Photospheric magnetic flux and coronal emission properties of small-scale bright and faint loops in the quiet Sun

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Table 1.

Photospheric magnetic properties of small-scale loops in the quiet Sun.

N	Lifetime	m(st)mmfl	Peak int	mmifl	CC	Foot dist	Evolutionary properties
	hours	10¹⁸ Mx	DN/px/s	10⁴ DN/s		Mm	and features
1	25.8	8, 19	172	16, 24	0.61	13, 23	Coal, Div
2	27.9	5, 17	536	4, 10	0.61	8.9, 2.2	Coal, Con, C, MF
3	15	8, 19	641	6, 17	0.93	11, 1.80	Coal, Con, C, MF
4	30	23, 34	556	20, 31	0.33	–	Em, Com, Con, C, MF
5	22	40, 72	1383	21, 45	0.64	20, 3.6	mEm+Pre, Con, C, MF
6	^*31.4	23, 60	573	34, 72	0.82	–	Coal, Div, Con, Com, 2 CBPs, MF
7	^*17.6	29, 55	507	38, 63	0.57	–	Con, C, Com, 2 CBPs, MF
8	27.9	12, 32	339	12, 32	0.88	–	Em, Div, Con, C
9	26.2	22, 36	430	25, 50	0.91	–	Em, Coal, Con, C, MF
10	^*14	18, 25	767	17, 29	0.54	–	Coal, Con, C, MF
11	^*6.4	3.9, 9	299	4, 7	0.88	7.6, 3	Con, C, MF
12	13	6, 17	297	3, 7	0.82	–	Pre+Em, Con, C, MF
13	^*36	25, 74	879	26, 76	0.54	–	Coal, Con, C, Rot, MF
14	25.3	41, 72	445	32, 66	0.88	13, 33	Em, Coal+Pre, Div, C, MF
15	20.6	13, 36	242	23, 31	0.44	20, 33	F, Pre, later weakEm, Div, CoalwPre
16	33.6	60,79	962	42, 74	0.15	–	Em+Pre, Div, Coal
17	^*30	40, 96	862	27, 86	0.87	–	Em+Pre, Con, C, MF
18	31.6	40, 50	581	24, 48	0.90	–	Em+Pre, Con, C, Com, MF
19	21.5	27, 36	368	35, 49	0.76	–	Coal, Con, MF
20	^*45	22, 52	354	32, 62	0.08	23, 11	Coal, Con, Com, C, MF
21	25.9	20, 41	521	24, 41	0.42	–	Em, Div, Con, C, MF
22	^*47.7	45, 119	1700	59, 160	0.95	–	Coal, Con, C, Com, MF
23	^*28	35, 58	262	38, 54	0.58	–	Pre, Coal, Div, MF
24	44.6^*	64, 172	803	67, 209	0.90	–	mEm, Coal, 3 CBPs, MF
25	42.3	50, 74	969	19, 81	0.94	–	Coal, Con, C, Div, Con, C
26	^*47.7	30, 76	580	51, 85	0.44	31, 28	Pre, Coal, noCon, MF
27	37.2	29, 85	632	28, 72	0.74	–	Em, Con, Em, Con, Com, C, MF
28	24.08^*	40, 82	576	32, 82	0.54	–	Em+Pre, Div, MF
29	^*35.8	17, 42	904	17, 33	0.51	11, 5.7	Coal, Con, C, MF
30	^*36.08	31, 63	471	31, 64	0.55	6.4, 26	Coal, Div, MF
31	29.68	10, 26	590	15, 27	0.58	–	mEm, Coal, Con, C, MF
32	37.7	25, 61	527	35, 62	0.65	–	Coal, Con, Com, C
33	23.5	52, 83	470	80, 102	0.30	56, 53	F, Coal, Com, MF
34	20.88	11, 25	753	9, 15	0.79	9, 2.5	Em, Div, Con, C, MF
35	8	7, 12	564	6, 8.5	0.89	6, 2.3	Coal, Con, C, MF
36	13	21, 22	331	15, 19	0.24	5, 22	Coal, Div, C, MF
37	25.3	39, 45	673	24, 34	0.36	21, 4	Coal, Con, C, MF
38	47.7	40, 70	683	63, 83	0.23	–	Coal, Con, MF
39	26.88^*	31, 46	435	31, 42	0.42	18, 22	Em, Coal, noCon, MF
40	17	26, 70	586	25, 83	0.86	13, 37	Pre+Em, Div, MF
41	^*42.28	21, 51	594	16, 46	0.91	11, 23	Con, Div,
42	^*22.8	11, 36	573	13, 32	0.80	16, 3.7	Em+Pre, Coal, Con, C, MF
43	^*20	19, 38	524	16, 35	0.92	16, 3	Pre, Con, C, MF
44	26.48	42, 52	421	20, 55	0.97	–	Coal, Con, C, MF
45	^*21.3	13, 27	178	16, 25	0.65	–	Con, Com, MF
46	47.18	48, 154	1028	44, 212	0.96	–	Pre,+Em, Div, Con, C
47	3.8	11, 15	291	4, 7	0.31	4, 8	Con, C, Div, MF
48	^*16.8	6, 22	1196	11, 17	0.87	18, 4.6	Pre, Con, C, MF
49	^*18.5	12, 19	246	14, 28	0.34	–	Con, MF
