Semiconductor nanowires have attracted extensive interest as one of the best-defined
classes of nanoscale building blocks for the bottom-up assembly of functional electronic and …

Heterostructures with designable electronic interfaces represent the material foundation for
modern electronic and optoelectronic devices. The conventional heterostructures rely on …

An ideal photodetector must exhibit a fast and wide tunable spectral response, be highly
responsive, have low power consumption, and have a facile fabrication process. In this work …

Controlling charge transport through molecular tunnel junctions is of crucial importance for
exploring basic physical and chemical mechanisms at the molecular level and realizing the …

Decomposition of micropollutants using an electrocatalytic membrane reactor is a promising
alternative to traditional advanced oxidation processes due to its high efficiency and …

Composite systems of TiO2 with nanocarbon materials, such as graphene, graphene oxide,
and carbon nanotubes, have proven to be efficient photocatalyst materials. However, a …

Abstract 2D materials (2DMs), known for their atomically ultrathin structure, exhibit
remarkable electrical and optical properties. Similarly, molecular self‐assembled …

The nonzero interlayer Schottky barrier leads to a compromise between photodetectivity and
photoresponsivity in photodiodes based on vdW heterojunctions. Seeking for the …

The quantum capacitance of graphene has been modeled in numerous articles using
approximate analytical expressions and numerical methods. However, no article shows how …

The phenomena of charge/energy transfer commonly exist at most heterointerfaces. These
processes vary with the change of the electronic structure at the interface, which leads to the …