1970ApJ...161..163B

Query : 1970ApJ...161..163B

1970ApJ...161..163B - Astrophys. J., 161, 163-178 (1970)

The ratio of Titanium to Zirconium in late-type stars.

BOESGAARD A.M.

Journal keyword(s):

Simbad objects: 60

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Number of rows : 60
N Identifier Otype ICRS (J2000)
RA 		ICRS (J2000)
DEC 		Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2026 		#notes
1 HD 26 SB* 00 05 22.2071891760 +08 47 16.095353028 9.80 9.29 8.25 7.49 7.03 C-H1.5 179 0
2 * chi Peg PM* 00 14 36.1642825005 +20 12 24.130377664 8.280 6.380 4.800 3.45 2.32 M2+III 197 0
3 HD 1613 s*r 00 20 43.5630912360 +61 52 46.543163376 11.08 8.97 6.95 5.33 4.03 M1Iab 33 0
4 V* T Cet S* 00 21 46.2726376677 -20 03 28.888739999   7.32 5.74     M5-6Se 156 0
5 V* R And S* 00 24 01.9457463096 +38 34 37.370144352 10.61 9.36 7.39 4.45 2.30 S5-7/4-5e 369 0
6 * eta Cet HB* 01 08 35.3913324413 -10 10 56.151936084 5.80 4.61 3.45 2.61 2.03 K2-IIIb 239 0
7 * bet And PM* 01 09 43.92388 +35 37 14.0075 5.58 3.62 2.05 0.81 -0.19 M0+IIIa 572 1
8 V* DT Psc Sy* 01 14 04.9051442688 +28 31 46.448476788   8.016 6.347     S3+/2- 129 0
9 * ups Cet PM* 02 00 00.3084712060 -21 04 40.194010210 7.45 5.58 4.02 2.76 1.72 M0III 109 0
10 * alf Cet LP? 03 02 16.77307 +04 05 23.0596 6.10 4.17 2.53 1.18 0.02 M1.5IIIa 480 1
11 V* BD Cam Sy* 03 42 09.3255143544 +63 13 00.468590376 8.56 6.74 5.11 3.49 2.11 S3.5/2 220 0
12 * gam Eri LP? 03 58 01.7658213057 -13 30 30.653301544 6.52 4.54 2.94 1.68 0.68 M0III-IIIb 200 0
13 * omi Ori S* 04 52 31.9624004856 +14 15 02.311506180   6.458 4.721     M3SIII 225 0
14 V* V1261 Ori Sy* 05 22 18.6449207496 -08 39 58.031922816 10.28 8.57 6.77     S4,1 170 0
15 * 119 Tau s*r 05 32 12.7516308641 +18 35 39.251766506 8.63 6.41 4.33 2.55 1.13 M2Iab-Ib 295 0
16 V* V440 Aur LP? 05 51 25.7504478024 +32 07 28.891121016 10.04 8.00 6.26 4.69 3.30 M3III 71 0
17 HD 39225 LP? 05 52 40.0930146912 +33 55 02.866257912   7.65 6.07     M1+IIIFe-1 57 0
18 * alf Ori s*r 05 55 10.30536 +07 24 25.4304 4.38 2.27 0.42 -1.17 -2.45 M1-M2Ia-Iab 1789 0
19 * pi. Aur LP* 05 59 56.0979260520 +45 56 12.245697636 7.80 5.97 4.25 2.56 1.08 M3IIb 179 0
20 HD 44131 V* 06 19 59.5957051362 -02 56 40.176810077   6.500 4.899     K5III 68 0
21 V* HR CMa SB* 06 32 46.8731198040 -11 09 58.987412460 8.12 7.35 6.24 5.49 5.01 G9III:Ba3.5 190 0
22 V* R CMi S* 07 08 42.6121220544 +10 01 26.458092084   9.65 7.25     SC4-7/10e 170 0
23 V* RU Cam C* 07 21 44.1179567520 +69 40 14.724927696   9.95 8.60 8.84   C0,1_CH4 147 1
24 V* KQ Pup s*r 07 33 47.9667844248 -14 31 26.054356260 6.67 6.38 4.97 3.41 2.08 M1Iabe+B2 199 0
25 V* NZ Gem S* 07 42 03.2180829960 +14 12 30.622309884 9.11 7.20 5.56 3.96 2.54 M3+II-III 126 0
26 V* SU Mon S* 07 42 17.4566221488 -10 52 47.207840772   11.3 9.60     S5-6/7 56 0
27 HD 70652 V* 08 22 54.0945547056 -07 32 35.238876072   7.548 5.918     M2III 31 0
28 * alf Lyn PM* 09 21 03.3002104870 +34 23 33.213441656 6.63 4.69 3.14 1.91 1.01 K6III 220 0
