With the continuous acceleration of industrialization, gas sensors are evolving to become
portable, wearable and environmentally friendly. However, traditional gas sensors rely on …

The detection of specific gas components under various working conditions while at the
same time realizing other functions with the same devices has emerged through great efforts …

Volatile organic compound (VOC) sensors have a broad range of applications including
healthcare monitoring, product quality control, and air quality management. However, many …

Interface engineering has become an effective strategy to enhance the performance of
functional materials. But, the poor charge transfer efficiency of the heterogeneous interface …

Carbon materials hold a great promise for gas sensors due to their diversified
dimensionality, tunable structures and easy doping functionalization. Two dimensional …

The development of an efficient, fast, and real-time sensor for detecting dibutylamine (C 8 H
19 N) gas remains challenging. In this study, a simple controllable and environmentally …

Germanium‐based monochalcogenides (ie, GeS and GeSe) with desirable properties are
promising candidates for the development of next‐generation optoelectronic devices …

The discovery of magic-angle graphene has brought the study of twistronics to the forefront.
Currently, twistronics generally study strongly correlated states in condensed matter physics …

The efficient detection of volatile organic compounds (VOCs) is critically important in the
domains of environmental protection, healthcare, and industrial safety. The development of …

Analyzing trace-level volatile organic compounds (VOCs) remains challenging due to initial
sampling and preconcentration limitations. Inspired by the highly reproducible and …