Surface cleaning using commercial disinfectants, which has recently increased during the
coronavirus disease 2019 pandemic, can generate secondary indoor pollutants both in gas …

The ozonolysis of terpenoids generates secondary organic aerosol (SOA) indoors. Models
of varying complexity have been used to predict indoor SOA formation, and many models …

The COVID-19 pandemic increased the demand for indoor air cleaners. While some
commercial electronic air cleaners can be effective in reducing primary pollutants and …

Several studies have documented reductions in indoor ozone levels that occur as a
consequence of its reactions with the exposed skin, hair and clothing of human occupants …

Criegee intermediates (CI), formed in alkene ozonolysis, are central for controlling the
multiphase chemistry of organic molecules in both indoor and outdoor environments. Here …

Limonene ozonolysis was examined under conditions relevant to indoor environments in
terms of temperatures, air exchange rates, and reagent concentrations. Secondary organic …

This work investigates Secondary Organic Aerosol (SOA) formed by limonene ozonolysis
using a housecleaning product in indoor environment. This study combines simulation …

Reactive chemistry is ubiquitous indoors with a wealth of complex oxidation reactions; some
of these are initiated by both homogeneous and heterogeneous reaction of ozone with …

The formation of secondary organic aerosol (SOA) produced from α-pinene, linalool, and
limonene by ozonolysis was examined using a dynamic chamber system that allowed the …

Reactions between ozone and terpenoids produce numerous products, some of which may
form secondary organic aerosol (SOA). This work investigated the contribution to gas-phase …