2011MNRAS.412..843S


C.D.S. - SIMBAD4 rel 1.7 - 2020.10.21CEST15:16:33

2011MNRAS.412..843S - Mon. Not. R. Astron. Soc., 412, 843-874 (2011/April-1)

The stellar abundances for galactic archaeology (SAGA) data base – II. Implications for mixing and nucleosynthesis in extremely metal-poor stars and chemical enrichment of the galaxy.

SUDA T., YAMADA S., KATSUTA Y., KOMIYA Y., ISHIZUKA C., AOKI W. and FUJIMOTO M.Y.

Abstract (from CDS):

We discuss the characteristics of known extremely metal-poor (EMP) stars in the Galaxy using the Stellar Abundances for Galactic Archaeology (SAGA) data base. We find the transition of the initial mass function to be at [Fe/H]∼-2 from the viewpoint of the distribution of carbon abundance and the frequency of carbon-enhanced stars. Analyses of carbon-enhanced stars in our sample suggest that nucleosynthesis in asymptotic giant branch (AGB) stars can contribute to carbon enrichment in a different way depending on whether the metallicity is above or below [Fe/H]∼-2.5, which is consistent with the current models of stellar evolution at low metallicity. For observed EMP stars, we confirm that some, though not all, observed stars might have undergone at least two types of extra mixing to change their surface abundances. One is the depletion of lithium abundance during the early phase of the red giant branch; the other is a decrease of the C/N ratio by one order of magnitude during the red giant branch phase. Observed small scatters of abundances for α-elements and iron-group elements suggest that the chemical enrichment of our Galaxy takes place in a well-mixed interstellar medium. The abundance trends of α-elements are highly correlated with each other including α-enhanced and depleted stars, while the abundances of iron-group elements are subject to different slopes relative to the iron abundance. This implies that the supernova yields of α-elements are almost independent of mass and metallicity, while those of iron-group elements have a metallicity dependence or mass dependence on the variable initial mass function. The occurrence of the hot-bottom burning for M≳ 5 M is consistent with an initial mass function of the Galaxy peaked at ∼10-12 M, compatible with the statistics of carbon-enhanced stars with and without s-process element enhancement and nitrogen-enhanced stars. For s-process elements, we find not only a positive correlation between carbon and s-process element abundances, but also an increasing slope of the abundance ratio between them with increasing mass number of s-process elements. The dominant site of the s-process is still an open question because none of the known mechanisms for the s-process is able to account for this observed correlation. In spite of the evidence of AGB evolution in observed abundances of EMP stars, any evidence of binary mass transfer is elusive by pursuing the effect of dilution in the convective envelope. We find the dependence of sulphur and vanadium abundances on the effective temperatures, in addition to the previously reported trends for silicon, scandium, titanium, chromium and cobalt.

Abstract Copyright: 2011 The Authors Monthly Notices of the Royal Astronomical Society2011 RAS

Journal keyword(s): stars: abundances - stars: AGB and post-AGB - binaries: general - stars: carbon - stars: evolution - ISM: evolution

VizieR on-line data: <Available at CDS (J/MNRAS/412/843): tablea1.dat tablea2.dat>

