Library of medium-resolution Fiber Optic Echelle spectra of F, G, K and M field dwarfs to giants stars

Echelle Spectra

FITS format files with the multidimensional spectra containing all the echelle orders. The numbers given in the column labeled "FITS file" in the following tables correspond to the observing run in which each star have been observed, as in given in Table 1

- Tar file with representative normalized Echelle spectra
- Tar file with all the Echelle spectra.
- All the Echelle spectra (not normalized) can be found here. The normalized spectra will be available soon.

See Table 3 with all the stars as appear in the paper: Pag. 1, Pag. 2, Pag. 3


 
HD HR GJ Name Tsp MK S FITS file 
(Echelle) 
Pap.I, II
F stars
58946 2852 274 A ρ Gem F0 V (SB?) MK ... 8  
15257 717 ... 12 Tri F0 III ... 8  
1457  ... ... SAO 11104 F0 Iab   ... 3, 8  
128167 5447 557 σ Boo F2 V MK 0.190 11
210027 8430 848 ι Peg F5 V (SB1) MK ... 5
87141 3954 ... BD +54 1348 F5 V   ... 8  
55052 2706 ... 48 Gem F5 III–IV ... 11
20902 1017 ... α Per F5 Ib: MK* ... 8
76572 3563 ... 61 Cnc F6 V 0.148 11
11443 544 78.1 α Tri F6 IV (SB) 0.275 5
8992 ... ... SAO 22328 F6 Ib ... 3
187013 7534 767.1 A 17 Cyg F7 V 0.154 2, 11(2) I
222368 8969 904 ι Psc F7 V (SB?) MK 0.153 4
187691 7560 768.1 A o Aql F8 V 0.148 1, 2, 3, 6(2), 7, 11(2) I
142373 5914 602 χ Her F8 V 0.147 6, 11 I, II
9826 458 61 υ And F8 V 0.154 5 II
45067 2313 ... BD -00 1287 F8 V 0.141 11 I
107213 4688 ... 9 Com F8 V 0.135 11 I
122563 5270 ... BD +10 2617 F8 IV ... 6
102870 4540 449 β Vir F9 V (SB?) MK ... 11
22484 1101 147 10 Tau F9 IV–V (SB?) 0.147 4, 8
114710 4983 502 β Com F9.5 V MK 0.201 2, 11(2) I, II
G stars
39587 2047 222 AB χ1 Ori G0- V (SB1) MK 0.325 10(6) I, II
143761 5968 606.2 ρ CrB G0+ Va MK 0.150 11 I
13974 660 92 δ Tri G0.5 V (SB2) MK 0.232 1(2), 3, 4, 5, 10 I
26630 1303 ... μ Per G0 Ib (SB) MK 0.362 8
126053 5384 547 BD +01 2920 G1 V 0.165 6, 11
95128 4277 407 47 UMa G1- V MK 0.165 8
67228 3176 ... μ2 Cnc G1 IVb 0.138 1(2), 6, 11
84441 3873 ... ε Leo G1 II ... 9(6), 11(2)
185758 7479 ... α Sge G1 II MK ... 2(2)
... ... ... Sun G2 V 0.179 1 I
1835 88 17.3 9 Cet G2.5 V MK 0.349 1, 3, 4(2), 5
221170 ... ... BD +29 4940 G2 IV 0.106 2, 3, 5
196755 7896 ... κ Del G2 IV MK 0.152 1, 2(2), 3, 4, 5
218658 8819 ... π Cep G2 III (SB) 0.237 1, 2
161239 6608 ... 84 Her G2 IIIb MK 0.138 11(2)
11544 ... ... SAO 22740 G2 Ib ... 1, 3
223047 9003 ... ψ And G3 Ib–II 0.385 8
117176 5072 512.1 70 Vir G4 V MK 0.142 6, 11(2)
123 5 4.1 A V640 Cas G5 V ... 3, 5, 11
20630 996 137 κ1 Cet G5 V (SB?) MK* 0.366 1(3), 4, 7 I, II
59058 ... ... BD +38 1771 G5 V ... 8
86873 ... ... BD +32 1970 G5 ... 8
161797 6623 695 A μ Her A G5 IV MK* 0.136 5, 6
71369 3323 ... o UMa G5 III 0.120 1
... ... ... κ Her G5 III ... 2
20825 ... ... 62 Ari G5 III ... 4, 5
190360 7670 777 A BD +29 3872 G6 IV+M6 V 0.146 5, 6 I
221115 8923 ... 70 Peg G7+ III 0.147 2
101501 4496 434 61 UMa G8 V MK* 0.311 6, 11(2) I
103095 4550 451 A BD +38 2285 G8 Vp 0.188 11
188512 7602 771 A β Aql G8 IV MK* 0.136 1, 2, 4, 5, 7 I
73593 3422 ... 34 Lyn G8 IV 0.117 3, 11(3)
218935 8827 ... 60 Peg G8 III–IV 0.120 5
113226 4932 ... ε Vir G8 IIIab MK* ... 1(3), 2(6), 3, 9(6), 11(6)
16161 ... ... ν Cet G8 III 0.111 4, 5
104979 4608 ... o Vir G8 IIIa MK ... 6, 11(2)
