Development of a new Long Path Absorption Photometer (LOPAP) instrument for the sensitive detection of NO<sub>2</sub> in the atmosphere

Villena, G.; Bejan, I.; Kurtenbach, R.; Wiesen, P.; Kleffmann, J.

doi:10.5194/amt-4-1663-2011

Articles | Volume 4, issue 8

https://doi.org/10.5194/amt-4-1663-2011

© Author(s) 2011. This work is distributed under
the Creative Commons Attribution 3.0 License.

https://doi.org/10.5194/amt-4-1663-2011

© Author(s) 2011. This work is distributed under
the Creative Commons Attribution 3.0 License.

Articles | Volume 4, issue 8

Research article

|

29 Aug 2011

Research article |

| 29 Aug 2011

Development of a new Long Path Absorption Photometer (LOPAP) instrument for the sensitive detection of NO₂ in the atmosphere

G. Villena, I. Bejan, R. Kurtenbach, P. Wiesen, and J. Kleffmann

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Total article views: 4,821 (including HTML, PDF, and XML)

HTML	PDF	XML	Total	BibTeX	EndNote
2,358	2,223	240	4,821	203	168

HTML: 2,358
PDF: 2,223
XML: 240
Total: 4,821
BibTeX: 203
EndNote: 168

Views and downloads (calculated since 01 Feb 2013, article published on 14 Mar 2011)

Month	HTML	PDF	XML	Total
Feb 2013	16	16	7	39
Mar 2013	9	13	4	26
Apr 2013	9	18	4	31
May 2013	4	28	4	36
Jun 2013	32	26	3	61
Jul 2013	51	32	4	87
Aug 2013	24	13	0	37
Sep 2013	16	28	4	48
Oct 2013	19	26	3	48
Nov 2013	5	22	4	31
Dec 2013	14	30	8	52
Jan 2014	19	29	9	57
Feb 2014	54	31	14	99
Mar 2014	25	31	7	63
Apr 2014	15	20	6	41
May 2014	9	30	5	44
Jun 2014	9	30	6	45
Jul 2014	19	38	6	63
Aug 2014	12	27	5	44
Sep 2014	11	29	3	43
Oct 2014	4	18	6	28
Nov 2014	7	36	6	49
Dec 2014	7	30	3	40
Jan 2015	6	13	3	22
Feb 2015	7	6	2	15
Mar 2015	12	10	1	23
Apr 2015	16	4	2	22
May 2015	8	8	0	16
Jun 2015	22	6	0	28
Jul 2015	21	6	0	27
Aug 2015	14	21	0	35
Sep 2015	3	2	0	5
Oct 2015	15	5	0	20
Nov 2015	17	13	0	30
Dec 2015	9	10	0	19
Jan 2016	26	14	0	40
Feb 2016	13	17	1	31
Mar 2016	16	17	0	33
Apr 2016	12	7	0	19
May 2016	13	10	0	23
Jun 2016	7	5	0	12
Jul 2016	17	8	2	27
Aug 2016	12	10	0	22
Sep 2016	7	3	0	10
Oct 2016	7	5	0	12
Nov 2016	6	6	0	12
Dec 2016	9	2	0	11
