Institute of Climate and Energy Systems

Institute of Climate and Energy Systems (ICE) - Troposphere (ICE-3)

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21 to 30 of 1,873 Results

Fig03_modelHO2_vs_BrHO2signal.txt Mar 5, 2024 - Supplementary data for "Impact of HO2/RO2 ratio on highly oxygenated α-pinene photooxidation products and secondary organic aerosol formation potential " Plain Text - 513 B - SHA-256: f3b256f4b3e53c8ee4abca66494582426dc7205f38c56a6d952ed81a8a339b26 Steady-state modelled HO2 concentration plotted against BrHO2 signal for Exp2. BrHO2 signal normalized with reagent ion and reagent ion water cluster, signal corrected by background signal.
Fig04_Change_Product_Classes_high_HO2_relative_to_low_HO2.txt Mar 5, 2024 - Supplementary data for "Impact of HO2/RO2 ratio on highly oxygenated α-pinene photooxidation products and secondary organic aerosol formation potential " Plain Text - 191 B - SHA-256: 6f90d971be35d8beb759522b5515083439e2d4b79d6bcc2bae45b41bb51ccf96 Relative change in product classes in high HO2/RO2 compared to low HO2/RO2 condition. Unseeded experiments, all data for comparison normalized with a-pinene OH turnover.
Fig05_Contribution_of_Product_Classes.txt Mar 5, 2024 - Supplementary data for "Impact of HO2/RO2 ratio on highly oxygenated α-pinene photooxidation products and secondary organic aerosol formation potential " Plain Text - 340 B - SHA-256: 4d7dbecba41a861e775435330e9a7ff1d5579c3075106ef658b5fe36e403cf54 Contribution of product classes in low HO2/RO2 and high HO2/RO2 case in the unseeded experiments.
Fig06_Change_in_Monomers_high_HO2_relative_to_low_HO2_case.txt Mar 5, 2024 - Supplementary data for "Impact of HO2/RO2 ratio on highly oxygenated α-pinene photooxidation products and secondary organic aerosol formation potential " Plain Text - 164 B - SHA-256: 795b0515e4d435d0fdcac3a106b7cf2db1683dc93e09953964e55c576c937ddd Relative change in HOM-Monomer families in high HO2/RO2 compared to low HO2/RO2 condition. Unseeded experiments, all data for comparison normalized with a-pinene OH turnover.
Fig07_Contribution_of_Families_to_C20_HOM_Acc.txt Mar 5, 2024 - Supplementary data for "Impact of HO2/RO2 ratio on highly oxygenated α-pinene photooxidation products and secondary organic aerosol formation potential " Plain Text - 338 B - SHA-256: 1d47294b034f5c65dd48bf295fdbf6317690c11199310751c2982c2de1a4fee1 Contribution of families to C20-HOM-Accretion products in low HO2/RO2 and high HO2/RO2 case in the unseeded experiments.
Fig08_Contribution_odd_and_even_O_number_to_C10_HOM_RO2.txt Mar 5, 2024 - Supplementary data for "Impact of HO2/RO2 ratio on highly oxygenated α-pinene photooxidation products and secondary organic aerosol formation potential " Plain Text - 406 B - SHA-256: 3fbae428b70932a096d255e3de9bf4401bd886fe8da6a72466485e178691f9e4 Contribution of species with odd and even oxygen number to C10-HOM-RO2 families C10H15Ox and C10H17Ox in low HO2/RO2 and high HO2/RO2 case in the unseeded experiments.
Fig09_Change_in_HOM-Fragments_high_HO2_relative_to_low_HO2_case.txt Mar 5, 2024 - Supplementary data for "Impact of HO2/RO2 ratio on highly oxygenated α-pinene photooxidation products and secondary organic aerosol formation potential " Plain Text - 139 B - SHA-256: acfae54fdefba1afd1a535081a125e355eaff623ca3ffb94677c7a5d9e81c575 Relative change in HOM-Fragment groups in high HO2/RO2 compared to low HO2/RO2 condition. Unseeded experiments, all data for comparison normalized with a-pinene OH turnover.
Fig10_Contribution_of_species_to_C10H18Oz_family.txt Mar 5, 2024 - Supplementary data for "Impact of HO2/RO2 ratio on highly oxygenated α-pinene photooxidation products and secondary organic aerosol formation potential " Plain Text - 415 B - SHA-256: dd591bd6c9c9ac834917ed79d2f9e00a832edef648ea1b8f3c87c539965151d3 Contribution of species to C10H18Oz family in low HO2/RO2 and high HO2/RO2 case in the unseeded experiments.
Fig11_Contribution_of_families_to_HOM_Monomers.txt Mar 5, 2024 - Supplementary data for "Impact of HO2/RO2 ratio on highly oxygenated α-pinene photooxidation products and secondary organic aerosol formation potential " Plain Text - 342 B - SHA-256: 4ef4d0f0e47f360fa41a32f3f3394c54fe31d8d7d65528ae41d1e5667c2c7256 Contribution of closed-shell families to HOM-Monomers in low HO2/RO2 and high HO2/RO2 case in the unseeded experiments.
Fig12_Change_product_classes_seeded_relative_to_unseeded_case.txt Mar 5, 2024 - Supplementary data for "Impact of HO2/RO2 ratio on highly oxygenated α-pinene photooxidation products and secondary organic aerosol formation potential " Plain Text - 343 B - SHA-256: 9f38d0a2dd2f8ca9b4a2ea3926b9d3540020bb0dc15e82748779d20da93aeaa0 Relative change in product classes between seeded and unseeded case for low and high HO2/RO2 condition from Exp2. All data for comparison normalized with a-pinene OH turnover. Error estimation via error propagation.

