List of stars in Hydra explained

This is the list of notable stars in the constellation Hydra, sorted by decreasing brightness.

NameBFG.VarHDHIPRADecvis.
mag.		abs.
mag.		Dist. (ly)Sp. classNotes
α 30 140 81797 46390 1.99 −1.69 177 K3III Alfard, Kalbelaphard, Cor Hydrae, Soheil al Fard, Soheil Solitarius[1]
γ 46 345 115659 64962 2.99 −0.05 132 G8III Dhanab al Shudja; Cauda Hydrae
ζ 16 77 76294 43813 3.11 −0.21 151 G8III-IV Hydrobius; Minazal V
ν 254 93813 52943 3.11 −0.03 138 K0/K1III
π 49 368 123123 68895 3.25 0.79 101 K2III
ε 11 59 74874 43109 3.38 0.29 135 G0III-IV Ashlesha,
ξ 288 100407 56343 3.54 0.55 129 G8III
λ 41 201 88284 49841 3.61 0.88 115 K0III
μ 42 221 90432 51069 3.83 −0.58 248 K4III
θ 22 108 79469 45336 3.89 0.91 129 B9.5V
ι 35 170 83618 47431 3.90 −0.74 276 K3IIIvar Ukdah;[2] Ukdah IV
C (30) 19 71155 41307 3.91 0.99 125 A0V
υ1 39 178 85444 48356 4.11 −0.51 273 G6/G8III Zhang, has a companion
δ 4 36 73262 42313 4.14 0.44 179 A1Vnn Lisan al Shudja, Lingua Hydri
β 301 103192 57936 4.29 −0.96 365 Ap Si
η 7 49 74280 42799 4.30 −1.48 466 B3V... Minazal II;
D 12 60 74918 43067 4.32 0.11 227 G8III
ρ 13 64 75137 43234 4.35 −0.72 337 A0Vn Minazal IV
E 58 387 130694 72571 4.42 −0.44 305 K3III
σ 5 42 73471 42402 4.45 −0.72 352 K2III Minhar al Shija, Al Minliar al Shuja, Minchir
τ2 32 152 82446 46776 4.54 −1.20 459 A3V Ukdah; Ukdah II
τ1 31 145 81997 46509 4.59 3.43 56 F6V Ukdah; Ukdah I
υ2 40 194 87504 49402 4.60 −0.05 277 B8V
F (31) 51 74395 42835 4.63 −1.71 604 G2Ib
(2) 168 83425 47310 4.68 0.06 274 K3III
ο 293 101431 56922 4.70 −1.21 495 B9V
G 141 81799 46371 4.72 1.06 176 K1III
I 174 83953 47522 4.76 −1.16 497 B5V
26 122 80499 45751 4.77 −0.19 320 G8III
k 51 375 125932 70306 4.78 1.14 175 K3III
P 27 124 80586 45811 4.80 0.43 243 G8III-IV+... unconfirmed ?
9 47 74137 42662 4.87 0.89 204 K0IIICN...
