2018ApJS..238...29P


Query : 2018ApJS..238...29P

2018ApJS..238...29P - Astrophys. J., Suppl. Ser., 238, 29-29 (2018/October-0)

IGRINS spectral library.

PARK S., LEE J.-E., KANG W., LEE S.-G., CHUN M.-Y., KIM K.-M., YUK I.-S., LEE J.-J., MACE G.N., KIM H., KAPLAN K.F., PARK C., SOK OH J., LEE S. and JAFFE D.T.

Abstract (from CDS):

We present a library of high-resolution (R ≡ λ/Δλ ∼ 45,000) and high signal-to-noise ratio (S/N >= 200) near-infrared spectra for stars of a wide range of spectral types and luminosity classes. The spectra were obtained with the Immersion GRating INfrared Spectrograph covering the full range of the H (1.496-1.780 µm) and K (2.080-2.460 µm) atmospheric windows. The targets were primarily selected for being MK standard stars covering a wide range of effective temperatures and surface gravities, with metallicities close to the solar value. Currently, the library includes flux-calibrated and telluric-absorption-corrected spectra of 84 stars, with prospects for expansion to provide denser coverage of the parametric space. Throughout the H and K atmospheric windows, we identified spectral lines that are sensitive to Teff or logg and defined corresponding spectral indices. We also provide their equivalent widths (EWs). For those indices, we derive empirical relations between the measured EWs and the stellar atmospheric parameters. Therefore, the derived empirical equations can be used to calculate the Teff and logg of a star without requiring stellar atmospheric models.

Abstract Copyright: © 2018. The American Astronomical Society. All rights reserved.

Journal keyword(s): atlases - infrared: stars - techniques: spectroscopic

VizieR on-line data: <Available at CDS (J/ApJS/238/29): table2.dat table5.dat table6.dat refs.dat>