Fig03_modelHO2_vs_BrHO2signal.txt

Mar 5, 2024 - Supplementary data for "Impact of HO2/RO2 ratio on highly oxygenated α-pinene photooxidation products and secondary organic aerosol formation potential "

Plain Text - 513 B - SHA-256: f3b256f4b3e53c8ee4abca66494582426dc7205f38c56a6d952ed81a8a339b26

Steady-state modelled HO2 concentration plotted against BrHO2 signal for Exp2. BrHO2 signal normalized with reagent ion and reagent ion water cluster, signal corrected by background signal.

Fig04_Change_Product_Classes_high_HO2_relative_to_low_HO2.txt

Mar 5, 2024 - Supplementary data for "Impact of HO2/RO2 ratio on highly oxygenated α-pinene photooxidation products and secondary organic aerosol formation potential "

Plain Text - 191 B - SHA-256: 6f90d971be35d8beb759522b5515083439e2d4b79d6bcc2bae45b41bb51ccf96

Relative change in product classes in high HO2/RO2 compared to low HO2/RO2 condition. Unseeded experiments, all data for comparison normalized with a-pinene OH turnover.

Fig05_Contribution_of_Product_Classes.txt

Mar 5, 2024 - Supplementary data for "Impact of HO2/RO2 ratio on highly oxygenated α-pinene photooxidation products and secondary organic aerosol formation potential "

Plain Text - 340 B - SHA-256: 4d7dbecba41a861e775435330e9a7ff1d5579c3075106ef658b5fe36e403cf54

Contribution of product classes in low HO2/RO2 and high HO2/RO2 case in the unseeded experiments.

Fig06_Change_in_Monomers_high_HO2_relative_to_low_HO2_case.txt

Mar 5, 2024 - Supplementary data for "Impact of HO2/RO2 ratio on highly oxygenated α-pinene photooxidation products and secondary organic aerosol formation potential "

Plain Text - 164 B - SHA-256: 795b0515e4d435d0fdcac3a106b7cf2db1683dc93e09953964e55c576c937ddd

Relative change in HOM-Monomer families in high HO2/RO2 compared to low HO2/RO2 condition. Unseeded experiments, all data for comparison normalized with a-pinene OH turnover.

Fig07_Contribution_of_Families_to_C20_HOM_Acc.txt

Mar 5, 2024 - Supplementary data for "Impact of HO2/RO2 ratio on highly oxygenated α-pinene photooxidation products and secondary organic aerosol formation potential "

Plain Text - 338 B - SHA-256: 1d47294b034f5c65dd48bf295fdbf6317690c11199310751c2982c2de1a4fee1

Contribution of families to C20-HOM-Accretion products in low HO2/RO2 and high HO2/RO2 case in the unseeded experiments.

Fig08_Contribution_odd_and_even_O_number_to_C10_HOM_RO2.txt

Mar 5, 2024 - Supplementary data for "Impact of HO2/RO2 ratio on highly oxygenated α-pinene photooxidation products and secondary organic aerosol formation potential "

Plain Text - 406 B - SHA-256: 3fbae428b70932a096d255e3de9bf4401bd886fe8da6a72466485e178691f9e4

Contribution of species with odd and even oxygen number to C10-HOM-RO2 families C10H15Ox and C10H17Ox in low HO2/RO2 and high HO2/RO2 case in the unseeded experiments.

Fig09_Change_in_HOM-Fragments_high_HO2_relative_to_low_HO2_case.txt

Mar 5, 2024 - Supplementary data for "Impact of HO2/RO2 ratio on highly oxygenated α-pinene photooxidation products and secondary organic aerosol formation potential "

Plain Text - 139 B - SHA-256: acfae54fdefba1afd1a535081a125e355eaff623ca3ffb94677c7a5d9e81c575

Relative change in HOM-Fragment groups in high HO2/RO2 compared to low HO2/RO2 condition. Unseeded experiments, all data for comparison normalized with a-pinene OH turnover.

Fig10_Contribution_of_species_to_C10H18Oz_family.txt

Mar 5, 2024 - Supplementary data for "Impact of HO2/RO2 ratio on highly oxygenated α-pinene photooxidation products and secondary organic aerosol formation potential "

Plain Text - 415 B - SHA-256: dd591bd6c9c9ac834917ed79d2f9e00a832edef648ea1b8f3c87c539965151d3

Contribution of species to C10H18Oz family in low HO2/RO2 and high HO2/RO2 case in the unseeded experiments.

Fig11_Contribution_of_families_to_HOM_Monomers.txt

Mar 5, 2024 - Supplementary data for "Impact of HO2/RO2 ratio on highly oxygenated α-pinene photooxidation products and secondary organic aerosol formation potential "

Plain Text - 342 B - SHA-256: 4ef4d0f0e47f360fa41a32f3f3394c54fe31d8d7d65528ae41d1e5667c2c7256

Contribution of closed-shell families to HOM-Monomers in low HO2/RO2 and high HO2/RO2 case in the unseeded experiments.

Fig12_Change_product_classes_seeded_relative_to_unseeded_case.txt

Mar 5, 2024 - Supplementary data for "Impact of HO2/RO2 ratio on highly oxygenated α-pinene photooxidation products and secondary organic aerosol formation potential "

Plain Text - 343 B - SHA-256: 9f38d0a2dd2f8ca9b4a2ea3926b9d3540020bb0dc15e82748779d20da93aeaa0

Relative change in product classes between seeded and unseeded case for low and high HO2/RO2 condition from Exp2. All data for comparison normalized with a-pinene OH turnover. Error estimation via error propagation.

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