Germanene and stanene (also sometimes written stannene or called tinene) are 2D materials composed of germanium and tin atoms respectively arranged in a honeycomb structure similarly to graphene and silicene. The atomic structure of freestanding germanene and stanene is buckled like in the case of silicene (see Figure 2.4). DFT calculations (Kresse and Joubert, Phys Rev B 59:1758–1775, 1999) performed by projector augmented wave (PAW) method (Blöchl, Phys Rev B 50:17953–17979, 1994) and adopting PBE functional (Perdew et al. Phys Rev Lett 77:3865–3868, 1996) result in a lattice constants 4.06 and 4.67 Å and buckling heights of 0.69 and 0.85 Å for germanene and stanene respectively. The structure of germanene was first theoretically proposed...
The heavier analogues of graphene, namely silicene and germanene, are known to be buckled. Such buck...
In this paper, elastic properties of stanene under equiaxial or uniaxial tensions along armchair and...
ABSTRACT: Silicene and germanene derivatives constructed from periodic dumbbell units play a crucial...
Germanene and stanene (also sometimes written stannene or called tinene) are 2D materials composed o...
Germanene and stanene (also sometimes written stannene or called tinene) are 2D materials composed o...
In the current study, elastic properties of stanene, a hexagonal honeycomb allotrope of tin is inves...
Two-dimensional (2D) materials have evoked tremendous attention in fundamental studies and technolog...
Soon after the discovery of graphene, the first two-dimensional material, many other two-dimensional...
This study investigates the structural and electronic properties of two-dimensional tin, known as s...
The present work aims to provide an accurate description of the tensile behavior of the planar as we...
Stanene, composed of tin atoms, is a member of 2D-Xenes, two-dimensional single element materials. T...
Recently, two-dimensional buckled honeycomb stanene has been fabricated by molecular beam epitaxy gr...
Recently, two-dimensional buckled honeycomb stanene has been manufactured by molecular beam epitaxy ...
Silicene and germanene derivatives constructed from periodic dumbbell units play a crucial role in m...
Artificial post-graphene elemental 2D materials have received much attention recently. Especially, s...
The heavier analogues of graphene, namely silicene and germanene, are known to be buckled. Such buck...
In this paper, elastic properties of stanene under equiaxial or uniaxial tensions along armchair and...
ABSTRACT: Silicene and germanene derivatives constructed from periodic dumbbell units play a crucial...
Germanene and stanene (also sometimes written stannene or called tinene) are 2D materials composed o...
Germanene and stanene (also sometimes written stannene or called tinene) are 2D materials composed o...
In the current study, elastic properties of stanene, a hexagonal honeycomb allotrope of tin is inves...
Two-dimensional (2D) materials have evoked tremendous attention in fundamental studies and technolog...
Soon after the discovery of graphene, the first two-dimensional material, many other two-dimensional...
This study investigates the structural and electronic properties of two-dimensional tin, known as s...
The present work aims to provide an accurate description of the tensile behavior of the planar as we...
Stanene, composed of tin atoms, is a member of 2D-Xenes, two-dimensional single element materials. T...
Recently, two-dimensional buckled honeycomb stanene has been fabricated by molecular beam epitaxy gr...
Recently, two-dimensional buckled honeycomb stanene has been manufactured by molecular beam epitaxy ...
Silicene and germanene derivatives constructed from periodic dumbbell units play a crucial role in m...
Artificial post-graphene elemental 2D materials have received much attention recently. Especially, s...
The heavier analogues of graphene, namely silicene and germanene, are known to be buckled. Such buck...
In this paper, elastic properties of stanene under equiaxial or uniaxial tensions along armchair and...
ABSTRACT: Silicene and germanene derivatives constructed from periodic dumbbell units play a crucial...