Simbad objects: 130

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Number of rows : 130
N Identifier Otype ICRS (J2000)
RA
ICRS (J2000)
DEC
Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2022
#notes
1 HD 225160 s*b 00 04 03.7944653736 +62 13 19.009200864 7.74 8.46 8.19     O8Iabf 115 0
2 BD+61 2594 * 00 07 05.4871152216 +62 23 33.831228588   9.67 9.48     A0V 8 0
3 V* GQ And Er* 00 18 25.8251408611 +44 01 38.092431857   12.84 11.04 10.3   M3.5V 260 0
4 HD 1561 * 00 20 05.1661061352 +48 51 55.615971024 6.600 6.560 6.530     A0Vs 38 0
5 HD 3765 PM* 00 40 49.2698857963 +40 11 13.823048636   8.30   6.8   K2V 251 0
6 HD 6130 * 01 03 37.0033959120 +61 04 29.361361008   6.51 6.00 7.04   F0II 64 0
7 * 28 Cet * 01 06 05.1486425280 -09 50 21.678755676   5.566 5.565     A0V 50 0
8 HD 7586 V* 01 17 11.9028199296 +60 16 29.546444856   9.48 9.3     B7 16 0
9 * f Psc PM* 01 17 47.9564553482 +03 36 52.088733702   5.210 5.137     A1V 99 0
10 HD 9900 * 01 38 07.5665016360 +57 58 39.475310304   6.921 5.536     K0II_CN+2 66 0
11 HD 10125 ** 01 40 52.7566053096 +64 10 23.114393760 7.88 8.52 8.28     O9.7II 73 0
12 HD 12468 PM* 02 04 39.9318123264 +65 06 12.604819176 6.480 6.510 6.520     A0V 37 0
13 HD 13379 * 02 12 53.5690025208 +59 25 40.922231340   9.18 8.84     A0V 22 0
14 V* BU Per LP* 02 18 53.2915355976 +57 25 16.763048652 15.53 12.87 10.40     M4Ib 90 0
15 V* SU Per s*r 02 22 06.8948309496 +56 36 14.893650072 13.86 11.57 9.40     M3-M4Iab 140 0
16 HD 15558 Y*O 02 32 42.5366901168 +61 27 21.572901360 7.82 8.37 7.87 7.34 6.94 O4.5III(f) 308 0
17 HD 19305 PM* 03 06 26.7370541893 +01 57 54.630530984 11.697 10.44 9.055 8.201 7.427 M0V 123 0
18 HD 19844 * 03 14 33.6194512368 +61 42 56.154606120   7.93 7.88     A0V 14 0
19 HD 21038 * 03 25 09.3865288176 +41 15 26.277046092 6.550 6.550 6.520     A0V 42 0
20 HD 21483 * 03 28 46.6537212648 +30 22 31.231016796 7.080 7.390 7.070     B3III 143 0
21 * s Tau * 03 30 24.4671639 +11 20 11.187567   5.090 5.124     A0Vn 58 0
22 HD 23258 * 03 44 28.2037966608 +20 55 43.448620908   6.100 6.074     A0Vp_lB 54 0
23 * ksi Per ** 03 58 57.9022917 +35 47 27.713205 3.190 4.080 4.060 3.88 3.89 O7.5III(n)((f)) 814 0
24 HD 25877 * 04 09 27.5710891104 +59 54 29.052740304   7.407 6.295     G7II 55 0
25 * h Tau dS* 04 19 57.7045712640 +14 02 06.732211488   5.856 5.568 5.407 5.250 F0IV 215 0
26 HD 27277 * 04 20 53.5488625632 +50 16 18.210679032   9.05 8.11     G6III 25 0
27 HD 29526 PM* 04 41 24.1285097472 +48 18 03.165290280   5.642 5.652     A0V 59 0
28 * eta Aur PM* 05 06 30.8933734 +41 14 04.112721 2.33 3.00 3.18 3.23 3.40 B3V 368 0
29 V* AE Aur Or* 05 16 18.1493304816 +34 18 44.344404000 5.48 6.18 5.96     O9.5V 541 1
30 HD 36003 PM* 05 28 26.0955363191 -03 29 58.398928866 9.864 8.777 7.642 6.968 6.401 K5V 194 0
31 HD 36395 PM* 05 31 27.3957852161 -03 40 38.024004501 10.626 9.443 7.968 6.996 5.913 M1.5Ve 474 0
