… The structural diversities endow them with rich electronic and optical properties as well as
… Non-covalent interactions play a critical role in controlling the structure, function and stability …

… structure adopted by these four materials makes them a subgroup of the IV–VI family of
semiconductors… the in-plane intrinsic electric dipole can be widely controlled by a uniaxial tensile …

… nonlinear optical parameters and the electrical and optical … , and characterization of III-V
and II-VI semiconductors have … by controlling the type of the dopants and the level of doping. …

… of materials usually termed as dilute magnetic semiconductors (DMS) which utilizes both …
conduction band thereby controlled the energy bandgap. These optical properties have been …

… Therefore, the TM adsorption can make the puckered arsenene transition not only from
metal to semiconductor, but also from non-magnetic semiconductor to magnetic semiconductor. …

… Colloidal semiconductor quantum dots (QDs) have attracted … Crystal facets can be controlled
by the crystal growth rates, … structures leads to the formation of an anisotropic structure …

… I–V–VI colloidal nanomaterials, we analyze the optical absorption and show that through …
V–VI nanocrystals, we study their size and composition-dependent optical properties. Some …

… of the photon energies are explained by optical conductivity. … the photon generated electron
hole pairs in semiconductors. … of TaP and TaAs will be controlled by the shear deformation. …

… film had a significant effect on controlling the linear and nonlinear optical properties. The …
II-VI CdSeS system is a ternary-mode semiconductor material with wide direct bandgap energy …

… Controlling the shape of NCs affects their electronic structure and, thus, their optical properties…
Therefore, this review focuses primarily on 2D colloidal II–VI semiconductors comprising a …