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Gong, Xianda; Wex, Heike; Henning, Silvia; Stratmann, Frank (2022): Ice nucleating particle number concentration (NINP) after heating as a function of temperature, based on samples taken close to Punta Arena in 2019 and 2020 [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.944436, In: Gong, X et al. (2022): Ice-nucleating particles at the tip of Chile's southernmost Patagonia region from May 2019 to February 2020 [dataset bundled publication]. PANGAEA, https://doi.org/10.1594/PANGAEA.944440

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Abstract:
Dataset contains the ice nucleating particle number concentration (NINP) as a function of temperature. Aforehand, the samples have been heated at 95 °C for 1 hour.
Coverage:
Latitude: -53.160000 * Longitude: -71.050000
Date/Time Start: 2019-05-15T00:00:00 * Date/Time End: 2020-02-19T00:00:00
Event(s):
PAC_2019_2020_INP * Latitude: -53.160000 * Longitude: -71.050000 * Date/Time Start: 2019-05-15T00:00:00 * Date/Time End: 2020-02-19T00:00:00 * Location: Punta Arenas, Chile * Method/Device: measured using PM10 filters * Comment: Ice nucleation particle samples taken close to Punta Arenas
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
1Temperature, technicalT tech°CGong, Xianda
2Ice nucleating particles, per air volumeN INP air#/lGong, XiandaHeat_NINP_Sample01
3Ice nucleating particles, per air volumeN INP air#/lGong, XiandaHeat_NINP_Sample02
4Ice nucleating particles, per air volumeN INP air#/lGong, XiandaHeat_NINP_Sample03
5Ice nucleating particles, per air volumeN INP air#/lGong, XiandaHeat_NINP_Sample05
6Ice nucleating particles, per air volumeN INP air#/lGong, XiandaHeat_NINP_Sample06
7Ice nucleating particles, per air volumeN INP air#/lGong, XiandaHeat_NINP_Sample07
8Ice nucleating particles, per air volumeN INP air#/lGong, XiandaHeat_NINP_Sample08
9Ice nucleating particles, per air volumeN INP air#/lGong, XiandaHeat_NINP_Sample09
10Ice nucleating particles, per air volumeN INP air#/lGong, XiandaHeat_NINP_Sample10
11Ice nucleating particles, per air volumeN INP air#/lGong, XiandaHeat_NINP_Sample11
12Ice nucleating particles, per air volumeN INP air#/lGong, XiandaHeat_NINP_Sample12
13Ice nucleating particles, per air volumeN INP air#/lGong, XiandaHeat_NINP_Sample13
14Ice nucleating particles, per air volumeN INP air#/lGong, XiandaHeat_NINP_Sample14
15Ice nucleating particles, per air volumeN INP air#/lGong, XiandaHeat_NINP_Sample15
16Ice nucleating particles, per air volumeN INP air#/lGong, XiandaHeat_NINP_Sample16
17Ice nucleating particles, per air volumeN INP air#/lGong, XiandaHeat_NINP_Sample17
18Ice nucleating particles, per air volumeN INP air#/lGong, XiandaHeat_NINP_Sample18
19Ice nucleating particles, per air volumeN INP air#/lGong, XiandaHeat_NINP_Sample19
20Ice nucleating particles, per air volumeN INP air#/lGong, XiandaHeat_NINP_Sample20
21Ice nucleating particles, per air volumeN INP air#/lGong, XiandaHeat_NINP_Sample21
22Ice nucleating particles, per air volumeN INP air#/lGong, XiandaHeat_NINP_Sample22
23Ice nucleating particles, per air volumeN INP air#/lGong, XiandaHeat_NINP_Sample23
24Ice nucleating particles, per air volumeN INP air#/lGong, XiandaHeat_NINP_Sample24
25Ice nucleating particles, per air volumeN INP air#/lGong, XiandaHeat_NINP_Sample25
26Ice nucleating particles, per air volumeN INP air#/lGong, XiandaHeat_NINP_Sample26
27Ice nucleating particles, per air volumeN INP air#/lGong, XiandaHeat_NINP_Sample27
28Ice nucleating particles, per air volumeN INP air#/lGong, XiandaHeat_NINP_Sample28
29Ice nucleating particles, per air volumeN INP air#/lGong, XiandaHeat_NINP_Sample29
30Ice nucleating particles, per air volumeN INP air#/lGong, XiandaHeat_NINP_Sample30
31Ice nucleating particles, per air volumeN INP air#/lGong, XiandaHeat_NINP_Sample31
32Ice nucleating particles, per air volumeN INP air#/lGong, XiandaHeat_NINP_Sample32
33Ice nucleating particles, per air volumeN INP air#/lGong, XiandaHeat_NINP_Sample33
License:
Creative Commons Attribution 4.0 International (CC-BY-4.0)
Status:
Curation Level: Enhanced curation (CurationLevelC)
Size:
3224 data points

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