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Dependencies in Dataset #9147

uploaded by Elena De La Torre Castro, DLR
during CIRRUS-HL mission

Entries (observed variables)

Information about observed variables of the current dataset.
No. Name
01 elapsed time in seconds past midnight (UTC)
02 N, #/m^3, total number concentration from size range 2-6400 um
03 ED, m, effective diameter (ratio of the 3rd and 2nd moments of the distribution of the particles maximum dimension)
04 IWC, kg/m^3, ice water content (calculated using mass-dimension relation by Heymsfield et al., 2010; assuming ice phase)
05 Cloud_flag, cloud flag (indicates if cloud particles are measured)
06 xi_factor, xi factor (for thermodynamic correction of N, from Weigel et al. 2016, applied for NIXE-CAS with TAS from BAHAMAS)
07 dNdlogD_001, #/m^3, concentration per bin
08 dNdlogD_002, #/m^3, concentration per bin
09 dNdlogD_003, #/m^3, concentration per bin
10 dNdlogD_004, #/m^3, concentration per bin
11 dNdlogD_005, #/m^3, concentration per bin
12 dNdlogD_006, #/m^3, concentration per bin
13 dNdlogD_007, #/m^3, concentration per bin
14 dNdlogD_008, #/m^3, concentration per bin
15 dNdlogD_009, #/m^3, concentration per bin
16 dNdlogD_010, #/m^3, concentration per bin
17 dNdlogD_011, #/m^3, concentration per bin
18 dNdlogD_012, #/m^3, concentration per bin
19 dNdlogD_013, #/m^3, concentration per bin
20 dNdlogD_014, #/m^3, concentration per bin
21 dNdlogD_015, #/m^3, concentration per bin
22 dNdlogD_016, #/m^3, concentration per bin
23 dNdlogD_017, #/m^3, concentration per bin
24 dNdlogD_018, #/m^3, concentration per bin
25 dNdlogD_019, #/m^3, concentration per bin
26 dNdlogD_020, #/m^3, concentration per bin
27 dNdlogD_021, #/m^3, concentration per bin
28 dNdlogD_022, #/m^3, concentration per bin
29 dNdlogD_023, #/m^3, concentration per bin
30 dNdlogD_024, #/m^3, concentration per bin
31 dNdlogD_025, #/m^3, concentration per bin
32 dNdlogD_026, #/m^3, concentration per bin
33 dNdlogD_027, #/m^3, concentration per bin
34 dNdlogD_028, #/m^3, concentration per bin
35 dNdlogD_029, #/m^3, concentration per bin
36 dNdlogD_030, #/m^3, concentration per bin
37 dNdlogD_031, #/m^3, concentration per bin
38 dNdlogD_032, #/m^3, concentration per bin
39 dNdlogD_033, #/m^3, concentration per bin
40 dNdlogD_034, #/m^3, concentration per bin
41 dNdlogD_035, #/m^3, concentration per bin
42 dNdlogD_036, #/m^3, concentration per bin
43 dNdlogD_037, #/m^3, concentration per bin
44 dNdlogD_038, #/m^3, concentration per bin
45 dNdlogD_039, #/m^3, concentration per bin
46 dNdlogD_040, #/m^3, concentration per bin
47 dNdlogD_041, #/m^3, concentration per bin
48 dNdlogD_042, #/m^3, concentration per bin
49 dNdlogD_043, #/m^3, concentration per bin
50 dNdlogD_044, #/m^3, concentration per bin
51 dNdlogD_045, #/m^3, concentration per bin
52 dNdlogD_046, #/m^3, concentration per bin
53 dNdlogD_047, #/m^3, concentration per bin
54 dNdlogD_048, #/m^3, concentration per bin
55 dNdlogD_049, #/m^3, concentration per bin
56 dNdlogD_050, #/m^3, concentration per bin
57 dNdlogD_051, #/m^3, concentration per bin
58 dNdlogD_052, #/m^3, concentration per bin
59 dNdlogD_053, #/m^3, concentration per bin
60 dNdlogD_054, #/m^3, concentration per bin
61 dNdlogD_055, #/m^3, concentration per bin
62 dNdlogD_056, #/m^3, concentration per bin
63 dNdlogD_057, #/m^3, concentration per bin
64 dNdlogD_058, #/m^3, concentration per bin
65 dNdlogD_059, #/m^3, concentration per bin
66 dNdlogD_060, #/m^3, concentration per bin
67 dNdlogD_061, #/m^3, concentration per bin
68 dNdlogD_062, #/m^3, concentration per bin
69 dNdlogD_063, #/m^3, concentration per bin
70 dNdlogD_064, #/m^3, concentration per bin
71 dNdlogD_065, #/m^3, concentration per bin
72 dNdlogD_066, #/m^3, concentration per bin
73 dNdlogD_067, #/m^3, concentration per bin
74 dNdlogD_068, #/m^3, concentration per bin
75 dNdlogD_069, #/m^3, concentration per bin
76 dNdlogD_070, #/m^3, concentration per bin
77 dNdlogD_071, #/m^3, concentration per bin
78 dNdlogD_072, #/m^3, concentration per bin
79 dNdlogD_073, #/m^3, concentration per bin
80 dNdlogD_074, #/m^3, concentration per bin
81 dNdlogD_075, #/m^3, concentration per bin
82 dNdlogD_076, #/m^3, concentration per bin
83 dNdlogD_077, #/m^3, concentration per bin
84 dNdlogD_078, #/m^3, concentration per bin
85 dNdlogD_079, #/m^3, concentration per bin
86 dNdlogD_080, #/m^3, concentration per bin
87 dNdlogD_081, #/m^3, concentration per bin
88 dNdlogD_082, #/m^3, concentration per bin
89 dNdlogD_083, #/m^3, concentration per bin
90 dNdlogD_084, #/m^3, concentration per bin
91 dNdlogD_085, #/m^3, concentration per bin
92 dNdlogD_086, #/m^3, concentration per bin
93 dNdlogD_087, #/m^3, concentration per bin
94 dNdlogD_088, #/m^3, concentration per bin
95 dNdlogD_089, #/m^3, concentration per bin
96 dNdlogD_090, #/m^3, concentration per bin
97 N_3um, #/m^3, total number concentration from size range 3-6400 um
98 N_5um, #/m^3, total number concentration from size range 5-6400 um

Dependencies of the observed variables

The interactive table provides a visualization of the dependencies of this dataset's entries (variables) which will hopefully assist you to understand the datasets structure.

Most datasets are simple, e.g. like 10 entries depending on 1 entry. But there are other datasets which are far more complex; with relationships between various entries and even reversed dependencies.

Warning: It works only with JavaScript enabled in your browser.

Direction of relationships

Entry A   Entry B
(=depends on)

Explanation

Enable Javascript and you'll see the dependencies of this dataset explained in this box while hovering over the table on the left.


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