181 85859 48559 4.87 −0.19 336 K2III
241 92036 51979 4.87 −0.97 479 M1III
240 U 92055 52009 4.89 −1.16 528 C 240 G. Hya.
φ, φ3 242 92214 52085 4.91 0.72 225 G8III 242 G. Hya
χ1 264 96202 54204 4.92 1.73 142 F3IV/V
175 84117 47592 4.93 4.07 49 G0V nearby
(17) 284 100286 56280 4.93 2.80 87 F8V
183 85951 48615 4.94 −1.74 706 K5III Felis
ψ 45 341114149 64166 4.94 0.69 231 K0III
l 52 379 126769 70753 4.97 −0.56 415 B7/B8V
a 6 44 73840 42509 4.98 −0.57 419 K3III
ω 18 95 77996 44659 4.99 −2.86 1212 K2II-III
160 G. Hya 160 82734 46880 5.02 −0.03 334 K0III
κ 38 173 83754 47452 5.07 −0.92 515 B4IV/V Al Sharāsīf[3] [4]
50 Hya 50 370 124206 69415 5.07 0.83 229 K2III
44 Hya 44 230 91550 51718 5.08 −1.36 633 K5III
II Hya 298 102620 57613 5.10 −0.72 477 M4III
HD 100393 (18) 287 100393 56332 5.13 −0.58 453 M1/M2III 18 Crateris
54 Hya m 54 382 129926 72197 5.15 2.73 99 F0V + G/K
HD 101666 (26) 295 101666 57047 5.20 −0.40 430 K5III 26 Crateris
47 Hya 47 365 121847 68269 5.20 0.11 339 B8V
HD 94388 b3 (6) 257 94388 53252 5.23 2.75 102 F6V 6 Crateris
56 Hya 56 385 130259 72357 5.23 0.19 331 G8/K0III
23 Hya 23 112 79910 45527 5.24 0.58 279 K2III
303 G. Hya 303 103462 58082 5.26 0.48 295 G8III
61 G. Hya 61 74988 43142 5.28 0.19 339 A3V
14 Hya 14 67 KX 75333 43305 5.30 −0.34 438 B9MNp... KX Hya; α2 CVn variable
200 G. Hya 200 88215 49809 5.30 3.12 89 F2/F3IV/V
1 G. Hya 1 68312 40107 5.36 0.43 316 G8III
142 G. Hya 142 81809 46404 5.38 2.91 102 G2V
328 G. Hya 328 109799 61621 5.41 2.72 113 F0V
(10) 271 96819 54477 5.43 1.61 189 A1V 10 Crateris
HD 93397 b1 (3) 249 93397 52737 5.44 1.30 219 A3V 3 Crateris
330 G. Hya 330 110666 62131 5.46 0.03 397 K3III
20 Hya 20 103 78732 44961 5.47 −1.00 642 G8II
367 122430 68581 5.47 −0.15 434 K2/K3III has a
24 Hya 24 114 79931 45526 5.49 −1.14 689 B9III
15 Hya 15 70 75737 43496 5.55 −0.33 488 A4m
33 Hya A 33 163 82870 46982 5.56 −1.04 681 K1III Ukdah; Ukdah III
323 G. Hya 323 108323 60735 5.56 −0.42 511 B9V
224 G. Hya 224 90957 51364 5.58 0.21 387 K3III
195 G. Hya 195 87808 49569 5.59 0.48 343 K4III
225 G. Hya 225 91120 51491 5.59 −0.28 487 B8/B9IV/V
2 Hya 2 23 LM 71297 41375 5.60 1.97 173 A5III-IV LM Hya;
19 Hya 19 99 78556 44883 5.60 −1.60 898 B9.5III
28 Hya 28 134 81420 46221 5.60 −0.98 675 K5III
1 Hya 1 15 70958 41211 5.61 3.44 89 F3V
55 Hya 55 384 130158 72323 5.61 −0.76 613 B9IV/V
92 G. Hya 92 77353 44356 5.64 −0.73 613 K0III
333 G. Hya 333 111295 62500 5.65 0.80 304 G8III
59 Hya 59 92 132219 73284 5.65 0.50 350 A6IV
148 G. Hya 148 82077 46511 5.66 −1.58 913 K4/K5III
χ2 265 96314 54255 5.69 −1.26 799 B8V 265 G. Hya.;