Jan 2017	12	10	0	22
Feb 2017	5	1	0	6
Mar 2017	24	17	1	42
Apr 2017	17	17	1	35
May 2017	17	33	0	50
Jun 2017	25	13	2	40
Jul 2017	14	5	0	19
Aug 2017	8	11	1	20
Sep 2017	6	10	0	16
Oct 2017	1	16	0	17
Nov 2017	6	15	0	21
Dec 2017	7	17	0	24
Jan 2018	8	15	0	23
Feb 2018	9	11	0	20
Mar 2018	11	16	0	27
Apr 2018	13	20	0	33
May 2018	11	19	0	30
Jun 2018	9	19	1	29
Jul 2018	12	11	0	23
Aug 2018	10	10	0	20
Sep 2018	11	17	0	28
Oct 2018	9	20	0	29
Nov 2018	9	13	0	22
Dec 2018	11	15	0	26
Jan 2019	2	10	0	12
Feb 2019	3	7	0	10
Mar 2019	3	8	0	11
Apr 2019	7	6	2	15
May 2019	9	9	0	18
Jun 2019	9	5	1	15
Jul 2019	3	10	0	13
Aug 2019	6	11	0	17
Sep 2019	2	4	0	6
Oct 2019	7	11	1	19
Nov 2019	3	12	0	15
Dec 2019	13	15	0	28
Jan 2020	3	17	1	21
Feb 2020	2	8	0	10
Mar 2020	8	17	0	25
Apr 2020	6	13	0	19
May 2020	2	12	0	14
Jun 2020	18	5	0	23
Jul 2020	46	25	22	93
Aug 2020	10	10	9	29
Sep 2020	9	11	0	20
Oct 2020	10	10	0	20
Nov 2020	14	23	0	37
Dec 2020	18	9	0	27
Jan 2021	19	22	0	41
Feb 2021	14	10	0	24
Mar 2021	8	23	0	31
Apr 2021	7	11	0	18
May 2021	5	10	1	16
Jun 2021	8	13	0	21
Jul 2021	5	38	0	43
Aug 2021	9	18	1	28
Sep 2021	12	16	0	28
Oct 2021	5	45	0	50
Nov 2021	8	22	0	30
Dec 2021	12	10	0	22
Jan 2022	12	17	0	29
Feb 2022	11	13	1	25
Mar 2022	9	10	0	19
Apr 2022	13	16	1	30
May 2022	15	15	0	30
Jun 2022	12	5	1	18
Jul 2022	5	8	0	13
Aug 2022	11	14	0	25
Sep 2022	7	5	0	12
Oct 2022	6	9	0	15
Nov 2022	18	12	0	30
Dec 2022	15	15	2	32
Jan 2023	24	20	0	44
Feb 2023	18	10	1	29
Mar 2023	22	10	0	32
Apr 2023	13	7	0	20
May 2023	38	11	0	49
Jun 2023	34	6	1	41
Jul 2023	38	6	1	45
Aug 2023	46	6	3	55
Sep 2023	44	7	2	53
Oct 2023	44	8	1	53
Nov 2023	29	6	1	36
Dec 2023	44	16	0	60
Jan 2024	62	7	1	70
Feb 2024	36	11	0	47
Mar 2024	44	12	1	57
Apr 2024	47	17	6	70
May 2024	19	12	0	31
Jun 2024	22	11	2	35
Jul 2024	27	6	3	36
Aug 2024	23	11	1	35
Sep 2024	10	6	0	16
Oct 2024	14	11	0	25
Nov 2024	7	11	1	19
Dec 2024	7	7	0	14
Jan 2025	22	15	3	40
Feb 2025	23	12	2	37
Mar 2025	11	9	0	20
Apr 2025	16	21	1	38
May 2025	9	4	1	14
Jun 2025	28	4	4	36
Jul 2025	11	15	4	30
Aug 2025	16	12	0	28
Sep 2025	21	10	1	32
Oct 2025	13	8	1	22
Nov 2025	26	30	7	63
Dec 2025	18	14	5	37
Jan 2026	23	29	5	57

