What question did this study set out to answer?

To examine how aqueous-phase ozone affects organic films at the mineral-water interface and their impact on aerosol properties.

May 6, 2026Environmental Science Atmospheres0 citationsOpen Access

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Oxidation of organic films at the mineral–water interface by aqueous-phase ozone affects aerosol light scattering

ESEdward J. StuckeyRutherford Appleton Laboratory RWRebecca J. L. WelbournRutherford Appleton Laboratory TRTobias W. D. RobsonForestry Commission England

Key Points

To examine how aqueous-phase ozone affects organic films at the mineral-water interface and their impact on aerosol properties.
Investigated the oxidation of organic films at the mineral-water interface.
Measured changes in film thickness and aerosol optical properties due to ozone exposure.
Aqueous-phase ozone alters the thickness of organic films.
Resulting changes affect the optical properties of aerosol, influencing light scattering.

Abstract

The study presented here examines how aqueous-phase ozone alters the thickness of organic films at the mineral–water interface of aerosol and estimates the change to aerosol optical properties.

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Oxidation of organic films at the mineral–water interface by aqueous-phase ozone affects aerosol light scattering

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