350 G. Hya 350 117716 66065 5.69 1.61 214 A0/A1V
56 G. Hya 56 74794 43026 5.70 1.04 278 K0III:
193 G. Hya 193 87427 49339 5.70 1.23 255 F0V
259 G. Hya 259 95221 53699 5.70 2.27 159 F2V
236 G. Hya 236 91889 51933 5.71 3.76 80 F7V
HD 100893 (22) 291 100893 56620 5.71 0.54 352 K0III 22 Crateris
3 Hya 3 35 HV 72968 42146 5.72 1.14 268 A1spe... HV Hya; α2 CVn variable
107 G. Hya 107 79181 45158 5.72 0.90 300 G8III
102 G. Hya 102 78702 44923 5.73 1.22 260 A0/A1V
351 G. Hya 351 118349 66400 5.73 0.36 386 A7V+...
17 G. Hya 17 71095 41299 5.74 −0.59 601 K5III
156 G. Hya 156 82573 46813 5.74 0.58 351 A4III
80 G. Hya 80 76376 43798 5.75 0.17 425 K2/K3III
101 G. Hya 101 78668 44936 5.76 0.01 460 G6III
57 Hya 57 386 130274 72378 5.76 0.14 434 B9.5V
48 Hya 48 366 122066 68390 5.77 1.98 187 F6V
121 G. Hya 121 80479 45743 5.79 0.34 400 K1/K2III
272 97023 54561 5.79 0.69 342 A1V also known as HR 4339
33 G. Hya 33 72660 42028 5.80 0.80 326 A1V
88 G. Hya 88 76932 44075 5.80 4.16 70 F7/F8IV/V
354 G. Hya 354 118646 66563 5.81 2.36 160 F3V
357 G. Hya 357 119752 67143 5.81 1.08 287 A0V
118 G. Hya 118 80050 45559 5.83 0.44 389 K0III
60 Hya 60 393 132851 73566 5.83 0.84 325 A4IV
300 G. Hya 300 103026 57841 5.85 3.36 102 F8V
150 G. Hya 150 82232 46618 5.86 1.45 249 K2III
329 G. Hya 329 109960 61720 5.86 −0.26 547 K2/K3III
252 G. Hya 252 93657 52841 5.87 0.29 426 A1V
374 G. Hya 374 125276 69965 5.87 4.62 58 F7Vw
32 72561 42008 5.89 −5.22 5433 G5III
14 G. Hya 14 70652 41080 5.92 −1.11 832 M1III
162 G. Hya 162 82747 46897 5.92 1.12 297 B9.5V
HD 103596 304 103596 58158 5.93 0.11 477 K4III 29 Crateris
84 G. Hya 84 76579 43899 5.95 −0.82 738 K3III
158 G. Hya 158 82660 46859 5.95 −1.06 823 K4III
(20) 289 100623 56452 5.96 6.06 31 K0V 20 Crateris
27 G. Hya 27 71766 41597 6.01 −1.39 985 F2III
75 76151 43726 6.01 4.85 56 G3V
136 G. Hya 136 81567 46288 6.01 −1.14 876 K3III
209 G. Hya 209 89455 50536 6.01 1.89 217 A8III
φ2 234 91880 51905 6.01 −1.35 967 M1III
16 G. Hya 16 70937 41214 6.03 1.98 211 F2V
6 G. Hya 6 70013 40818 6.04 −0.21 579 G8III
227 G. Hya 227 91280 51551 6.04 2.90 138 F6/F7V
243 G. Hya 243 92245 52113 6.04 0.83 359 A0Vn
361 G. Hya 361 121156 67890 6.05 2.04 206 K2III
260 G. Hya 260 95456 53818 6.06 3.59 102 F8V
90 G. Hya 90 77250 44315 6.08 −0.84 789 F3IV+...
179 G. Hya 179 85519 48396 6.08 0.66 395 K0III
65 G. Hya 65 75140 43204 6.09 −0.46 667 K0
322 G. Hya 322 108110 60603 6.09 −0.38 643 K3III
21 Hya 21 106 KW 79193 45184 6.10 1.51 269 A3m KW Hya;
231 G. Hya 231 91706 51795 6.10 2.09 207 F6V
372 G. Hya 372 124576 69623 6.10 −0.54 695 A1V
