A DNS study of aerosol and small-scale cloud turbulence interaction

Babkovskaia, Natalia; Rannik, Ullar; Phillips, Vaughan; Siebert, Holger; Wehner, Birgit; Boy, Michael

doi:https://doi.org/10.5194/acp-16-7889-2016

Articles | Volume 16, issue 12

https://doi.org/10.5194/acp-16-7889-2016

© Author(s) 2016. This work is distributed under
the Creative Commons Attribution 3.0 License.

Special issue:

https://doi.org/10.5194/acp-16-7889-2016

© Author(s) 2016. This work is distributed under
the Creative Commons Attribution 3.0 License.

Articles | Volume 16, issue 12

Research article

|

29 Jun 2016

Research article |

| 29 Jun 2016

A DNS study of aerosol and small-scale cloud turbulence interaction

Natalia Babkovskaia, Ullar Rannik, Vaughan Phillips, Holger Siebert, Birgit Wehner, and Michael Boy

Viewed

Total article views: 2,528 (including HTML, PDF, and XML)

HTML	PDF	XML	Total	BibTeX	EndNote
1,700	726	102	2,528	79	91

HTML: 1,700
PDF: 726
XML: 102
Total: 2,528
BibTeX: 79
EndNote: 91

Views and downloads (calculated since 22 Jan 2016)

Month	HTML	PDF	XML	Total
Jan 2016	95	40	3	138
Feb 2016	51	12	2	65
Mar 2016	30	10	0	40
Apr 2016	13	2	0	15
May 2016	21	5	0	26
Jun 2016	39	15	2	56
Jul 2016	65	20	1	86
Aug 2016	26	10	0	36
Sep 2016	17	7	0	24
Oct 2016	10	0	10
Nov 2016	5	2	0	7
Dec 2016	3	1	0	4
Jan 2017	13	7	1	21
Feb 2017	11	4	1	16
Mar 2017	26	12	4	42
Apr 2017	29	9	2	40
May 2017	24	12	1	37
Jun 2017	17	7	4	28
Jul 2017	13	8	0	21
Aug 2017	14	11	2	27
Sep 2017	11	10	0	21
Oct 2017	18	11	1	30
Nov 2017	11	8	0	19
Dec 2017	11	11	0	22
Jan 2018	13	13	0	26
Feb 2018	8	5	1	14
Mar 2018	17	13	1	31
Apr 2018	11	6	1	18
May 2018	17	9	1	27
Jun 2018	14	9	0	23
Jul 2018	7	3	0	10
Aug 2018	20	14	0	34
Sep 2018	13	9	0	22
Oct 2018	12	4	0	16
Nov 2018	13	6	0	19
Dec 2018	11	3	1	15
Jan 2019	1	3	0	4
Feb 2019	7	5	0	12
Mar 2019	3	6	0	9
Apr 2019	6	3	0	9
May 2019	13	7	0	20
Jun 2019	6	6	0	12
Jul 2019	12	5	1	18
Aug 2019	8	4	0	12
Sep 2019	10	5	0	15
Oct 2019	9	5	3	17
Nov 2019	5	4	1	10
Dec 2019	5	1	0	6
Jan 2020	8	4	1	13
Feb 2020	7	6	2	15
Mar 2020	2	3	0	5
Apr 2020	3	2	0	5
May 2020	5	3	2	10
Jun 2020	15	12	0	27
Jul 2020	12	12	5	29
Aug 2020	17	7	2	26
Sep 2020	18	4	2	24
Oct 2020	6	4	1	11
Nov 2020	11	7	1	19
Dec 2020	9	4	1	14
Jan 2021	13	6	0	19
Feb 2021	6	7	2	15
Mar 2021	8	1	2	11
Apr 2021	7	8	0	15
May 2021	5	5	1	11
Jun 2021	12	8	1	21
Jul 2021	11	6	0	17
Aug 2021	7	5	0	12
Sep 2021	17	8	0	25
Oct 2021	15	30	0	45
Nov 2021	8	19	1	28
Dec 2021	18	13	1	32
Jan 2022	12	9	3	24
Feb 2022	12	1	1	14
Mar 2022	4	5	0	9
Apr 2022	13	3	0	16
May 2022	5	2	1	8
Jun 2022	5	2	2	9
Jul 2022	4	3	1	8
Aug 2022	11	3	0	14
Sep 2022	8	6	0	14
Oct 2022	5	3	4	12
Nov 2022	12	4	5	21
Dec 2022	6	3	1	10
Jan 2023	6	7	0	13
Feb 2023	10	3	0	13
Mar 2023	11	4	0	15
Apr 2023	4	3	0	7
May 2023	32	9	0	41
Jun 2023	37	2	1	40
Jul 2023	41	4	1	46
Aug 2023	34	2	1	37
Sep 2023	36	4	1	41
Oct 2023	40	3	2	45
Nov 2023	28	1	0	29
Dec 2023	40	6	1	47
Jan 2024	40	1	41
Feb 2024	36	11	0	47
Mar 2024	41	8	1	50
Apr 2024	33	7	3	43
May 2024	11	14	2	27
Jun 2024	9	5	1	15
Jul 2024	12	6	3	21
Aug 2024	15	5	3	23
Sep 2024	9	4	0	13
Oct 2024	17	6	2	25
Nov 2024	5	1	2	8
Dec 2024	2	1	0	3

