Autooxidation of nitrous acid to nitric acid in supermicron aqueous droplets is acid accelerated

Monroe, Luke

doi:10.5281/zenodo.12537668

Published June 25, 2024 | Version v1

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Autooxidation of nitrous acid to nitric acid in supermicron aqueous droplets is acid accelerated

Monroe, Luke (Data collector)^{1, 2}

1. Carnegie Mellon University
2. University of Missouri–Kansas City

This is the processed Raman data and calibration data for the experiments used in "Autooxidation of nitrous acid to nitric acid in supermicron aqueous droplets is acid accelerated" submitted to Chemical Science on Aug 2024

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U.S. National Science Foundation
Determining the Buffering Capacity and PH of Aerosols and Their Control of the Multiphase Chemical Evolution and Kinetics of Optically Levitated Particles 2109074

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License: Creative Commons Attribution 4.0 International

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Created: August 4, 2024
Modified: August 4, 2024

Autooxidation of nitrous acid to nitric acid in supermicron aqueous droplets is acid accelerated

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