155 G. Hya 155 82543 46840 6.11 0.58 416 F7IV-V
OY Hya (188 G. Hya) 188 OY 86612 48943 6.11 −0.31 628 B5V
9 G. Hya 9 70148 40859 6.12 0.12 516 K2III
73 G. Hya 73 75916 43580 6.12 1.04 338 K1III
154 G. Hya 154 82477 46768 6.12 0.92 358 K0
157 G. Hya 157 82638 46869 6.12 0.72 393 K0
217 G. Hya 217 89911 50790 6.12 −0.55 704 A0V
10 Hya 10 52 74591 42931 6.13 2.12 207 A6V
81 G. Hya 81 76494 43902 6.13 −1.34 1016 G8II-III
153 G. Hya 153 82428 46744 6.13 2.46 177 F0Vn
13 G. Hya 13 70574 41036 6.14 2.07 212 A8IV
105 G. Hya 105 79108 45167 6.14 0.83 376 A0V
146 G. Hya 146 82043 46529 6.14 0.32 475 F0III
MO Hya 334 MO 111786 62788 6.14 2.24 196 A0III δ Sct variable
363 G. Hya 363 121699 68177 6.14 −0.17 596 K2/K3III
286 100307 56293 6.15 −0.59 728 M2III
NS Hya 96 NS 78196 44738 6.16 −1.25 991 M1III
315 G. Hya 315 105686 59307 6.16 1.14 329 A0V
302 G. Hya 302 103266 57971 6.17 1.78 246 A2V
8 G. Hya 8 70110 40858 6.18 3.13 133 F9V
37 G. Hya 37 73281 42299 6.18 0.79 391 K0
89 G. Hya 89 77084 44162 6.19 3.20 129 F5IV/V
359 G. Hya 359 120455 67523 6.19 0.97 361 A0V
LV Hya 305 LV 103789 58272 6.20 0.88 378 B9.5V α2 CVn variable
HD 95698 (8) 261 95698 53963 6.21 2.59 173 A9III/IV 8 Crateris
356 G. Hya 356 119623 67071 6.21 −0.47 706 K3III
58 G. Hya 58 74860 43035 6.22 −4.13 3835 K5III
182 G. Hya 182 85905 48584 6.23 0.50 457 A2/A3III
205 G. Hya 205 88699 50066 6.23 0.74 409 A9m...
311 G. Hya 311 105078 59008 6.23 −0.51 728 B7V
371 G. Hya 371 124281 69458 6.23 −0.46 709 K0III
199 G. Hya 199 88182 49802 6.24 1.74 259 A5m
245 G. Hya 245 92770 52391 6.24 −0.53 738 K3/K4III:
147 G. Hya 147 82074 46543 6.25 2.57 177 G6IV
159 G. Hya 159 82674 46893 6.25 0.70 421 K0
197 G. Hya 197 88025 49689 6.25 0.01 578 A0V
149 G. Hya 149 82180 46569 6.26 −2.26 1646 K2/K3III
144 G. Hya 144 81980 46504 6.27 1.47 297 F0Vn
185 G. Hya 185 86266 48763 6.27 2.06 227 A4V
391 G. Hya 391 131919 73171 6.28 0.12 557 B8/B9V
235 G. Hya 235 91881 51885 6.29 3.07 143 F5V
126 G. Hya 126 80719 45854 6.30 2.88 158 F6V
192 G. Hya 192 87344 49321 6.30 0.47 477 B8V
HQ Hya 7 HQ 69997 40766 6.31 1.14 353 F3IIIp δ Sct variable
37 Hya 37 171 OW 83650 47427 6.31 −1.33 1098 A0Vn OW Hya; 171 G. Hya.
337 G. Hya 337 112519 63243 6.31 0.83 407 K0III
111 G. Hya 111 79752 45424 6.32 1.18 348 A0V
HD 100953 (23) 292 100953 56657 6.32 2.04 234 F5V 23 Crateris
165 G. Hya 165 83104 47070 6.33 1.63 283 A0V
71 G. Hya 71 75811 43570 6.34 0.22 547 A5V
104 G. Hya 104 79066 45150 6.34 2.81 166 A9IVe...
V335 Hya 316 V335 106198 59588 6.34 −0.89 911 M4/M5Ib/II:
