This review examines the use of amperometric electrochemical gas sensors for monitoring
inorganic gases that affect urban air quality. First, we consider amperometric gas sensor …

Measurement of reactive air pollutants and greenhouse gases underpin a huge variety of
applications that span from academic research through to regulatory functions and services …

Low-cost sensing strategies hold the promise of denser air quality monitoring networks,
which could significantly improve our understanding of personal air pollution exposure …

Air pollution is a major concern for public health and urban environments. Conventional air
pollution monitoring systems install a few highly accurate, expensive stations at …

Low-cost air quality sensors are increasingly being used in many applications; however,
many of their performance characteristics have not been adequately investigated. This study …

The environments in which we live, work, and play are subject to enormous variability in air
pollutant concentrations. To adequately characterize air quality (AQ), measurements must …

Recent reports on the formation of hydrogen peroxide (H2O2) in water microdroplets
produced via pneumatic spraying or capillary condensation have garnered significant …

Assessing the intracity spatial distribution and temporal variability in air quality can be
facilitated by a dense network of monitoring stations. However, the cost of implementing …

Environmental monitoring has become an active research area due to the current rise in the
global climate change crises. Current environmental monitoring solutions, however, are …

Air pollution poses significant risk to environment and health. Air quality monitoring stations
are often confined to a small number of locations due to the high cost of the monitoring …