Simbad objects: 148

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Number of rows : 148

N Identifier Otype ICRS (J2000)
RA
ICRS (J2000)
DEC
Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2020
#notes
1 2MASS J00045537-2424193 * 00 04 55.3702212690 -24 24 19.267527608   14.209 13.737 13.430 13.128 ~ 15 0
2 HE 0007-1832 Pe* 00 09 52.7814403998 -18 16 12.276852284     15.46     CEMP-no 19 0
3 SB 68 PM* 00 12 00.8361200147 -33 59 50.435371163   13.48 13.12     A 12 0
4 HE 0012-1441 Pe* 00 15 27.0563104549 -14 24 37.625530758     16.40     CEMP-s 13 0
5 HE 0024-2523 Pe* 00 27 27.6485410349 -25 06 28.291081599 15.067 15.32 14.91     CEMP-s 65 0
6 BPS CS 29527-0015 Pe* 00 29 10.6813715074 -19 10 07.306464364   14.61 14.24     CEMP-no 53 0
7 BPS CS 31062-0050 Pe* 00 30 31.0633474070 -12 05 10.873150611   13.7 13.05 12.681 12.309 CEMP-r/s 60 0
8 EGGR 382 WD? 00 33 54.4629052338 -12 07 58.777597136 15.511 15.572 14.891 14.467 14.051 DC? 92 0
9 2MASS J00360218-1043362 Pe* 00 36 02.1763225796 -10 43 36.335842424           CEMP-s 14 0
10 CD-24 266 BS* 00 40 47.9313778053 -24 07 34.183052519   12.955 12.656 12.441 12.216 CEMP-s 90 0
11 SKB 2 Pe* 00 41 39.8197261334 -26 18 54.463949137   13.338 12.221 11.704 11.321 CEMP-s 83 0
12 SB 960 Pe* 00 44 03.5698517387 -13 55 26.270588506   12.69 12.15 11.806 11.483 CEMP-s 103 0
13 CD-31 306 BS* 00 50 15.7694437410 -30 59 56.199734557   12.73 12.72     F3VkA2mA2 30 0
14 HD 5223 Pe* 00 54 13.6094686085 +24 04 01.522268338   9.88 8.47     C-H2IIIb: 113 0
15 CD-26 304 Pe* 00 57 18.1376089543 -25 26 09.699477820   13.57 12.69 12.198 11.759 CEMP-s 62 1
16 BPS CS 22166-0016 Pe* 00 58 23.8414780886 -14 47 06.881569381   13.34 12.75 12.324 11.898 CEMP-no 19 0
17 HE 0058-0244 Pe* 01 00 53.0236506123 -02 28 19.948243997   14.42 13.73 13.331 12.942 CEMP-r/s 34 0
18 HE 0107-5240 Pe* 01 09 29.1554552993 -52 24 34.203535506   15.89 15.07 15.10 14.283 CEMP-no 229 0
19 SDSS J012637.13+065147.7 BS* 01 26 37.1376718053 +06 51 47.810510757           ~ 2 0
20 HE 0131-3953 Pe* 01 33 36.4629589511 -39 37 52.151224348     15.979   15.323 CEMP-s 21 0
21 HE 0143-0441 Pe* 01 45 37.9166316774 -04 26 43.245126791     16.38     CEMP-s 26 0
22 BPS CS 22958-0042 Pe* 02 01 07.4296353198 -57 16 58.851945318   14.037 14.52 14.222 13.902 CEMP-no 35 0
23 HE 0202-2204 Pe* 02 04 50.0173132195 -21 50 10.475032504     15.375   14.575 ~ 19 0
24 HE 0206-1916 Pe* 02 09 19.6320440873 -19 01 55.453412838   15.133 13.999 13.458 12.987 CEMP-s 21 0
25 V* V Ari Pe* 02 15 00.0771486824 +12 14 23.613348802   10.8 9.80     C-H3.5 102 0
26 HE 0212-0557 Pe* 02 15 02.5101220196 -05 43 23.652630023     14.70     CEMP-s 15 0
27 HD 15096 SB* 02 26 01.7486465271 +05 46 46.346867120       7.4   G5 63 0
28 BD+44 493 Pe* 02 26 49.7388403813 +44 57 46.526253277   9.63 9.11     CEMP-no 84 0
29 PHL 8278 Pe* 02 28 26.5489515970 -21 33 00.974571125   14.862 14.510 14.292 14.015 CEMP-s 16 0
