The structural, electronic, optical properties and photogalvanic effect of MoSSe/Si 9 C 15
and Si 9 C 15/MoSSe heterostructures are investigated utilizing density functional theory …

The unique physics in moiré superlattices of twisted or lattice-mismatched atomic layers
holds great promise for future quantum technologies. However, twisted configurations are …

The g-ZnO/Si9C15 heterojunction is designed, and its stability, electronic properties and
photo-electro catalytic properties, and the impact of biaxial strain on the electronic and …

Zero band gap in graphene and silicene is an important obstacle to their application in
nanodevices. Combining carbon and silicon atoms to form a silicon carbide (Si x C y) sheet …

Nitrate electroreduction reaction to ammonia (NO3ER) holds great promise for both nitrogen
pollution removal and valuable ammonia synthesis, which are still dependent on transition …

Carbides, especially transition metal carbides (TMCs) and non‐metallic silicon carbides
(SiCs), have registered wide applications in catalysis, superconductivity, semiconductor, and …

Two dimensional materials have a bright application prospect in the field of optoelectronic
devices. As a newly discovered polymorph of the third-generation semiconductor SiC, Si 9 C …

In this work, we have systematically investigated the structural, electronic, vibrational and
optical properties of the edge-functionalized hg-C3N4 quantum dots with the aim of …

Two-dimensional silicon-carbide (SixCy) materials stand out for their compatibility with
current silicon-based technologies, offering unique advantages in nanoelectronics and …

Van der Waals stacking of two-dimensional crystals with rotation or mismatch in lattice
constants gives rise to rich physical phenomena that are closely related to the strong …