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Representative evolution of the optical and microphysical properties of a <t>microdroplet</t> of FeCl 3 with fumaric acid. The shaded area adjacent to the dots denotes the standard deviation. The plots showing: (a) the values in measured %RH, (b) Pearson’s correlation coefficient (C), (c) fitting r from Mie theory, (d) n PF,532, and (e) k PF,532 with increasing reaction time. The shaded regions correspond to the initial RH (blue), the dehydration and hydration cycle (yellow), and the final RH (green).
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Representative evolution of the optical and microphysical properties of a <t>microdroplet</t> of FeCl 3 with fumaric acid. The shaded area adjacent to the dots denotes the standard deviation. The plots showing: (a) the values in measured %RH, (b) Pearson’s correlation coefficient (C), (c) fitting r from Mie theory, (d) n PF,532, and (e) k PF,532 with increasing reaction time. The shaded regions correspond to the initial RH (blue), the dehydration and hydration cycle (yellow), and the final RH (green).
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Representative evolution of the optical and microphysical properties of a <t>microdroplet</t> of FeCl 3 with fumaric acid. The shaded area adjacent to the dots denotes the standard deviation. The plots showing: (a) the values in measured %RH, (b) Pearson’s correlation coefficient (C), (c) fitting r from Mie theory, (d) n PF,532, and (e) k PF,532 with increasing reaction time. The shaded regions correspond to the initial RH (blue), the dehydration and hydration cycle (yellow), and the final RH (green).
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Representative evolution of the optical and microphysical properties of a <t>microdroplet</t> of FeCl 3 with fumaric acid. The shaded area adjacent to the dots denotes the standard deviation. The plots showing: (a) the values in measured %RH, (b) Pearson’s correlation coefficient (C), (c) fitting r from Mie theory, (d) n PF,532, and (e) k PF,532 with increasing reaction time. The shaded regions correspond to the initial RH (blue), the dehydration and hydration cycle (yellow), and the final RH (green).
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Representative evolution of the optical and microphysical properties of a <t>microdroplet</t> of FeCl 3 with fumaric acid. The shaded area adjacent to the dots denotes the standard deviation. The plots showing: (a) the values in measured %RH, (b) Pearson’s correlation coefficient (C), (c) fitting r from Mie theory, (d) n PF,532, and (e) k PF,532 with increasing reaction time. The shaded regions correspond to the initial RH (blue), the dehydration and hydration cycle (yellow), and the final RH (green).
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Representative evolution of the optical and microphysical properties of a microdroplet of FeCl 3 with fumaric acid. The shaded area adjacent to the dots denotes the standard deviation. The plots showing: (a) the values in measured %RH, (b) Pearson’s correlation coefficient (C), (c) fitting r from Mie theory, (d) n PF,532, and (e) k PF,532 with increasing reaction time. The shaded regions correspond to the initial RH (blue), the dehydration and hydration cycle (yellow), and the final RH (green).

Journal: ACS Photonics

Article Title: Secondary Brown Carbon Formed by a Microreactor of a Levitated Aqueous Fe (III) Droplet with Fumaric Acid

doi: 10.1021/acsphotonics.5c01691

Figure Lengend Snippet: Representative evolution of the optical and microphysical properties of a microdroplet of FeCl 3 with fumaric acid. The shaded area adjacent to the dots denotes the standard deviation. The plots showing: (a) the values in measured %RH, (b) Pearson’s correlation coefficient (C), (c) fitting r from Mie theory, (d) n PF,532, and (e) k PF,532 with increasing reaction time. The shaded regions correspond to the initial RH (blue), the dehydration and hydration cycle (yellow), and the final RH (green).

Article Snippet: The solution was transferred to a microdroplet dispenser (Microfab, MF-ABP-01) and sprayed onto PET, thereby initiating the experimental process.

Techniques: Standard Deviation