30 BPS CS 29528-0041 Pe* 02 29 25.2507036195 -18 13 28.042501354 14.83 15.20 14.59 14.67   CEMP-no 25 0
31 HE 0231-4016 Pe* 02 33 44.3982823256 -40 03 42.729622703   16.494 16.090 15.788 15.475 CEMP-s 16 0
32 BPS CS 22963-0004 Pe* 02 56 46.5714288711 -04 51 17.422283787   15.51 14.98     ~ 23 0
33 HE 0322-1504 Pe* 03 24 40.1043420656 -14 54 24.354937888   15.809 14.294 13.133 12.556 CEMP-s 10 0
34 BPS CS 29526-0110 Pe* 03 27 43.6395462631 -23 00 29.931204041   13.71 13.35 13.116 12.834 CEMP-r/s 47 0
35 G 77-61 Pe* 03 32 38.0871477505 +01 58 00.010460312   15.60 13.90 12.9   dC-J_CH5 125 0
36 HE 0336+0113 Pe* 03 38 52.9028202374 +01 23 07.778935029     14.96     CEMP-s 19 0
37 HE 0338-3945 Pe* 03 39 55.0065616032 -39 35 42.904334997   15.753 15.333 15.098 14.787 CEMP-r/s 34 0
38 HE 0400-2030 Pe* 04 02 14.8023718086 -20 21 53.528503085   14.921 14.033 13.605 13.164 CEMP-s 18 0
39 G 82-23 PM* 04 30 13.1202249409 -03 03 13.201098608   15.337 14.724 14.288 13.859 sdG 30 0
40 HE 0430-4404 Pe* 04 31 38.1098924598 -43 57 48.718015460     15.724   15.166 CEMP-s 14 0
41 G 82-28 PM* 04 32 55.5598923501 +00 06 29.653896786   15.7 13.5 13.439   M4Ve 12 1
42 HE 0441-0652 Pe* 04 43 29.8848374750 -06 46 53.520153941   15.250 14.228 13.678 13.106 CEMP-s 15 0
43 2MASS J04442200-4513542 C* 04 44 22.0060297382 -45 13 54.233994954 13.219 13.51 12.989 12.672 12.372 CEMP-s 22 0
44 HE 0450-4705 Pe* 04 51 33.5653811136 -47 00 03.815030897   14.892 14.334 13.962 13.531 CEMP-no 9 0
45 HE 0507-1653 Pe* 05 09 16.5601563677 -16 50 04.690009743   13.633 12.507 12.002 11.579 CEMP-s 19 0
46 HE 0507-1430 Pe* 05 10 07.6176498155 -14 26 31.742581973   16.06 14.40 13.693 13.104 CEMP-s 10 0
47 HE 0534-4548 Pe* 05 36 06.2089378756 -45 46 55.873191934   15.23 13.80 13.14 12.515 CEMP-s 7 0
48 HE 0557-4840 Pe* 05 58 39.2661082631 -48 39 56.890701762   16.16 15.45 14.991   CEMP-no 81 0
49 NGC 2808 GlC 09 12 03.10 -64 51 48.6   7.77 5.69     ~ 1254 0
50 SDSS J092401.85+405928.7 Pe* 09 24 01.8542953695 +40 59 28.800488000           CEMP-s 16 0
51 HE 1005-1439 Pe* 10 07 52.3942767236 -14 54 20.982785655   14.440 13.524 13.054 12.515 CEMP-s 18 0
52 HE 1012-1540 Pe* 10 14 53.4754858508 -15 55 53.171904692     14.04     CEMP-no 32 0
53 HE 1031-0020 Pe* 10 34 24.2082433332 -00 36 08.377734105     14.30     CEMP-s 22 0
54 HE 1045-1434 Pe* 10 47 44.1846846709 -14 50 22.524820797   15.83 14.60 14.036 13.6 C 7 0
55 HE 1105+0027 Pe* 11 07 49.5058676910 +00 11 38.347372568   16.038 15.646 15.358 15.018 CEMP-s 23 0
56 HE 1124-2335 Pe* 11 27 26.9489466353 -23 52 05.592854815     14.634   13.721 CEMP-no 12 0
57 BPS BS 16077-0007 Pe* 11 35 17.9889131134 +31 00 23.432878228   12.79 12.40 12.49   ~ 12 0
58 HE 1135+0139 Pe* 11 38 09.8531116311 +01 22 44.046134820   16.322 15.829 15.484 15.084 CEMP-s 18 0
59 HE 1135-0344 Pe* 11 38 21.0455076035 -04 01 24.131263358   16.259 15.923 15.685 15.347 CEMP-no 10 0