50	^*21	20, 37	308	11, 16	0.70	10, 2.6	Con, C, MF
51	47.7	88, 110	850	68, 143	0.82	–	mEm, Div, Con, C, Com, MF
52	^*10.1	9, 31	918	8, 23	0.91	9, 2.7	Con, C, MF
53	^*35	26, 47	238	37, 57	0.29	30, 30	F, noCon, MF
54	^*18	9, 20	278	12, 25	0.85	15, 6	Con, C, MF
55	^*17.6	35, 62	825	31, 81	0.90	18, 5	Con, C, MF
56	10.68	33, 45	348	32, 38	0.48	15, 8	Coal, Con, C, MF
57	16.38	70, 19	499	10, 13	–	16, 3	Coal, Con, C, MF
58	15.7^*	36, 83	777	18, 50	0.75	–	mEm, Div, C,
59	21.78	25, 36	241	30, 42	0.84	–	Coal, Em, Con, MF
60	11.98	8, 14	300	5, 10	–	10, 2.7	Con, Coal, MF
61	33.53^*	20, 36	402	19, 31	0.28	–	Coal, Con, C, MF
62	15^*	12, 29	437	12, 16	0.37	12, 9	Coal, Con, C, MF
63	19.18^*	13, 50	891	14, 36	0.83	20, 8	mEm, Con, MF
64	14.68^*	19, 182	2043	37, 312	0.90	8, 15	Em, Div, MF
65	14.68^*	13, 22	427	16, 28	0.75	–	Coal, Rot
66	20.8	18, 34	258	20, 27	0.57	–	small mEm, Div, Com, MF
67	21.18	9, 18	1268	11, 21	–	13, 4.7	Coal, Con, C, MF
68	22.1^*	21, 51	348	13, 29	0.66	–	Em, Coal, Div
69	9.08^*	14, 22	120	12, 20	0.27	22, 20	Coal, small Con
70	10.5	27, 42	388	37, 43	–	26, 20	F, Coal, small Con, MF
71	9.78	18, 29	248	16, 21	0.57	–	Em, Div, MF
72	4.38	4, 5	113	2, 3	–	3.7, 2	Con, C, MF
73	16.88^*	11, 36	253	12, 22	0.91	19, 5	Coal, Con, C, MF
74	14.13^*	20, 33	227	23, 38	–	30, 22	F, Coal, small Con, MF
75	27.68^*	20, 78	291	50, 81	0.83	32, 22	Coal, Con, MF
76	12.53^*	17, 52	373	22, 56	0.78	–	Em, Div, Con
77	^*14.2	12, 33	617	13, 24	0.71	15, 2	Con, C, 101
78	^*17	22, 34	1367	14, 22	0.32	–	Con, C, MF
79	^*7.13	10, 24	758	16, 31	0.96	–	Con, C, Div, MF
80	^*11.6	28, 41	612	44, 59	0.53	15, 14	Div, MF
81	^*5.8	7, 22	417	7, 15	0.84	6, 4	Con, C, MF
82	^*11	7, 17	379	5, 9	0.66	7.5, 3	Con, C, MF
83	^*18	37, 53	424	48, 59	–	17, 25	Div, MF
84	21.3^*	22, 74	967	28, 58	0.88	–	Em, Div, Con, C, MF
85	^*10.7	32, 40	247	28, 50	–	32, 34	F, Coal, Em, noCon, MF
86	^*16.1	9, 31	293	17, 25	0.90	13, 5	Con, C, MF
87	^*11	13, 37	164	23, 37	0.89	–	Div, MF
88	^*9.6	12, 25	288	12, 21	0.88	19, 4	Con, C, MF
89	^*22	20, 42	858	37, 52	–	35, 20	F, small Con, MF
90	^*5	9, 21	337	11, 14	0.49	5, 4	Con, C, MF

Notes. The notations and abbreviations in the header stand for ‘m(st)mmfl’ – minimum (start for those with fully covered lifetime) and maximum total unsigned magnetic flux during the observed lifetime of the SSLSs, ‘Peak int’ – peak intensity during the lifetime, ‘mmifl’ – minimum and maximum total intensity, ‘CC’ – linear Pearson correlation coefficient, ‘Foot dist’ – distance of the centre of masses of the positive and the negative fluxes. The following abbreviations are included in Col. 8: Pre – pre-existing magnetic flux, Coal – coalescence, Con – convergence, C – cancellation, Div – divergence, Com – complex/multipolar, (m)Em – (multiple) magnetic flux emergence, Rot – rotation of one polarity with respect to the other, F – faint, MF – microflares. The asterisk before or after the time means that the start or the remaining lifetime of the SSLS is outside the selected 48 h period of time.

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