Contributions of nitrated aromatic compounds to the light absorption of water-soluble and particulate brown carbon in different atmospheric environments in Germany and China

Teich, Monique; van Pinxteren, Dominik; Wang, Michael; Kecorius, Simonas; Wang, Zhibin; Müller, Thomas; Močnik, Griša; Herrmann, Hartmut

doi:10.5194/acp-17-1653-2017

Articles | Volume 17, issue 3

https://doi.org/10.5194/acp-17-1653-2017

© Author(s) 2017. This work is distributed under
the Creative Commons Attribution 3.0 License.

https://doi.org/10.5194/acp-17-1653-2017

© Author(s) 2017. This work is distributed under
the Creative Commons Attribution 3.0 License.

Articles | Volume 17, issue 3

Research article

|

02 Feb 2017

Research article |

| 02 Feb 2017

Contributions of nitrated aromatic compounds to the light absorption of water-soluble and particulate brown carbon in different atmospheric environments in Germany and China

Monique Teich, Dominik van Pinxteren, Michael Wang, Simonas Kecorius, Zhibin Wang, Thomas Müller, Griša Močnik, and Hartmut Herrmann

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Total article views: 6,685 (including HTML, PDF, and XML)

HTML	PDF	XML	Total	Supplement	BibTeX	EndNote
3,325	3,241	119	6,685	600	123	239

HTML: 3,325
PDF: 3,241
XML: 119
Total: 6,685
Supplement: 600
BibTeX: 123
EndNote: 239

Views and downloads (calculated since 25 Jul 2016)

Month	HTML	PDF	XML	Total
Jul 2016	77	32	2	111
Aug 2016	39	19	1	59
Sep 2016	25	9	0	34
Oct 2016	16	8	4	28
Nov 2016	10	7	7	24
Dec 2016	2	2	0	4
Jan 2017	10	30	2	42
Feb 2017	203	104	3	310
Mar 2017	43	71	1	115
Apr 2017	61	107	0	168
May 2017	34	92	3	129
Jun 2017	46	59	2	107
Jul 2017	18	40	0	58
Aug 2017	26	32	0	58
Sep 2017	23	41	1	65
Oct 2017	18	28	0	46
Nov 2017	19	46	0	65
Dec 2017	20	40	0	60
Jan 2018	21	55	0	76
Feb 2018	22	33	0	55
Mar 2018	27	51	1	79
Apr 2018	27	51	0	78
May 2018	32	50	1	83
Jun 2018	13	47	0	60
Jul 2018	16	44	0	60
Aug 2018	16	33	1	50
Sep 2018	15	37	1	53
Oct 2018	26	46	3	75
Nov 2018	18	59	2	79
Dec 2018	20	41	2	63
Jan 2019	16	36	2	54
Feb 2019	16	37	0	53
Mar 2019	13	30	0	43
Apr 2019	10	32	0	42
May 2019	13	37	0	50
Jun 2019	12	20	0	32
Jul 2019	12	26	0	38
Aug 2019	5	32	0	37
Sep 2019	15	23	0	38
Oct 2019	11	26	1	38
Nov 2019	8	34	1	43
Dec 2019	16	25	0	41
Jan 2020	16	42	0	58
Feb 2020	15	32	0	47
Mar 2020	4	17	0	21
Apr 2020	5	20	0	25
May 2020	13	32	0	45
Jun 2020	11	20	2	33
Jul 2020	16	26	3	45
Aug 2020	27	27	0	54
Sep 2020	14	14	1	29
Oct 2020	11	18	0	29
Nov 2020	15	20	0	35
Dec 2020	11	27	1	39
Jan 2021	19	35	1	55
Feb 2021	16	36	1	53
Mar 2021	20	39	1	60
Apr 2021	12	54	0	66
May 2021	20	50	1	71
Jun 2021	14	31	1	46
Jul 2021	15	38	0	53
Aug 2021	17	33	1	51
Sep 2021	31	28	1	60
Oct 2021	25	59	1	85
Nov 2021	21	42	3	66
Dec 2021	33	21	0	54
Jan 2022	20	14	0	34
Feb 2022	22	16	1	39
Mar 2022	38	27	1	66
Apr 2022	17	11	1	29
May 2022	15	18	0	33
Jun 2022	25	14	1	40
Jul 2022	18	10	0	28
Aug 2022	26	14	0	40
Sep 2022	10	9	3	22
Oct 2022	21	8	3	32
Nov 2022	33	22	0	55
Dec 2022	17	8	1	26
Jan 2023	16	15	1	32
Feb 2023	32	14	0	46
Mar 2023	67	21	1	89
Apr 2023	20	20	0	40
May 2023	45	19	0	64
Jun 2023	69	12	1	82
Jul 2023	51	15	1	67
Aug 2023	58	21	2	81
Sep 2023	56	13	0	69
Oct 2023	76	24	3	103
Nov 2023	38	6	1	45
Dec 2023	63	17	2	82
Jan 2024	48	14	0	62
Feb 2024	51	17	0	68
Mar 2024	74	38	3	115
Apr 2024	65	23	2	90
May 2024	43	26	1	70
Jun 2024	33	13	3	49
Jul 2024	32	11	3	46
Aug 2024	37	12	2	51
Sep 2024	31	8	0	39
Oct 2024	33	12	0	45
Nov 2024	29	14	4	47
Dec 2024	33	18	1	52
Jan 2025	36	22	1	59
Feb 2025	29	17	1	47
Mar 2025	33	23	2	58
Apr 2025	28	17	0	45
May 2025	44	23	0	67
Jun 2025	56	12	8	76
Jul 2025	37	22	1	60
Aug 2025	63	21	2	86
Sep 2025	86	16	2	104
Oct 2025	30	44	0	74
Nov 2025	30	17	1	48