60 NAME HKII 17435-00532 Pe* 11 49 03.3075588940 +16 58 41.335528859           CEMP-r/s 15 1
61 HE 1148-0037a HB* 11 50 34.7030608123 -00 53 40.870244331   16.6 16.5     ~ 10 1
62 HE 1150-0428 Pe* 11 53 06.6089448606 -04 45 03.484251112     14.91     CEMP-no 27 0
63 BD-01 2582 Pe* 11 53 37.3233658419 -02 00 36.726031369   10.29 9.60     CEMP-s 95 0
64 HE 1157-0518 Pe* 12 00 18.0606707304 -05 34 43.117547219   16.273 15.120 14.635 14.128 CEMP-s 11 0
65 HE 1217-0540 Pe* 12 19 53.6586069579 -05 57 15.800426793   15.464 14.971 14.626 14.253 CEMP-no 7 0
66 HE 1221-1948 Pe* 12 23 47.7423770562 -20 04 45.794743921 16.192   15.900   15.270 CEMP-no 9 0
67 HD 110885 * 12 45 19.2566519026 +01 03 21.097485519   9.76 9.12     F3V 47 0
68 HE 1245-1616 Pe* 12 47 56.7658213053 -16 32 44.041771797     16.158   15.562 CEMP-s 8 0
69 HE 1249-3121 Pe* 12 52 05.1362068961 -31 37 44.907929957   14.962 14.319 13.875 13.432 CEMP-no 13 0
70 HE 1300+0157 Pe* 13 02 56.2444113387 +01 41 52.080881619   14.536 14.11 13.678 13.261 CEMP-no 40 0
71 HE 1300-2201 Pe* 13 03 17.3213523004 -22 17 37.978293961     15.469   14.772 CEMP-no 12 0
72 BPS BS 16929-0005 Pe* 13 03 29.4750923367 +33 51 09.243677482 14.109 14.228 13.610 13.208 12.766 CEMP-no 34 0
73 HE 1300-0641 Pe* 13 03 34.1329709575 -06 57 20.869199156     14.804   13.929 CEMP-no 15 0
74 HE 1305-0331 Pe* 13 07 58.9407138201 -03 47 40.389426437     16.377   15.781 CEMP-no 10 0
75 HE 1305+0007 Pe* 13 08 03.8464221671 -00 08 47.501674274   13.98 12.223 11.541 11.071 CEMP-s 27 0
76 BPS CS 22877-0001 Pe* 13 13 55.3726645896 -12 11 41.664182839   12.78 12.38 11.695 11.218 CEMP-no 35 0
77 G 238-30 PM* 13 17 40.1966956714 +64 15 12.171600853   13.91   12.4   sdA8 46 1
78 G 255-32 SB* 13 21 47.6257742444 +74 12 32.825003228       11.1   G0 45 0
79 HE 1319-1935 Pe* 13 22 38.7023625148 -19 51 11.612919054   15.698 14.198 13.630 13.167 CEMP-s 13 0
80 HE 1327-2326 Pe* 13 30 05.9395582011 -23 41 49.699027289 13.761 14.01 13.55 13.50 12.803 CEMP-no 217 0
81 HE 1330-0354 Pe* 13 33 10.6752281912 -04 10 05.803050230   15.248 15.000 14.730 14.380 CEMP-no 16 0
82 Wolf 1492 Pe* 13 40 02.4921790616 -00 02 18.750321114 11.601 11.832 11.451 11.184 10.892 sdF0: 262 0
83 HE 1343-0640 Pe* 13 46 09.0340791238 -06 55 46.382433123   16.184 15.815 15.502 15.160 ~ 6 0
84 HE 1351-1049 Pe* 13 53 57.1290697073 -11 04 24.398357450     15.658   14.786 CEMP-no 13 0
85 HE 1353-2735 SB* 13 56 42.5278233684 -27 49 54.139479829   15.08 14.7     ~ 9 0
86 HE 1410-0004 Pe* 14 13 04.6424905479 -00 18 32.563284628     15.49     CEMP-s 15 0
87 HE 1410+0213 Pe* 14 13 06.5623968167 +01 59 21.912907907   14.29 13.25 12.734 12.297 CEMP-no 22 0
88 HE 1413-1954 Pe* 14 16 04.7121122481 -20 08 54.090322054     15.235   14.593 CEMP-no 13 0
89 HE 1424-0241 Pe* 14 26 40.3306796622 -02 54 27.486631656   15.892 15.45 14.887 14.54 ~ 31 0
90 HE 1429-0551 Pe* 14 32 31.2973539286 -06 05 00.200024781   14.015 12.606 11.995 11.537 CEMP-s 18 0
