their structural and electronic properties. FG …

Fluorinated graphene and its derivatives have been widely applied as anode materials in
energy batteries nowadays. In this work, we systematically study the case of lithium atoms …