Cumulative views and downloads (calculated since 01 Feb 2013, article published on 14 Mar 2011)

Month	HTML	PDF	XML	Total
Feb 2013	16	16	7	39
Mar 2013	9	13	4	26
Apr 2013	9	18	4	31
May 2013	4	28	4	36
Jun 2013	32	26	3	61
Jul 2013	51	32	4	87
Aug 2013	24	13	0	37
Sep 2013	16	28	4	48
Oct 2013	19	26	3	48
Nov 2013	5	22	4	31
Dec 2013	14	30	8	52
Jan 2014	19	29	9	57
Feb 2014	54	31	14	99
Mar 2014	25	31	7	63
Apr 2014	15	20	6	41
May 2014	9	30	5	44
Jun 2014	9	30	6	45
Jul 2014	19	38	6	63
Aug 2014	12	27	5	44
Sep 2014	11	29	3	43
Oct 2014	4	18	6	28
Nov 2014	7	36	6	49
Dec 2014	7	30	3	40
Jan 2015	6	13	3	22
Feb 2015	7	6	2	15
Mar 2015	12	10	1	23
Apr 2015	16	4	2	22
May 2015	8	8	0	16
Jun 2015	22	6	0	28
Jul 2015	21	6	0	27
Aug 2015	14	21	0	35
Sep 2015	3	2	0	5
Oct 2015	15	5	0	20
Nov 2015	17	13	0	30
Dec 2015	9	10	0	19
Jan 2016	26	14	0	40
Feb 2016	13	17	1	31
Mar 2016	16	17	0	33
Apr 2016	12	7	0	19
May 2016	13	10	0	23
Jun 2016	7	5	0	12
Jul 2016	17	8	2	27
Aug 2016	12	10	0	22
Sep 2016	7	3	0	10
Oct 2016	7	5	0	12
Nov 2016	6	6	0	12
Dec 2016	9	2	0	11
Jan 2017	12	10	0	22
Feb 2017	5	1	0	6
Mar 2017	24	17	1	42
Apr 2017	17	17	1	35
May 2017	17	33	0	50
Jun 2017	25	13	2	40
Jul 2017	14	5	0	19
Aug 2017	8	11	1	20
Sep 2017	6	10	0	16
Oct 2017	1	16	0	17
Nov 2017	6	15	0	21
Dec 2017	7	17	0	24
Jan 2018	8	15	0	23
Feb 2018	9	11	0	20
Mar 2018	11	16	0	27
Apr 2018	13	20	0	33
May 2018	11	19	0	30
Jun 2018	9	19	1	29
Jul 2018	12	11	0	23
Aug 2018	10	10	0	20
Sep 2018	11	17	0	28
Oct 2018	9	20	0	29
Nov 2018	9	13	0	22
Dec 2018	11	15	0	26
Jan 2019	2	10	0	12
Feb 2019	3	7	0	10
Mar 2019	3	8	0	11
Apr 2019	7	6	2	15
May 2019	9	9	0	18
Jun 2019	9	5	1	15
Jul 2019	3	10	0	13
Aug 2019	6	11	0	17
Sep 2019	2	4	0	6
Oct 2019	7	11	1	19
Nov 2019	3	12	0	15
Dec 2019	13	15	0	28
Jan 2020	3	17	1	21
Feb 2020	2	8	0	10
Mar 2020	8	17	0	25
Apr 2020	6	13	0	19
May 2020	2	12	0	14
Jun 2020	18	5	0	23
Jul 2020	46	25	22	93
Aug 2020	10	10	9	29
Sep 2020	9	11	0	20
Oct 2020	10	10	0	20
Nov 2020	14	23	0	37
Dec 2020	18	9	0	27
Jan 2021	19	22	0	41
Feb 2021	14	10	0	24
Mar 2021	8	23	0	31
Apr 2021	7	11	0	18
May 2021	5	10	1	16
Jun 2021	8	13	0	21
Jul 2021	5	38	0	43
Aug 2021	9	18	1	28
Sep 2021	12	16	0	28
Oct 2021	5	45	0	50
Nov 2021	8	22	0	30
Dec 2021	12	10	0	22
Jan 2022	12	17	0	29
Feb 2022	11	13	1	25
Mar 2022	9	10	0	19
Apr 2022	13	16	1	30
May 2022	15	15	0	30
Jun 2022	12	5	1	18
Jul 2022	5	8	0	13
Aug 2022	11	14	0	25
Sep 2022	7	5	0	12
Oct 2022	6	9	0	15
Nov 2022	18	12	0	30
Dec 2022	15	15	2	32
Jan 2023	24	20	0	44
Feb 2023	18	10	1	29
Mar 2023	22	10	0	32
Apr 2023	13	7	0	20
May 2023	38	11	0	49
Jun 2023	34	6	1	41
Jul 2023	38	6	1	45
Aug 2023	46	6	3	55
Sep 2023	44	7	2	53
Oct 2023	44	8	1	53
Nov 2023	29	6	1	36
Dec 2023	44	16	0	60
Jan 2024	62	7	1	70
Feb 2024	36	11	0	47
Mar 2024	44	12	1	57
Apr 2024	47	17	6	70
May 2024	19	12	0	31
Jun 2024	22	11	2	35
Jul 2024	27	6	3	36
Aug 2024	23	11	1	35
Sep 2024	10	6	0	16
Oct 2024	14	11	0	25
Nov 2024	7	11	1	19
Dec 2024	7	7	0	14
Jan 2025	22	15	3	40
Feb 2025	23	12	2	37
Mar 2025	11	9	0	20
Apr 2025	16	21	1	38
May 2025	9	4	1	14
Jun 2025	28	4	4	36
Jul 2025	11	15	4	30
Aug 2025	16	12	0	28
Sep 2025	21	10	1	32
Oct 2025	13	8	1	22
Nov 2025	26	30	7	63
Dec 2025	18	14	5	37
Jan 2026	23	29	5	57

Latest update: 24 Jan 2026

Development of a new Long Path Absorption Photometer (LOPAP) instrument for the sensitive detection of NO2 in the atmosphere

Viewed

Development of a new Long Path Absorption Photometer (LOPAP) instrument for the sensitive detection of NO₂ in the atmosphere