The first principle calculations have been performed to study the influence of number of
layers on the dielectric properties of dichalcogenides of Mo and W for in-plan (E⊥ c) as well …

Fine molybdenite is the stubborn part for molybdenite recovery during flotation process,
which causes serious resource waste and financial loss. Our recent discovery of MoS 2 …

In this study a low-width MoS2 ribbon has been used for probing the electronic structure and
local magnetic moment near vacancies. A theoretical study with the full-potential Density …

The electronic structures and elastic properties of molybdenum disulfide are studied using
first-principles calculations. The energy band structure and density of state (DOS) of MoS2 at …

We performed density functional theory study on the electronic and magnetic properties of
armchair MoS 2 nanoribbons (AMoS 2 NR) with different edge hydrogenation. Although …

MoS2 was deposited on graphene flakes via decomposition of MoS3 in vacuum at different
temperatures (500–800° C). The materials obtained were tested for catalytic formic acid …

While MoS 2 and WS 2 nanostructures gain an increasing importance in a number of recent
technological applications, the control of their structure as a function of their size and their …

We present first principle study of the electronic transport and dielectric properties of
nanowires and nanoribbons of layered transition metal dichalcogenides (LTMDs), MX 2 (M …

The structural, electronic, and magnetic properties of quasi-one-dimensional
MoS2nanowires (NWs), passivated by extra sulfur, have been determined using ab initio …

Strain-dependent structural and electronic properties of MoS 2 materials are investigated
using first principles calculations. The structural and electronic band structures of the MoS 2 …