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Showing 1 to 5 of 5 for “"Plume chemistry"”.

  1. Imaging of bromine oxide and formaldehyde using Fabry-Perot interferometer correlation spectroscopy

    … to investigate BrO gradients in volcanic plumes with high halogen content and contribute to understanding the volcanic plume chemistry.

    heid-thes Repository record for Imaging of bromine oxide and formaldehyde using Fabry-Perot interferometer correlation spectroscopy (opens in a new tab)

  2. Modelling the atmospheric chemistry of volcanic plumes

    … to model passive degassing from Mount Etna, the chemistry of its plume, and its influence on the wider atmosphere. This investigation considers model plumes from the point of emission up to a day’s travel from the vent and is able to reproduce observed phenomena of BrO formation and O3 depletion …

    east-anglia Repository record for Modelling the atmospheric chemistry of volcanic plumes (opens in a new tab)

  3. Measurements of Reactive Trace Gases and Variable Ozone Formation Rates in South Carolina Biomass Burning Plumes

    … of plant tissues during real fires. The known chemistry of the monoterpenes and their measured abundance suggests that they influenced post-emission formation of ozone, aerosol, and small organic trace gases such as methanol and formaldehyde in the sampled plumes. The variability in the terpene …

    montana-tech Repository record for Measurements of Reactive Trace Gases and Variable Ozone Formation Rates in South Carolina Biomass Burning Plumes (opens in a new tab)

  4. Measurements of Reactive Trace Gases and Variable Ozone Formation Rates in South Carolina Biomass Burning Plumes

    … of plant tissues during real fires. The known chemistry of the monoterpenes and their measured abundance suggests that they influenced post-emission formation of ozone, aerosol, and small organic trace gases such as methanol and formaldehyde in the sampled plumes. The variability in the terpene …

    montana Repository record for Measurements of Reactive Trace Gases and Variable Ozone Formation Rates in South Carolina Biomass Burning Plumes (opens in a new tab)

  5. Quantifying and reducing the uncertainties in global contrail radiative forcing

    … line-shaped ice clouds that form in the exhaust plume of aircraft engines under sufficiently cold and humid conditions. They can persist for several hours, growing to be indistinguishable from natural cirrus clouds. Numerical simulations of contrails (including contrail-cirrus) have estimated the …

    mit Repository record for Quantifying and reducing the uncertainties in global contrail radiative forcing (opens in a new tab)