29 * alf Hya * 09 27 35.24270 -08 39 30.9583 5.14 3.42 1.97 0.93 0.16 K3IIIa 455 1
30 HD 83069 SB* 09 36 42.8527228909 +31 09 42.334645280 9.01 7.15 5.56     M2III 53 0
31 V* U Hya C* 10 37 33.2729535 -13 23 04.352923 13.29 7.51 4.82 3.05 1.78 C-N5 314 0
32 * psi UMa PM* 11 09 39.8082958358 +44 29 54.555917043 5.27 4.15 3.01 2.18 1.61 K1III 294 0
33 * nu. Vir LP* 11 45 51.5595979999 +06 31 45.748996439 7.32 5.54 4.04 2.79 1.78 M1III 267 0
34 V* Y CVn C* 12 45 07.8260815656 +45 26 24.926308404 14.03 7.41 4.87 3.12 1.74 C-N5 493 0
35 * psi Vir LP* 12 54 21.1630369857 -09 32 20.360128902 7.94 6.39 4.80 3.23 1.95 M3-III 173 0
36 * del Vir RG* 12 55 36.2086240844 +03 23 50.888053818 6.76 4.97 3.38 1.86 0.53 M3+III 282 0
37 V* AW CVn LP? 13 51 47.4749903810 +34 26 39.265009533 8.36 6.40 4.74 3.21 1.93 M3-IIIa 125 0
38 HD 121447 SB* 13 55 46.9655016048 -18 14 56.486226336 11.50 9.61 7.80     C2,1_CH4:_Ba4 130 0
39 * sig Lib Mi* 15 04 04.2148093680 -25 16 55.090486596 6.86 4.91 3.21 1.60 0.33 M2.5III 195 0
40 * del Oph PM* 16 14 20.7390218758 -03 41 39.572826363 6.30 4.34 2.75 1.46 0.43 M0.5III 377 0
41 * alf Sco s*r 16 29 24.45970 -26 25 55.2094 4.08 2.75 0.91 -0.64 -1.87 M1.5Iab+B2Vn 786 0
42 * del02 Lyr LP* 18 54 30.2826884969 +36 53 55.031674618 7.62 5.97 4.30 2.52 0.89 M4II 251 0
43 HD 178717 SB* 19 09 22.0095424584 +10 14 28.239748008   9.05 7.14     K3.5III:Ba4+ 119 0
44 V* T Sgr S* 19 16 14.4361485576 -16 58 17.076889992   11.81 7.10     S4.5-6/5.5-6e 143 0
45 * alf Vul PM* 19 28 42.3299213429 +24 39 53.661067470 7.77 5.95 4.45 3.24 2.27 M0.5IIIb 194 0
46 HD 183915 SB* 19 31 25.5039458808 +11 37 40.623930768   8.65 7.29     K0III:Ba3.5 87 0
47 V* R Cyg S* 19 36 49.3579856496 +50 11 59.727536988   9.96 6.10 8.96 6.447 S4-8/6e 287 1
48 * del Sge SB* 19 47 23.2655973192 +18 32 03.528856248 6.20 5.12 3.81 2.37 1.08 M2II+B0V 208 0
49 * gam Sge PM* 19 58 45.4282303572 +19 29 31.726069716 6.97 5.04 3.47 2.27 1.35 M0-III 276 0
50 HD 191589 S* 20 09 32.9862045768 +33 40 53.851811988   8.772 7.244     M0SIb/II 60 0
51 HD 196673 ** 20 37 44.3242645 +33 21 59.371434           K0pBa+G5III 61 0
52 * 24 Cap PM* 21 07 07.6681598477 -25 00 21.069488053 8.04 6.11 4.50 3.22 2.24 M1-III 83 0
53 * 29 Cap V* 21 15 44.8423435152 -15 10 17.404817304   6.894 5.317     M2III 41 0
54 HD 203338 s*r 21 19 15.6852148728 +58 37 24.624258456 7.09 7.09 5.75 4.26 2.93 M1Ibep 123 0
55 * 5 Lac s*r 22 29 31.8281552924 +47 42 24.861238614 7.15 6.05 4.37 2.98 1.91 K9Ia+B2V 152 0
56 * lam Aqr LP* 22 52 36.8740445376 -07 34 46.548925356 7.20 5.44 3.79 2.37 1.18 M2.5IIIFe-0.5 179 0
57 V* HR Peg S* 22 54 35.6272159944 +16 56 30.606025560 9.970 8.160 6.360     S4+/1+ 137 0
58 * bet Peg LP* 23 03 46.45746 +28 04 58.0336 6.05 4.09 2.42 0.92 -0.40 M2.5II-III 606 1
59 * 57 Peg S* 23 09 31.4573825 +08 40 37.763634   6.48 5.14     M4S 136 0
60 * psi Peg ** 23 57 45.5265520335 +25 08 29.058895098 7.91 6.25 4.66 3.20 1.86 M3III 131 0

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