32 HD 37887 * 05 41 36.0354571656 -03 43 52.274509320   7.69 7.67     B9.5IV/V 41 0
33 HD 44391 * 06 22 47.8768782096 +27 59 12.034306176   9.07 7.68     K0Ib 48 0
34 HD 46223 Y*O 06 32 09.3068103600 +04 49 24.705695568 6.73 7.50 7.28 6.95 6.79 O4V((f)) 367 0
35 * 49 Aur * 06 35 12.0621641448 +28 01 20.318894148   5.248 5.260     A0Vnn 56 0
36 * 15 Mon Be* 06 40 58.65963 +09 53 44.7229 3.360 4.45 4.68   4.88 O7V+B1.5/2V 774 0
37 HD 48434 * 06 43 38.6456583720 +03 55 57.109225980 4.99 5.88 5.90     B0II 150 0
38 HD 50931 * 06 55 34.6214787816 +08 19 27.447359016   6.305 6.258     A0V 37 0
39 * 48 Gem * 07 12 26.3762241744 +24 07 42.938002164 6.30 6.21 5.85     F5III-IV 70 0
40 HD 56386 * 07 18 04.0915302888 +30 57 21.140289288   6.150 6.196     A0Vn 44 0
41 BD+05 1668 PM* 07 27 24.4989685603 +05 13 32.841491057 12.558 11.443 9.872 8.699 7.161 M3.5V 376 0
42 HD 61887 V* 07 41 35.1550370520 +03 37 29.204863788   5.905 5.942     B9.5IV/V 42 0
43 * 85 Gem * 07 55 39.8944472784 +19 53 02.281229304   5.329 5.365     A0Vs 51 0
44 * psi Cnc PM* 08 10 27.1808613475 +25 30 26.402130723   6.54   5.2   G7V 122 0
45 * lam Cnc * 08 20 32.1363537528 +24 01 20.320136040 5.740 5.870 5.930     B9.5V 56 0
46 * 30 Mon PM* 08 25 39.6320108 -03 54 23.117820 3.85 3.88 3.90 3.87 3.92 A0Va 269 0
47 HD 71148 PM* 08 27 36.7846606556 +45 39 10.754559179   6.94   5.9   G1V 184 0
48 HD 71906 * 08 31 19.9662429960 +37 15 53.796537612   6.127 6.174     A0V 54 0
49 * eta Hya bC* 08 43 13.4749927 +03 23 55.186711 3.380 4.100 4.300 4.37 4.56 B3V 391 1
50 HD 75555 * 08 52 21.7919762112 +44 53 51.455822460   8.55 8.08     F5.5III-IV 41 0
51 * rho01 Cnc PM* 08 52 35.8111044043 +28 19 50.954994470 7.45 6.82   5.4   K0IV-V 1036 1
52 HD 76151 PM* 08 54 17.9470964696 -05 26 04.054298491 6.89 6.67 6.00     G2V 493 0
53 V* FZ Cnc LP* 08 59 10.7310716472 +18 08 05.501243868 9.62 7.93 6.38     M4.5III 57 0
54 * 70 Cnc * 09 04 09.8672194344 +27 53 53.904098256   6.685 6.665     A1V 35 0
55 HD 77912 Pe* 09 06 31.7678430456 +38 27 07.970169096   5.567 4.539     G7IIa 157 0
56 * kap Leo ** 09 24 39.2587397 +26 10 56.364971 7.00 5.69 4.46 3.55 2.92 K2IIIb 137 0
57 * mu. Leo PM* 09 52 45.8165435 +26 00 25.031882 6.50 5.10 3.88 2.97 2.39 K2IIIbCN1Ca1 425 0
58 HD 87141 * 10 04 36.3224900520 +53 53 30.171961248   6.191 5.708     F5V 118 0
59 * eta Leo * 10 07 19.9518606 +16 45 45.580270 3.17 3.39 3.41 3.32 3.35 A0Ib 327 0
60 HD 87822 ** 10 08 15.88717 +31 36 14.5875   6.675 6.230     F4V 111 0
61 * 23 LMi PM* 10 16 14.4301249416 +29 18 37.707535512   5.500 5.488     A0Vn 64 0
62 HD 89239 * 10 18 10.5145865688 +27 24 55.723836672   6.498 6.523     A0V 68 0
63 BD+20 2465 Er* 10 19 36.2808181226 +19 52 12.010446571   10.82 9.52 9.19   dM3 1228 0
64 * 35 LMi * 10 36 21.4209550272 +36 19 36.940070136   6.705 6.287     F3V 101 0
65 * 39 UMa PM* 10 43 43.3264670520 +57 11 57.118841016   5.744 5.782     A0III 62 0
