Electronic and optical properties of the graphene nanoflakes (GNFs) are investigated with
and without various concentrations of S impurities in different locations via a time-dependent …

In this study, armchair graphene nanoribbons (AGNRs) and AGNRs Stone–Wales defects-
based delivery nanomaterials were developed via QuantumATK and used to deliver four …

We present a detailed study of the Li+ ion adsorption on two different hydrogenated carbon
nanostructures, namely as pristine graphene (PG) and topologic Stone-Wales defective …

Materials based on graphene have been increasingly exploited as drug delivery methods in
biomedicine. In this work, Circumcoronene (CC) and Boron Nitride Circumcoronene (BNCC) …

The electronic properties of GNFs are controlled by utilizing different impurities, such as
boron, nitrogen and oxygen. The differences in the electronic properties of the pristine GNFs …

Monascus pigments (MPs) as natural food pigments which have been extensively used in
food industries, specifically in China, Japan, and other countries of southeastern Asian. The …

In this study, the optimization geometric and optoelectronic properties of new structures that
based on quater [1, 3, 4] thiadiazole and benzothiophene were calculated by using density …

Near-infrared to green and red up-conversion is reported for a new type of hybrid (Yb, Er)-IR-
806 films prepared using the atomic/molecular layer deposition (ALD/MLD) thin-film …

The electronic properties of the T-Greaphene nanosheet (T-GNS) are developed by using
different concentrations of the Al and Si impurities. The results demonstrated the electronic …

In this paper, we introduce new features of silicon in fullerane structures. Silicon, when
placed in a fullerane structure, increases its electron affinity and electrophilicity index …