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Showing 1 to 6 of 6 for “"Reactive halogen species"”.
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Studies of Reactive Halogen Species (RHS) in the Marine and mid-Latitudinal Boundary Layer by Active Longpath Differential Optical Absorption Spectroscopy
Untersuchungen von Reaktiven Halogenverbindungen (RHS) in der Maritimen Grenzschicht und in Mittleren Breiten mit der Aktiven Langpfad DOAS Methode Die Relevanz reaktiver Halogenverbindungen in der Troposphare ist einerseits belegt durch den gravierenden Ein uss auf Ozon, welcher zum ersten Mal …
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Organic particle formation in halogen-influenced environments
… from the reaction of organic trace gases and reactive halogen species can act as an important natural source of organic aerosol. In order to better understand these reactions, aerosol formation from the reaction of α-pinene with chlorine and bromine was studied in laboratory experiments. New …
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Constructing a Miniaturized Chemiluminescence Ozone Monitor for Drone-Based Measurements in Volcanic Plumes: A Way to Resolve the Volcanic Ozone Enigma
Volcanic plumes contain reactive halogen species, especially bromine monoxide (BrO), which catalyzes ozone (O3) destruction. Therefore, local O3 depletion is commonly assumed inside volcanic plumes and has also been measured to varying degrees at different volcanoes. However, a calculation …
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Halogen Oxide Studies in the Boundary Layer by Multi Axis Differential Optical Absorption Spectroscopy and Active Longpath-DOAS
The importance of reactive halogen species (particularly halogen oxides) in the troposphere is due to their strong effect on tropospheric ozone levels, which has been first discovered during surface ozone depletion episodes in the polar boundary layer after polar sunrise (bromine oxide, BrO). …
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Characterisation of a chemiluminescence ozone monitor for volcanic applications
Volcanic plumes are known to contain reactive halogen species, especially bromine monoxide, which are known to efficiently catalyse ozone (O3) destruction. Therefore, local O3 depletion is expected inside volcanic plumes, which has been measured in several field studies and is also found in several …
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Photochemical Formation Mechanisms and Applications of Mn Oxide Nanomaterials
… various aquatic chemistry parameters, including reactive oxygen species (ROS), peroxyl radical (ROO•), reactive halogen species (RHS), dissolved natural organic matter (DOM), nanoplastics, and co-existing cations on the photochemically-induced oxidation of Mn2+(aq) and the nucleation of Mn oxide …