66 * 46 UMa PM* 10 55 44.3842839576 +33 30 24.944247000   6.123 5.034 9.7   K1III 80 0
67 HD 95735 Er* 11 03 20.1948195942 +35 58 11.576182057 10.030 8.960 7.520 5.99 4.79 M2+V 670 0
68 HD 99966 * 11 30 29.8370585520 +48 56 08.557939932   7.33 7.39     A0V 42 0
69 HD 101060 * 11 37 57.8119863552 +15 46 36.854130612   8.77 8.78     A0V 28 0
70 HD 102328 * 11 46 55.6222860288 +55 37 41.480416020   6.528 5.254     K2.5IIIbCN1 144 0
71 * b Vir * 11 59 56.9134992240 +03 39 18.736620984   5.346 5.345   5.34 A0V 64 0
72 HD 107655 PM* 12 22 10.8268845600 +24 46 25.918451724   6.170 6.162     A0V 88 0
73 * 6 CVn PM* 12 25 50.9385584448 +39 01 07.016331180   5.95 5.01     G9III 138 0
74 * gam Com PM* 12 26 56.2720731 +28 16 06.321081 6.64 5.47 4.34 3.53 3.01 K1IIIFe0.5 199 0
75 HD 108477 * 12 27 49.4472896040 -16 37 54.639697440   7.166 6.294     G4III 32 0
76 HD 109615 * 12 35 47.3272995216 +39 41 01.320968760   7.246 7.275     A0V 42 0
77 * 29 Com * 12 48 54.2131506648 +14 07 21.311523480   5.721 5.681     A1V 79 0
78 HD 112304 * 12 55 53.2432290360 -15 19 37.287291684   6.164 6.174     A0V 36 0
79 * eps Vir PM* 13 02 10.5978496 +10 57 32.941443 4.45 3.71 2.79 2.16 1.71 G8III-IIIb 536 0
80 * 55 Vir PM* 13 14 10.8951509520 -19 55 51.404410380   6.20 5.33     G7IV 119 0
81 * 61 Vir PM* 13 18 24.3139864471 -18 18 40.297748582 5.710 5.440 4.740     G6.5V 631 1
82 HD 117043 PM* 13 25 59.8583988255 +63 15 40.592317556 7.590 7.230   6.0   G6V 99 0
83 * 81 UMa * 13 34 07.3053955512 +55 20 54.364619400   5.569 5.588     A0V 82 0
84 * 83 Vir * 13 44 29.8268293824 -16 10 44.662210068   6.350 5.567     G0II: 87 0
85 * 85 Vir * 13 45 35.0670398304 -15 46 02.887567500   6.220 6.179     A0V 37 0
86 HD 122064 PM* 13 57 32.0583598200 +61 29 34.300122540 8.510 7.530   5.9   K3V 107 0
87 * iot Vir PM* 14 16 00.8695049 -06 00 01.963348 4.64 4.60 4.08     F7III 348 0
88 V* RR UMi LP* 14 57 35.0072853 +65 55 56.856956 7.86 6.19 4.54 2.69 0.97 M4.5III 173 0
89 BD-07 4003 BY* 15 19 26.8269387505 -07 43 20.189497466 13.403 11.76 10.560 9.461 8.911 M3V 589 2
90 HD 136442 RG* 15 20 47.0209347926 -02 24 48.008069299   7.420 6.331     K2III 66 0
91 * mu. Ser ** 15 49 37.20696 -03 25 48.7358 3.39 3.49 3.53 3.54 3.59 B9.5III 109 0
92 * kap CrB PM* 15 51 13.9312943632 +35 39 26.573691158 6.69 5.82 4.82 4.06 3.57 K1IVa 249 1
93 HD 143187 * 15 55 49.6209242280 +58 54 42.377158188   6.266 6.306   6.32 B8V 41 0
94 * 14 Her PM* 16 10 24.3156759007 +43 49 03.507406809   7.57   6.1   K0V 429 1
95 * q Her * 16 11 28.7384142576 +16 39 56.487131856   6.099 6.082     A0V 64 0
96 * tau Her Pu* 16 19 44.43666 +46 18 48.1123 3.190 3.73 3.87 4.00 4.16 B5IV 394 0
97 HD 150567 * 16 40 42.3039725424 +28 54 54.503265564   8.90 7.69     K3III 16 0
98 HD 165438 RG* 18 06 15.1971057528 -04 45 04.508774964   6.726 5.741     K1IV 71 0
99 HD 171149 * 18 33 22.7083484664 -05 54 42.189219396   6.381 6.354     B9V 47 0
