The efficient and selective detection of volatile organic compounds (VOCs) provides key
information for various purposes ranging from the toxicological analysis of indoor/outdoor …

While vehicle cabin environment significantly impacts human health, systematic studies on
this important microenvironment are lacking. Here, we conduct a 12-day field observation of …

Personal cloud, termed as the difference in air pollutant concentrations between breathing
zone and room sites, represents the bias in approximating personal inhalation exposure that …

Gas detection in enclosed cabins is a challenging concern in the industry to ensure the
safety of cabin operations and personnel driving. There has been a growing development in …

Healthy building design is an emerging field of architecture and building engineering. Indoor
air quality (IAQ) is an inevitable factor that should be considered in healthy building design …

In this study, 117 volatile organic compounds (VOCs) were identified and quantified inside
passenger cars and buses operating city and intercity routes. The paper presents data for 90 …

Volatile organic compounds (VOCs) in vehicle cabins pose some health concerns,
especially in new cars where interior plastics contribute substantially to VOCs emissions. We …

Vehicle air quality is a topic of interest but information regarding the composition and
sources of interior volatile organic compounds (VOCs) is incomplete. This study improves …

Aldehydes besides formaldehyde are ubiquitous in indoor environment and pose great
threats to human health, however few efforts have been made to catalytically decompose …

Herein, hydroxylated, aminated, and carboxylated ricinoleic acids (RA-OH, RA-NH2, RA-
COOH) are individually prepared via facile and efficient thiol–ene click reactions with …