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grl27624-sup-0001-readme.txtplain text document2KReadme.txt
grl27624-sup-0002-txts01.pdfPDF document385KText S1. Additional experimental method and data analysis details regarding the design and operation of the aerosol flow tube, and the estimations of nitric acid particle volume fraction from the CCN activation curves, and Table S1 is included and lists the experimental conditions and resulting ice nucleation properties and hygroscopicity of the aerosol particles.
grl27624-sup-0003-fs01.pdfPDF document144KFigure S1. Entrained aerosol flow reactor for exposing size-selected ATD particles to controlled amounts of HNO3 vapor, followed by online particle hygroscopicity and ice nucleation analysis.
grl27624-sup-0004-fs02.pdfPDF document88KFigure S2. Estimated nitric acid particle volume fraction from CCN measurements versus nitric acid exposure at 0% and 26% RHw for reacted and unreacted 200 nm ATD particles.
grl27624-sup-0005-fs03.pdfPDF document181KFigure S3. Fraction of 200 nm ATD mineral particles that nucleated ice at −30°C as a function of relative humidity with respect to water after different levels of nitric acid vapor exposure at 0% and 26% RHw.

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