Cumulative views and downloads (calculated since 25 Jul 2016)

Month	HTML	PDF	XML	Total
Jul 2016	77	32	2	111
Aug 2016	39	19	1	59
Sep 2016	25	9	0	34
Oct 2016	16	8	4	28
Nov 2016	10	7	7	24
Dec 2016	2	2	0	4
Jan 2017	10	30	2	42
Feb 2017	203	104	3	310
Mar 2017	43	71	1	115
Apr 2017	61	107	0	168
May 2017	34	92	3	129
Jun 2017	46	59	2	107
Jul 2017	18	40	0	58
Aug 2017	26	32	0	58
Sep 2017	23	41	1	65
Oct 2017	18	28	0	46
Nov 2017	19	46	0	65
Dec 2017	20	40	0	60
Jan 2018	21	55	0	76
Feb 2018	22	33	0	55
Mar 2018	27	51	1	79
Apr 2018	27	51	0	78
May 2018	32	50	1	83
Jun 2018	13	47	0	60
Jul 2018	16	44	0	60
Aug 2018	16	33	1	50
Sep 2018	15	37	1	53
Oct 2018	26	46	3	75
Nov 2018	18	59	2	79
Dec 2018	20	41	2	63
Jan 2019	16	36	2	54
Feb 2019	16	37	0	53
Mar 2019	13	30	0	43
Apr 2019	10	32	0	42
May 2019	13	37	0	50
Jun 2019	12	20	0	32
Jul 2019	12	26	0	38
Aug 2019	5	32	0	37
Sep 2019	15	23	0	38
Oct 2019	11	26	1	38
Nov 2019	8	34	1	43
Dec 2019	16	25	0	41
Jan 2020	16	42	0	58
Feb 2020	15	32	0	47
Mar 2020	4	17	0	21
Apr 2020	5	20	0	25
May 2020	13	32	0	45
Jun 2020	11	20	2	33
Jul 2020	16	26	3	45
Aug 2020	27	27	0	54
Sep 2020	14	14	1	29
Oct 2020	11	18	0	29
Nov 2020	15	20	0	35
Dec 2020	11	27	1	39
Jan 2021	19	35	1	55
Feb 2021	16	36	1	53
Mar 2021	20	39	1	60
Apr 2021	12	54	0	66
May 2021	20	50	1	71
Jun 2021	14	31	1	46
Jul 2021	15	38	0	53
Aug 2021	17	33	1	51
Sep 2021	31	28	1	60
Oct 2021	25	59	1	85
Nov 2021	21	42	3	66
Dec 2021	33	21	0	54
Jan 2022	20	14	0	34
Feb 2022	22	16	1	39
Mar 2022	38	27	1	66
Apr 2022	17	11	1	29
May 2022	15	18	0	33
Jun 2022	25	14	1	40
Jul 2022	18	10	0	28
Aug 2022	26	14	0	40
Sep 2022	10	9	3	22
Oct 2022	21	8	3	32
Nov 2022	33	22	0	55
Dec 2022	17	8	1	26
Jan 2023	16	15	1	32
Feb 2023	32	14	0	46
Mar 2023	67	21	1	89
Apr 2023	20	20	0	40
May 2023	45	19	0	64
Jun 2023	69	12	1	82
Jul 2023	51	15	1	67
Aug 2023	58	21	2	81
Sep 2023	56	13	0	69
Oct 2023	76	24	3	103
Nov 2023	38	6	1	45
Dec 2023	63	17	2	82
Jan 2024	48	14	0	62
Feb 2024	51	17	0	68
Mar 2024	74	38	3	115
Apr 2024	65	23	2	90
May 2024	43	26	1	70
Jun 2024	33	13	3	49
Jul 2024	32	11	3	46
Aug 2024	37	12	2	51
Sep 2024	31	8	0	39
Oct 2024	33	12	0	45
Nov 2024	29	14	4	47
Dec 2024	33	18	1	52
Jan 2025	36	22	1	59
Feb 2025	29	17	1	47
Mar 2025	33	23	2	58
Apr 2025	28	17	0	45
May 2025	44	23	0	67
Jun 2025	56	12	8	76
Jul 2025	37	22	1	60
Aug 2025	63	21	2	86
Sep 2025	86	16	2	104
Oct 2025	30	44	0	74
Nov 2025	30	17	1	48

Latest update: 20 Nov 2025

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Short summary

This study provides a large data set on concentrations of individual brown carbon constituents, i.e., nitrated aromatic compounds, in diverse atmospheric environments and their relative contribution to water-soluble and particulate light absorption. It extends the existing knowledge on the abundance of brown carbon and its molecular composition and provides scientific motivation for further studies on ambient brown carbon constituents.