100 HD 182694 * 19 23 56.5004975856 +43 23 17.407385700   6.779 5.853     G7IIIa 55 0
101 * c Aql dS* 19 29 00.9869402808 +01 57 01.616825124   5.865 5.783     A0IVp 174 0
102 * iot Aql * 19 36 43.2777028800 -01 17 11.758614396 3.84 4.28 4.36 4.34 4.42 B5III 163 0
103 HD 190429A s*b 20 03 29.395 +36 01 30.53   7.20 7.09     O4If 83 0
104 HD 190323 * 20 03 49.6140929712 +14 58 58.745962164 8.54 8.03 7.03 6.33 5.88 F8Ia 58 0
105 HD 192538 * 20 14 04.8813535248 +36 36 17.578013580   6.448 6.464     A0V 67 0
106 HD 228779 s*b 20 17 54.1881945216 +34 49 02.035707276 10.45 10.23 8.92     O9Iab 52 0
107 BD+44 3567 PM* 20 45 04.0992448490 +44 29 56.645139366   12.03 10.704 10.299 8.57 M2V 140 0
108 HD 199217 * 20 54 01.4351839440 +48 26 15.132306012   7.66 7.69     A0V 26 0
109 HD 199579 SB* 20 56 34.7779063080 +44 55 29.000891928 5.16 6.01 5.96     O6.5V((f))z 354 0
110 * ksi Cyg SB* 21 04 55.8622910 +43 55 40.264460 7.17 5.39 3.73 2.55 1.63 K4.5Ib-II 302 0
111 * 61 Cyg B Er* 21 06 55.2638444466 +38 44 31.358519864 8.63 7.40 6.03 4.86 3.55 K7V 696 1
112 HD 202314 * 21 14 10.2840823584 +29 54 03.458935476   7.271 6.166     G6Ib-IIaCa1Ba0.5 63 0
113 HD 205314 ** 21 32 56.5920346080 +49 58 39.478477980   5.721 5.755     A0V 66 0
114 * 12 Peg * 21 46 04.3635268800 +22 56 55.964753592   6.622 5.266     K0IbHdel0.5 124 0
115 HD 208108 * 21 53 37.3886477424 +19 40 06.479949432   5.693 5.676     A0Vs 62 0
116 HD 208606 * 21 55 20.5949872800 +61 32 30.521867352 9.35 7.692 6.125     G8Ib 70 0
117 HD 210501 * 22 10 27.7206187704 +16 42 29.249131428   7.74 7.73     A0V 30 0
118 * lam Cep s*b 22 11 30.5765111040 +59 24 52.154264880 4.55 5.29 5.05 4.77 4.62 O6.5I(n)fp 666 1
119 V* EZ Aqr Er* 22 38 33.576000 -15 17 59.75700 15.762 14.33 12.38 12.12 8.677 M5V 294 1
120 HD 216868 * 22 54 07.4028004920 +75 34 50.242400688   9.97 9.04     G5 3 0
121 * 56 Peg SB* 23 07 06.7390851 +25 28 05.732922 7.20 6.06 4.74 3.74 3.07 K0.5II:Ba1CN-2CH-0.5 257 0
122 HD 218639 * 23 09 49.5497799912 -14 30 37.998666504   6.43 6.43     A0V 41 0
123 * 6 And PM* 23 10 27.2411998176 +43 32 38.534035632   6.38   5.6   F5V 112 0
124 HD 219134 Er* 23 13 16.9749603608 +57 10 06.083823619 7.460 6.560 5.570 4.76 4.23 K3V 558 1
125 HD 219290 * 23 14 14.3818844736 +50 37 04.421676360 6.250 6.300 6.310     A0V 37 0
126 HD 219485 * 23 14 37.1050796664 +74 13 52.577578380 5.850 5.870 5.890     A0V 47 0
127 * 61 Peg * 23 15 46.2908754264 +28 14 52.431363636 7.820 7.350 6.500     G2II-III 30 0
128 * tau Peg dS* 23 20 38.2462291728 +23 44 25.278232056   4.745 4.580     A5Vp_lB 178 0
129 HD 223386 PM* 23 48 53.9708557608 +59 58 44.242748796   6.311 6.324     A0V 55 0
130 BD+63 2073 * 23 53 58.0564112280 +64 15 02.833824276 14.85 12.54 10.15 8.10 6.50 M0Ib 16 0

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2022.07.03-19:39:33

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