191026 7689 ... 27 Cyg G8.5 IVa ... 4
108225 4728 ... 6 Cvn G9 III MK ... 6
76294 3547 ... ζ Hya G9 IIIa MK ... 1, 3
4128 188 31 β Cet G9.5 III 0.187 10
K stars
185144 7462 764 σ Dra K0 V MK* 0.215 2 I, II
3651 166 27 54 Psc K0+ V MK 0.176 1, 3, 4, 5, 8 I
198149 7957 807 η Cep K0 IV MK ... 1, 2
6734 ... ... 29 Cet K0 IV 0.131 3
168723 6869 711 η Ser K0 III–IV MK 0.122 6, 11(3)
45410 2331 ... 6 Lyn K0 III–IV 0.127 11 I
28 3 ... 33 Psc K0 III–IV (SB1) MK ... 5
188947 7615 ... η Cyg K0 III MK 0.103 2(2), 8
197989 7949 806.1 A ε Cyg K0 III MK* 0.104 4(2)
19476 941 ... κ Per K0 III MK 0.110 5
182272 7359 ... BD +33 3434 K0 III ... 6
19787 951 ... δ Ari K0 III MK 0.110 5
8512 402 ... &thetas; Cet K0 IIIb MK 0.105 4, 5
12014 ... ... SAO 22820 K0 Ib ... 3
10476 493 68 107 Psc K1 V MK 0.198 4(2), 5, 7(2) I, II
155885 6401 663 B 36 Oph B K1 V 0.384 11
142091 5901 ... κ CrB K1 IVa MK ... 6, 11 I
138716 5777 ... 37 Lib K1 III–IV MK ... 11
203504 8173 ... 1 Peg K1 III 0.103 2(2)
124897 5340 541 α Boo K1.5 III MK 0.144 6(5), 9(3), 11(6)
6805 334 ... η Cet K2- III MK 0.112 4
210745 8465 ... ζ Cep K1.5 Ib MK 0.293 8
166620 6806 706 BD +38 3095 K2 V 0.190 1(3), 2, 3, 4(2), 6, 11(2) I
4628 222 33 BD +04 123 K2 V 0.230 4, 5, 10 I
22049 1084 144 ε Eri K2 V MK* 0.496 5, 7 I
149661 6171 631 12 Oph K2 V 0.339 6, 11(2)
201196 8088 ... BD +15 4340 K2 IV ... 1(2), 2, 3(3), 4(2)
153210 6299 ... κ Oph K2 III MK* 0.102 6
161096 6603 ... β Oph K2 III MK 0.103 9, 10(4)
194317 7806 ... 39 Cyg K2.5 III MK 0.148 2(2), 4, 8
16160 A 753 105 A BD +06 398 K3- V MK 0.226 1, 3, 4(3), 5, 7 I, II
160346 ... 688 BD +03 3465 K3- V 0.300 11(3)
219134 8832 892 BD +56 2966 K3 V MK 0.230 8 I, II
3627 165 ... δ And K3 III (SB) MK ... 5
136514 5710 ... 6 Ser K3 III ... 6
186791 7525 ... γ Aql K3 II MK ... 7(3)
131156 B 5544 B 566 B ξ Boo B K4 V 1.381 11 I, II
201091 8085 820 A 61 Cyg A K5 V MK* 0.658 1(2), 2(2), 3, 4(6), 5, 8 I, II
156026 ... 664 36 Oph C K5 V 0.770 11(2)
29139 1457 171.1 A α Tau K5+ III MK ... 1(5), 3, 4(2), 5(4), 8
11800 ... ... BD +59 363 K5 Ib ... 3
216946 8726 ... BD +48 3887 K5 Ib MK ... 8
201092 8086 820 B 61 Cyg B K7 V MK 0.986 1(2), 2(2), 3, 4(2), 5, 8 I, II
80493 3705 ... α Lyn K7 IIIab MK ... 8
M stars
... ... 906 V347 M0 V (K5) ... 8
89758 4069 ... μ UMa M0 III (SB) MK ... 1, 11(2)
6860 337 53.3 β And M0+ IIIa MK* 0.319 4(2), 5, 8
... ... 4 B BD +45 4408 B M0.5 V (K7) ... 8
232979 ... 172 BD +52 857 M0.5 V (K8) MK 1.909 1 II
1326 A ... 15 A GX And M1.5 V (1) (M2 V) MK ... 1, 2(2), 3, 8 II
218329 8795 ... 55 Peg M1 IIIab MK 0.234 1
206330 8284 ... 75 Cyg M1 IIIab MK ... 8
39801 2061 ... α Ori M1–M2 Ia–Iab MK* ... 11(2)
95735 ... 411 BD +36 2147 M2+ Ve (1) MK 0.424 11
206936 8316 ... μ Cep M2- Ia MK* ... 8
133216 5603 574.1 σ Lib M2.5 III MK ... 11(2)
42995 2216 ... η Gem M2.5 III ... 11(2)
2411 103 ... TV Psc M3 III 0.211 2(2)
44478 2286 ... μ Gem M3 IIIab MK ... 8
14270 ... ... AD Per M3 Iab ... 3
... ... 273 BD +05 1668 M3.5 V (1) ... 1(2) II
55383 2717 ... 51 Gem M4 IIIab ... 1, 11(2)
214665 8621 ... BD +56 2821 M4+ III MK 0.259 8
120323 5192 ... 2 Cen M4.5 III MK ... 11
130144 5512 ... BD +15 2758 M5 III ... 11
94705 4267 ... VY Leo M5.5 III MK ... 11
33664 1693 ... RX Lep M6 III ... 11(2)
84748 3882 ... R Leo M8 IIIe ... 1(2) I


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