Cumulative views and downloads (calculated since 22 Jan 2016)

Month	HTML	PDF	XML	Total
Jan 2016	95	40	3	138
Feb 2016	51	12	2	65
Mar 2016	30	10	0	40
Apr 2016	13	2	0	15
May 2016	21	5	0	26
Jun 2016	39	15	2	56
Jul 2016	65	20	1	86
Aug 2016	26	10	0	36
Sep 2016	17	7	0	24
Oct 2016	10	0	10
Nov 2016	5	2	0	7
Dec 2016	3	1	0	4
Jan 2017	13	7	1	21
Feb 2017	11	4	1	16
Mar 2017	26	12	4	42
Apr 2017	29	9	2	40
May 2017	24	12	1	37
Jun 2017	17	7	4	28
Jul 2017	13	8	0	21
Aug 2017	14	11	2	27
Sep 2017	11	10	0	21
Oct 2017	18	11	1	30
Nov 2017	11	8	0	19
Dec 2017	11	11	0	22
Jan 2018	13	13	0	26
Feb 2018	8	5	1	14
Mar 2018	17	13	1	31
Apr 2018	11	6	1	18
May 2018	17	9	1	27
Jun 2018	14	9	0	23
Jul 2018	7	3	0	10
Aug 2018	20	14	0	34
Sep 2018	13	9	0	22
Oct 2018	12	4	0	16
Nov 2018	13	6	0	19
Dec 2018	11	3	1	15
Jan 2019	1	3	0	4
Feb 2019	7	5	0	12
Mar 2019	3	6	0	9
Apr 2019	6	3	0	9
May 2019	13	7	0	20
Jun 2019	6	6	0	12
Jul 2019	12	5	1	18
Aug 2019	8	4	0	12
Sep 2019	10	5	0	15
Oct 2019	9	5	3	17
Nov 2019	5	4	1	10
Dec 2019	5	1	0	6
Jan 2020	8	4	1	13
Feb 2020	7	6	2	15
Mar 2020	2	3	0	5
Apr 2020	3	2	0	5
May 2020	5	3	2	10
Jun 2020	15	12	0	27
Jul 2020	12	12	5	29
Aug 2020	17	7	2	26
Sep 2020	18	4	2	24
Oct 2020	6	4	1	11
Nov 2020	11	7	1	19
Dec 2020	9	4	1	14
Jan 2021	13	6	0	19
Feb 2021	6	7	2	15
Mar 2021	8	1	2	11
Apr 2021	7	8	0	15
May 2021	5	5	1	11
Jun 2021	12	8	1	21
Jul 2021	11	6	0	17
Aug 2021	7	5	0	12
Sep 2021	17	8	0	25
Oct 2021	15	30	0	45
Nov 2021	8	19	1	28
Dec 2021	18	13	1	32
Jan 2022	12	9	3	24
Feb 2022	12	1	1	14
Mar 2022	4	5	0	9
Apr 2022	13	3	0	16
May 2022	5	2	1	8
Jun 2022	5	2	2	9
Jul 2022	4	3	1	8
Aug 2022	11	3	0	14
Sep 2022	8	6	0	14
Oct 2022	5	3	4	12
Nov 2022	12	4	5	21
Dec 2022	6	3	1	10
Jan 2023	6	7	0	13
Feb 2023	10	3	0	13
Mar 2023	11	4	0	15
Apr 2023	4	3	0	7
May 2023	32	9	0	41
Jun 2023	37	2	1	40
Jul 2023	41	4	1	46
Aug 2023	34	2	1	37
Sep 2023	36	4	1	41
Oct 2023	40	3	2	45
Nov 2023	28	1	0	29
Dec 2023	40	6	1	47
Jan 2024	40	1	41
Feb 2024	36	11	0	47
Mar 2024	41	8	1	50
Apr 2024	33	7	3	43
May 2024	11	14	2	27
Jun 2024	9	5	1	15
Jul 2024	12	6	3	21
Aug 2024	15	5	3	23
Sep 2024	9	4	0	13
Oct 2024	17	6	2	25
Nov 2024	5	1	2	8
Dec 2024	2	1	0	3

Saved (preprint)

Latest update: 14 Dec 2024

Short summary

Turbulence, aerosol growth and microphysics of hydrometeors in clouds are intimately coupled. A new modelling approach was applied to quantify this linkage. We study the interaction in the cloud area under transient, high supersaturation conditions, using direct numerical simulations. Analysing the effect of aerosol dynamics on the turbulent kinetic energy and on vertical velocity, we conclude that the presence of aerosol has an effect on vertical motion and tends to reduce downward velocity.