91 HE 1430-1123 Pe* 14 33 33.6342643070 -11 37 07.194005873   16.504 16.127 15.787 15.403 CEMP-s 14 0
92 HE 1434-1442 Pe* 14 37 26.5892140416 -14 54 59.397681972     15.40   15.395 CEMP-s 15 0
93 HE 1443+0113 Pe* 14 46 16.3658075328 +01 01 09.896063145     15.74     CEMP-s 11 0
94 HE 1447+0102 Pe* 14 50 15.0437316915 +00 50 15.095951561   15.632 14.614 14.121 13.676 CEMP-s 14 0
95 BPS CS 30325-0028 Pe* 15 05 19.8064547847 +06 17 06.934045062   13.64 12.88 12.387 11.893 ~ 16 0
96 BPS CS 30301-0015 Pe* 15 08 56.8433023195 +02 30 18.628172611   14.04 13.04   12.063 CEMP-s 44 0
97 HE 1509-0806 Pe* 15 11 41.5759272135 -08 17 40.210829904     14.80     CEMP-s 13 0
98 HD 135148 SB* 15 13 17.4566658985 +12 27 25.536244668   10.87 9.39 8.97   CEMP-s 86 0
99 HE 1523-1155 Pe* 15 26 41.0447354853 -12 05 42.658748491   14.571 13.225 12.622 12.138 CEMP-s 18 0
100 HE 1528-0409 Pe* 15 30 54.3051386889 -04 19 40.360773249   16.003 14.757 14.159 13.681 CEMP-s 12 0
101 BPS CS 22884-0097 * 15 47 22.9110883342 -11 07 03.529448265   15.46 14.86 14.461 14.019 ~ 9 0
102 BPS CS 22878-0027 Pe* 16 37 35.8437255100 +10 22 07.754675906   14.86 14.35 14.45   CEMP-no 23 0
103 M 13 GlC 16 41 41.634 +36 27 40.75     5.8     ~ 2016 0
104 LP 625-44 Pe* 16 43 14.0364804654 -01 55 30.408914037   12.84 11.68     CEMP-s 101 0
105 2MASS J17073392+5850598 RR* 17 07 33.9321584866 +58 50 59.711506875     16.10     CEMP-s 22 0
106 NGC 6397 GlC 17 40 42.09 -53 40 27.6   7.39 5.17     ~ 1808 1
107 HD 160617 PM* 17 42 49.3235999900 -40 19 15.505712142   9.18 8.73 8.394 8.065 G0 183 0
108 BPS CS 22947-0187 HB* 19 18 31.6263239095 -47 13 31.155732437   13.63 12.99 12.508 12.085 CEMP-s 35 0
109 HD 187216 Pe* 19 24 18.3451130483 +85 21 57.185833557   11.2 9.56     C3,3_CH5: 67 2
110 BPS CS 22891-0171 Pe* 19 28 04.0286056429 -59 24 26.474409843   15.15 14.29 13.808 13.375 CEMP-s 13 0
111 BPS CS 22964-0161 SB* 20 03 25.5362187973 -38 38 35.324239028   14.9 14.41 14.63   CEMP-s 42 0
112 BPS CS 22964-0214 Pe* 20 05 49.9992351669 -39 27 43.359955626   14.06 13.66     CEMP-no 20 0
113 HD 345957 PM* 20 10 48.1626273226 +23 57 54.507927464   9.36   8.6   G0V: 130 0
114 HD 340279 PM* 20 24 45.4127587189 +25 03 07.108270663   11.23   10.7   A5 93 0
115 BPS CS 22879-0029 Pe* 20 38 51.8045564280 -38 36 46.780565144   14.89 14.45 14.145 13.821 CEMP-s 16 0
116 HD 196944 Pe* 20 40 46.0790261041 -06 47 50.650812411   9.01 8.40 8.08   CEMP-s 86 0
117 HD 196892 PM* 20 40 49.3803469997 -18 47 33.286582149   8.73 8.23     F6V 107 0
118 BPS CS 22880-0074 Pe* 20 46 03.2162078511 -20 59 14.111093923   13.84 13.27 12.770 12.382 CEMP-s 45 0
119 SDSS J204728.84+001553.8 Pe* 20 47 28.8403311345 +00 15 53.866927024           CEMP-s 16 0
120 BPS CS 29498-0043 Pe* 21 03 52.1197489072 -29 42 50.344264361   14.8 13.72 13.013 12.406 CEMP-no 88 0
121 BPS CS 22898-0027 Pe* 21 05 45.0995574992 -18 36 57.505496795   13.26 12.76 12.476 12.094 CEMP-r/s 80 0