317 G. Hya 317 106257 59622 6.34 0.86 406 A0V
34 G. Hya 34 72908 42142 6.35 0.21 551 G9III
275 G. Hya 275 97393 54725 6.35 −0.23 676 M2/M3III
369 G. Hya 369 124162 69398 6.35 0.49 484 K2III
373 G. Hya 373 125279 69977 6.35 −0.69 834 K5III
206 G. Hya 206 88806 50142 6.36 −1.70 1336 M1III
50 G. Hya 50 74393 42854 6.37 −0.40 738 B9.5III-IV
172 G. Hya 172 83731 47454 6.37 −0.68 838 A2V
29 G. Hya 29 72462 41893 6.38 2.13 231 A7IV/V
320 G. Hya 320 107869 60468 6.39 −0.57 803 K5III
34 Hya 34 167 83373 47249 6.40 1.10 375 A1V
347 R 117287 65835 6.40 −2.55 2012 M6/M7e
55 G. Hya 55 74688 42951 6.41 1.71 283 F2+...
LO Hya (25 G. Hya)25 LO 71663 41564 6.42 1.77 278 A5m
66 G. Hya 66 75217 43246 6.42 0.68 458 K0
308 G. Hya 308 104039 58436 6.42 −0.76 891 A1IV/V
364 G. Hya 364 121758 68224 6.42 0.17 579 K1III
26 G. Hya 26 71665 41547 6.43 −0.65 849 K0
74 G. Hya 74 76027 43623 6.43 0.89 417 K1III
274 G. Hya 274 97344 54703 6.43 0.84 427 K0III
332 G. Hya 332 111226 62448 6.43 −0.66 853 B8V
360 G. Hya 360 120690 67620 6.43 4.93 65 G5V
263 G. Hya 263 95857 54030 6.44 −0.38 753 M2/M3III
279 G. Hya 279 98221 55164 6.44 3.09 152 F3V
281 G. Hya 281 99712 55953 6.44 −1.50 1264 K4/K5III
294 G. Hya 294 101563 57001 6.44 3.35 135 G2III/IV
54 G. Hya 54 74685 42981 6.45 0.93 414 K0
117 G. Hya 117 79994 45543 6.45 1.19 368 K0
166 G. Hya 166 83352 47242 6.45 0.74 452 K0
204 G. Hya 204 88595 50013 6.45 3.33 137 F7V
258 G. Hya 258 94619 53387 6.45 0.00 637 K1III
349 G. Hya 349 117718 66060 6.45 3.08 154 F5IV
48 G. Hya 48 74190 42701 6.46 1.13 379 A5m
109 G. Hya 109 79481 45305 6.46 0.26 567 G6/G8III/IV
325 G. Hya 325 109074 61172 6.46 0.25 568 A3V
82 G. Hya 82 76478 43850 6.47 −0.51 813 K2III
213 G. Hya 213 89816 50728 6.47 1.18 373 A4IV/V
270 G. Hya 270 96723 54430 6.47 0.74 457 A1V
3 G. Hya 3 68667 40263 6.48 0.47 519 K0
63 G. Hya 63 75098 43152 6.48 −0.36 762 A2V
100 G. Hya 100 78614 44888 6.48 1.07 394 K0IIICN...
297 G. Hya 297 102438 57507 6.48 5.23 58 G5V
299 G. Hya 299 102888 57749 6.48 0.57 495 G8III
348 G. Hya 348 117558 65969 6.48 1.78 284 A1V
378 G. Hya 378 126400 70538 6.48 2.05 251 K0III
233 G. Hya 233 91790 51852 6.49 2.20 235 A5IV/V
312 G. Hya 312 105113 59021 6.49 2.94 167 G0V
342 G. Hya 342 114576 64375 6.49 1.23 367 A5V
346 G. Hya 346 117033 65682 6.49 −1.12 1087 K5III
210 G. Hya 210 89747 50693 6.50 2.68 189 F3IV
318 G. Hya 218 106500 59742 6.50 0.75 461 K0III
269 96700 54400 6.50 83 G0V have two planets (and)
29 Hya 29 139 81728 46365 6.53 −1.48 1304 A2V
164 82943 47007 6.54 4.35 90 G0V has three planets (& d)
HD 94046 b2 (5) 94046 53037 6.56 0.76 471 A3V 5 Crateris
17 Hya 17 79 76370 43822 6.67 1.72 319 A3
14 Lib (14) 131992 73189 6.95 1.56 391 A2/A3V
90156 50921 6.95 5.23 72 G5V has a planet ; variable star
V 53085 7.0 C Carbon star
25 Hya 25 80105 45588 7.07 1.50 424 K0
86264 48780 7.42 3.12 237 F7V has a planet
HD 86950 86950 49129 7.46 551 K1 III has a planet
72659 42030 7.48 3.93 168 G0 has a planet
74156 42723 7.62 3.57 211 G0V has three planets (& unconfirmed)
φ1 43 91369 51614 7.62 3.25 244 G2V
86226 48739 7.93 4.79 139 G2V has a planet
HD 128356 128356 71481 8.29 85 K3V has a planet
V478 70573 8.70 5.40 149 G1-1.5V has a planet
HD 72892 72892 42098 8.83 237 G5V has a planet
WASP-166 9.36 369 F9 has a transiting planet
56528 9.79 10.01 29 M1.5 has a planet
WASP-51/HAT-P-30 10.42 629 F has a
47101 10.91 11.13 31 M2.5V has three transiting planets
TW 53911 11.1 7.3 184 K8Ve , retracted planet
11.87 5.74 550 G4 has a transiting planet
WASP-175 12 1905 has a transiting planet
HAT-P-42 12.17 1458 Lerna; has a transiting planet
WASP-169 12.2 2081 has a transiting planet
WASP-142 12.3 2740 F8 has a transiting planet
HAT-P-35 12.46 1745 has a transiting planet
WASP-143 12.6 1115 G1 has a transiting planet
12.7 1468 G2 has a transiting planet
LHS 3003 17.141 20.9 M7.0V [5] [6] [7] [8] [9]
19.8 65 M2.5 has a planet (b)
WASP-84 391 K0 has a transiting planet
G 161-71 M4.5 [10] [11] [12] [13]

See also

Bibliography

Notes and References

  1. http://articles.adsabs.harvard.edu//full/1895MNRAS..55..429K/0000431.000.html E.B Knobel - On a catalogue of stars in the Calendarium of Al Achsasi Al Mouakket
  2. https://penelope.uchicago.edu/Thayer/E/Gazetteer/Topics/astronomy/_Texts/secondary/ALLSTA/Hydra*.html Star Name - R.H.Allen p. 238
  3. https://penelope.uchicago.edu/Thayer/E/Gazetteer/Topics/astronomy/_Texts/secondary/ALLSTA/Crater*.html Star Name - R.H.Allen p. 182
  4. https://penelope.uchicago.edu/Thayer/E/Gazetteer/Topics/astronomy/_Texts/secondary/ALLSTA/Hydra*.html Star Name - R.H.Allen p. 246
  5. Web site: GCTP 3372.03. The General Catalogue of Trigonometric Stellar Parallaxes . Fourth . Van Altena W. F. . Lee J. T. . Hoffleit E. D. . 1995.
