Lung cancer is the most prevalent severe illness in both sexes and all ages and the leading
cause of cancer-related deaths globally. Late-stage diagnosis is the primary cause of its …

Triethylamine (TEA), a clear and colorless liquid with strong ammonia odor, has great
danger to human health and environment. We synthesize the NiO/BiVO 4 pn heterojunction …

Poultry feeding will lead to a large amount of ammonia (NH 3) emissions, which will
seriously affect the quality of meat. Herein, we report a resistive sensor based on NiO/Ti 3 C …

Formaldehyde is a hazardous volatile organic pollutant commonly found indoors, making
selective and accurate detection of formaldehyde crucial. To achieve this, ZnO@ ZIF-8 core …

Xylene is not just considered detrimental to the environment but also hazardous to humans.
Herein we report on xylene vapour detection using CuO-ZnO heterostructures containing …

In this study, p-type zinc oxide (ZnO) nanorods grown on zirconium-based metallic glass
nanotube arrays were developed for hydrogen gas sensing applications. Heterogeneous …

NiO act as an efficient photocatalyst, and an appropriate design is necessary to support
simultaneous highest photon absorption and lower charge carrier recombination. In this …

Room-temperature gas sensors with high performance are crucial in practical application.
This work prepared a series of controllable-size titanium dioxide quantum dots (TiO 2 QDs) …

Constructing heterojunctions by using the synergistic and complementary effects of different
metal oxide semiconductors (MOSs) properties can effectively increase catalytic activity …

Low chemical reactivity of toluene remains a limiting factor for its efficient detection. Catalytic
oxides (eg. Co 3 O 4)-based sensors always exhibit reliable selectivity towards toluene …