Organic peroxy radicals (often abbreviated RO2) play a central role in the chemistry of the
Earth's lower atmosphere. Formed in the atmospheric oxidation of essentially every organic …

The atmospheric chemistry of iodine is important in diverse ways. First, it provides the route
for iodine, which is an essential dietary element for mammals, to be transported from its …

Despite the potential influence of iodine chemistry on the oxidizing capacity of the
troposphere, reactive iodine distributions and their impact on tropospheric ozone remain …

The rate constant of the reaction (R1) OH+ CH 3 O 2→ products has been measured at 294
K by simultaneous coupling of Laser Induced Fluorescence (LIF) and cw-Cavity Ring Down …

A modelling study of radical chemistry in the coastal Antarctic boundary layer, based upon
observations performed in the course of the CHABLIS (Chemistry of the Antarctic Boundary …

The technique of pulsed laser photolysis was coupled to laser induced fluorescence
detection of iodine oxide (IO) to measure rate coefficients, k for the reactions IO+ CH3O2→ …

We present a comprehensive chemical mechanism for gas-phase iodine, to be used for
modelling tropospheric chemistry. The mechanism has been compiled from evaluated data …

An open-path cavity ring-down spectroscopy (CRDS) instrument for measurement of
atmospheric iodine monoxide (IO) radicals has been tested in the laboratory and …

A new atmospheric iodine gas-phase mechanism containing 248 reactions combined to the
RACM air quality mechanism was implemented into a 0D box model in order to evaluate the …

The technique of pulsed laser photolysis coupled to LIF detection of IO was used to study
reactions:(R1a) IO+ NO3→ OIO+ NO2;(R2) I+ NO3→(products);(R3) CH2I+ O2→(products); …