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 …

Measurements of gaseous organic iodine1 and inorganic and particulate iodine2, 3 made
several decades ago indicated that volatilization of organic iodides from the ocean provides …

A detailed study of the photochemistry of iodine and its oxides indicates that iodine species
may play an important, but heretofore ignored, role in the tropospheric photochemical …

The I-atom sensitised decomposition of ozone in air at 1 atm pressure and ambient
temperature has been investigated. Iodine atoms were produced by photolysis of I 2 using …

Iodine has been determined in aerosol samples collected at a coastal site in southeast
England using instrumental neutron activation analysis (INAA) and by an electrochemical …

The atmospheric chemistry of iodine is important for several reasons, including the influence
of iodine oxides on the oxidising capacity of the troposphere, the formation of new particles …

A new analysis of tropospheric iodine chemistry suggests that under certain conditions this
chemistry could have a significant impact on the rate of destruction of tropospheric ozone. In …

Oceanic emissions of iodine destroy ozone, modify oxidative capacity, and can form new
particles in the troposphere. However, the impact of iodine in the stratosphere is highly …

Naturally occurring bromine-and iodine-containing compounds substantially reduce
regional, and possibly even global, tropospheric ozone levels,,,. As such, these halogen …

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