122 BPS CS 30322-0023 * 21 30 32.1818570433 -46 16 24.615679322   13.473 12.166 11.498 10.908 ~ 47 0
123 HE 2134-3940 Pe* 21 37 45.7673672486 -39 27 22.314122762   13.790 12.660 12.160 11.760 KIIvw 81 0
124 BPS CS 29495-0042 Pe* 21 39 11.4050814416 -28 17 54.386094187   14.32 13.68 13.192 12.782 CEMP-s 13 0
125 BPS CS 22956-0028 SB* 21 44 48.7079276715 -63 22 09.738970394   13.317 13.0     CEMP-s 23 0
126 HE 2148-1247 Pe* 21 51 17.9099257554 -12 33 41.560711332   15.2 14.79     CEMP-r/s 43 0
127 HE 2150-0825 Pe* 21 53 00.1624663138 -08 11 18.216484225     14.959   14.316 ~ 13 0
128 HE 2158-0348 Pe* 22 00 39.9763616015 -03 34 12.069272984     15.71   14.726 CEMP-s 21 0
129 BPS CS 22881-0036 Pe* 22 07 58.4409012147 -40 44 16.477797121   14.42 13.95 13.633 13.278 CEMP-s 35 0
130 BPS CS 22960-0010 Pe* 22 08 25.3503844005 -44 53 56.709274739   14.78 13.81 13.485 13.137 ~ 15 0
131 BPS CS 22960-0053 Pe* 22 16 17.0866862947 -43 54 19.740558500 15.69 15.705 14.950 14.537 14.046 CEMP-s 22 0
132 BPS CS 22892-0052 Pe* 22 17 01.6558480594 -16 39 27.051900047   14.03 13.20 13.06 12.19 KIIvw 413 0
133 BPS CS 29502-0092 Pe* 22 22 35.9981441327 -01 38 27.624102360   12.64 11.87 11.365 10.862 CEMP-no 45 0
134 HE 2221-0453 Pe* 22 24 25.6259494936 -04 38 02.317507175   15.098 13.650 12.942 12.376 CEMP-s 18 0
135 BPS CS 29512-0073 Pe* 22 28 36.7001192788 -12 24 44.112909323   14.71 14.14 13.76 13.384 CEMP-s 18 0
136 HE 2227-4044 Pe* 22 30 19.0904785808 -40 29 13.060857009   15.445 14.925 14.606 14.280 CEMP-s 14 0
137 HE 2228-0706 Pe* 22 31 24.4713208955 -06 50 51.248155212   14.353 13.332 12.797 12.353 CEMP-s 13 0
138 HE 2232-0603 Pe* 22 34 47.4283794688 -05 48 17.344893935   16.861 16.51 15.894 15.591 ~ 16 0
139 HE 2240-0412 Pe* 22 42 58.0812212931 -03 56 34.098552342   16.318 15.807 15.496 15.168 CEMP-s 15 0
140 BPS CS 22887-0048 Pe* 22 46 44.6213635273 -11 08 42.417225666   13.26 12.87 12.588 12.31 CEMP-r/s 20 0
141 BPS CS 30338-0089 Pe* 23 15 49.9734197926 +10 19 26.170969642   15.107 14.144 13.632 13.176 CEMP-s 16 0
142 BPS CS 22949-0008 Pe* 23 16 58.7311560608 -03 20 52.619469600   14.61 14.15 13.858 13.545 CEMP-s 19 0
143 HE 2323-0256 Pe* 23 26 29.8073543039 -02 39 58.037206596   15.12 14.36   13.358 CEMP-no 172 0
144 BPS CS 22941-0012 Pe* 23 28 29.7281389544 -32 48 46.511567976   12.75 12.45     ~ 14 0
145 HE 2330-0555 Pe* 23 32 54.7973188598 -05 38 50.558939115   15.412 14.559 14.158 13.612 CEMP-s 16 0
146 BPS CS 22945-0024 Pe* 23 36 42.4769851926 -65 35 43.820932544 15.076 15.08 14.36     CEMP-s 12 0
147 BPS CS 22966-0057 Pe* 23 48 57.7535714010 -29 39 22.828517864 14.759   14.32   13.512 ~ 32 0
148 HE 2356-0410 Pe* 23 59 13.1417869434 -03 53 48.220053208   14.39 13.60 13.164 12.713 CEMP-no 82 0

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2020.10.21-15:16:33

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