The NO 2 sensing performance of a special lateral photovoltaic self-powered gas sensor
based on the N-hyperdoped microstructured silicon (N-Si) is systematically studied under …

Wide-dynamic-range NO x sensors are vital for the environment and health purposes, but
few sensors could achieve wide-range detection with ultralow and ultrahigh concentrations …

Black silicon co-hyperdoped with sulfur and nitrogen in different ratios is prepared by
femtosecond laser-assisted chemical etching in the mixed atmosphere of SF 6 and NF 3 with …

Traditional gas sensors are facing the challenge of low power consumption for future
application in smart phones and wireless sensor platforms. To solve this problem, self …

NO 2 gas sensing properties of the nitrogen-hyperdoped black silicon (N-Si) modified at
different annealing temperatures are studied. Owing to the abundant defects in the material …

The self-powered sensing system could harness ambient energy to power the sensor
without the need for external electrical energy. Recently, the concept of photovoltaic (PV) …

The microstructured and hyperdoped silicon as a superior photoelectric and photovoltaic
material is first studied as a gas-sensing material. The material is prepared by femtosecond …

Nitrogen dioxide (NO2) is a serious environmental pollutant and can cause negative
consequences on both human health and vegetation growth. Herein, the possibility and …

We report a new type of self-powered gas sensors based on the combination of a
colorimetric film with hierarchical micro/nanostructures and organic photovoltaic cells. The …

Silicon nanowires (SiNWs) with a large surface-to-volume ratio and a low reflectivity are
exceedingly attractive building blocks for developing high performance light harvesting …