  6. Leggett . S. K. . Infrared colors of low-mass stars . 1992 . . 82 . 1 . 351–394 . 10.1086/191720 . 1992ApJS...82..351L.
  7. Tinney . C. G. . CCD astrometry of southern very low-mass stars . 1996 . . 281 . 2 . 644–658 . 10.1093/mnras/281.2.644. 1996MNRAS.281..644T. free .
  8. Dahn . C. C. . Harris, Hugh C.; Vrba, Frederick J.; Guetter, Harry H.; Canzian, Blaise; Henden, Arne A.; Levine, Stephen E.; Luginbuhl, Christian B.; Monet, Alice K. B.; Monet, David G.; Pier, Jeffrey R.; Stone, Ronald C.; Walker, Richard L.; Burgasser, Adam J.; Gizis, John E.; Kirkpatrick, J. Davy; Liebert, James; Reid, I. Neill . Astrometry and Photometry for Cool Dwarfs and Brown Dwarfs . 2002 . . 124 . 2 . 1170–1189 . astro-ph/0205050 . 10.1086/341646 . 2002AJ....124.1170D. 119485007 .
  9. Costa . Edgardo . The Solar Neighborhood. XIV. Parallaxes from the Cerro Tololo Inter-American Observatory Parallax Investigation-First Results from the 1.5 m Telescope Program . 2005 . . 130 . 1 . 337–349 . 10.1086/430473 . 2005AJ....130..337C. Méndez . René A. . Jao . W.-C. . Henry . Todd J. . Subasavage . John P. . Brown . Misty A. . Ianna . Philip A. . Bartlett . Jennifer . Jennifer Bartlett (astronomer) . free .
  10. Bartlett. Jennifer L.. Jennifer Bartlett (astronomer). Lurie. John C.. Riedel. Adric. Ianna. Philip A.. Jao. Wei-Chun. Henry. Todd J.. Winters. Jennifer G.. Finch. Charlie T.. Subasavage. John P.. The Solar Neighborhood. XXXX. Parallax Results from the CTIOPI 0.9 m Program: New Young Stars Near the Sun. The Astronomical Journal. 154. 4. 2017. 151. 1538-3881. 10.3847/1538-3881/aa8457. 2017AJ....154..151B. free.
  11. Reid . I. Neill . Kilkenny . D. . Cruz . K. L. . Meeting the Cool Neighbors. II. Photometry of Southern NLTT Stars . 2002 . . 123 . 5 . 2822–2827 . astro-ph/0202460 . 10.1086/339700 . 2002AJ....123.2822R. 8096662 .
  12. Scholz . R.-D. . Meusinger . H. . Jahreiß . H. . Search for nearby stars among proper motion stars selected by optical-to-infrared photometry. III. Spectroscopic distances of 322 NLTT stars . 2005 . . 442 . 1 . 211–227 . astro-ph/0507284 . 10.1051/0004-6361:20053004 . 2005A&A...442..211S. 7013323 . [ftp://cdsarc.u-strasbg.fr/pub/A&A/442/211/table1.dat Table1.dat]
  13. J. Davy Kirkpatrick . Kirkpatrick . J. Davy . Gelino . Christopher R. . Cushing . Michael C. . Mace . Gregory N. . Griffith . Roger L. . Skrutskie . Michael F. . Marsh . Kenneth A. . Wright . Edward L. . Eisenhardt . Peter R. . McLean . Ian S. . Mainzer . Amy K. . Burgasser . Adam J. . Tinney . Chris G. . Parker . Stephen . Salter . Graeme . Further Defining Spectral Type "Y" and Exploring the Low-mass End of the Field Brown Dwarf Mass Function . 2012 . . 753 . 2 . 156 . 1205.2122 . 10.1088/0004-637X/753/2/156 . 2012ApJ...753..156K . 119279752 .

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