Inorganic and organic peroxides have become the focus of increased attention by
atmospheric chemists during the last decade. Hydrogen peroxide serves as an important …

Photolysis of the monohydroxy complex of Fe (III), Fe (OH) 2+, has been proposed as a
major source of OH radicals in rain. It is also a significant source of OH radicals in clouds …

The chemistry of OH in a remote nonprecipitating tropical cloud is studied with a coupled
gas‐phase and aqueous‐phase chemical model. The model takes into account the radial …

Formaldehyde has been discussed as a typical indoor pollutant for decades. Legal
requirements and ever‐lower limits for formaldehyde in indoor air have led to a continual …

In the last three decades carbonyl compounds, aldehydes and ketones, have received a
great deal of attention due to their strong influence on photochemical smog formation and …

Exposure to arsenic-contaminated drinking water is a major threat to human health. Millions
of people across the world are exposed to arsenic-contaminated drinking water with …

Formaldehyde and acetaldehyde concentrations over the Eastern half of the United States
are simulated with a 3-D air quality model to identify the most important chemical precursors …

Hydroxyl radical (• OH) photoproduction in 25 authentic acidic (pH= 2.9–4.4) continental
cloud waters from Whiteface Mountain, New York was quantified by phenol formed from the• …

HCOOH and CH3COOH are important chemical constituents of cloud water and
precipitation, but sources for these compounds in the atmosphere are at present unknown …

The regional-scale transport, chemistry and deposition of acidifying compounds,
photochemical oxidants, and their precursors are analyzed using a second-generation …