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[vsnet-id 681] Haute Provence red stars
- Date: Sat, 3 Aug 2002 21:57:18 -0700 (MST)
- To: buscombe@nwu.edu, dubois@simbad.u-strasbg.fr, gerard@simbad.u-strasbg.fr, vsnet-id@ooruri.kusastro.kyoto-u.ac.jp, woelfel@simbad.u-strasbg.fr
- From: Brian Skiff <Brian.Skiff@lowell.edu>
- Subject: [vsnet-id 681] Haute Provence red stars
- Sender: owner-vsnet-id@ooruri.kusastro.kyoto-u.ac.jp
Coordinates and identifications for Haute Provence red stars
version: 3 Aug 2002
The lists below contain accurate coordinates and numerous identifications
for some 500 red stars observed on objective-prism plates taken at
l'Observatoire de Haute Provence, and published in a series of papers by
Perraud and by Barbier. The stars that were identified (by BD or other name)
in the source papers are referenced in SIMBAD, but the remainder are missing.
The original coordinates are not always reliable and many problem cases exist,
so this was not surprising. This file shows the stars that were identified
only by coordinates plus a few others deemed useful.
I worked from the original coordinates and initially searched 5' radii
in VizieR looking at Tycho-2, IRAS, and the MSX catalogues for likely matches.
The stars had to be fairly bright and have colors consistent with late spectral
type. Most were within 2'-3'. When no star was found within 5' radius,
candidates were sought at shifts of +/- 1m RA and +/- 10' Dec, which cleared up
many cases unambiguously. Some had odd errors, and still others were not
recovered. (In brief, short of taking new observations I did the best I could
to recover the stars.)
Once the positions were corrected, fairly complete identifications were
then sought in the HD, BD, Dearborn (DO) red stars, and GCVS v4.1 catalogues
again using VizieR. The MSX designation is given in the notes when there is
no IRAS match. The large number of identifications in the Dearborn catalogue
show that not very many of these stars were 'new' in the sense of being
previously unknown M-type stars at the time the papers were published.
Peter Pesch complains along these lines in a follow-up paper to Barbier's final
list (1976Ap&SS..40..351P). Even so, nearly all the stars yield new useful
information for SIMBAD for previously 'anonymous' IRAS sources, and permit the
linkage of numerous multiple entries in the database.
The format for each list is identical apart from the occasional omission
of magnitudes. All the magnitudes are rather poor, but in the majority of
cases something more reliable (Tycho-2, even GSC) is now available. The table
entries are rather wider than 80 columns to accomodate all the main items.
Barbier's spectral types are often expressed in the form, e.g. M2:3:.
I have shown them as 'slash' types (Houk notation) with a colon, e.g. M2/3:.
These indicate uncertainty in the type, not a range; they should not be given
as fractional types, e.g. M2.5:.
The complete biblio citations are shown below. Note that these differ
slightly from the current SIMBAD biblio by including the collaborating
co-authors and also by showing start/end page numbers. The paper by Pesch is
given for completeness since it includes sundry IDs for many of the stars.
\Brian
-------------------------------------------------------------------------------
1959JO.....42...33P
PERRAUD H. and PELLETIER B.
J. Obs., 42, 33-37 (1959)>
Listes et classifications d'etoiles M, S, C trouvees dans divers
champs pris aux prismes objectifs a vision directe.
1959JO.....42..142P
PERRAUD H. and PELLETIER B.
J. Obs., 42, 142-148 (1959)
II. Listes et classifications d'etoiles M, S, C trouvees dans divers
champs pris aux prismes objectifs a vision directe.
1961JO.....44..247P
PERRAUD H.
J. Obs., 44, 247-253 (1961)
III. Liste et classification d'etoiles M, S, C, trouvees dans divers
champs pris aux prismes objectifs a vision directe.
1965JO.....48..149B
BARBIER M. and AGNIEL C.
J. Obs., 48, 149-152 (1965)
Liste et classification d'etoiles M, S, et C nouvelles.
1966JO.....49..290B
BARBIER M. and MAIOCCHI R.
J. Obs., 49, 290-293 (1966)
Liste et classification d'etoiles nouvelles M, S, C, et a emission.
1970A&AS....2..201B
BARBIER M. and VIALE A.
Astron. Astrophys., Suppl. Ser., 2, 201-203 (1970)
Liste et classification d'etoiles M, C, et a emission nouvelles.
1975Ap&SS..32..423B
BARBIER B.
Astrophys. Space Sci., 32, 423-430 (1975)
Liste et classification d'etoiles M, C, a emission nouvelles.
1976Ap&SS..40..351P
PESCH P.
Astrophys. Space Sci., 40, 351-355 (1976)
On Barbier's "Etoiles M et C a emission nouvelles".
column header description
RA (2000) Dec equinox 2000 coordinates
s coded source of position (see list below)
GSC GSC number
IRAS IRAS number (point- or faint-source)
mb approx photo-blue magnitudes from original paper
sp Perraud or Barbier spectral type
HD/BD HD or BD number
DO Dearborn red stars catalogue number
sp Dearborn spectral type
GCVS variable-star designation
position sources (column 's'):
c Carlsberg merdian circle (I/256)
G GSC-ACT (I/255)
g GSC-2.2 (I/271)
M 2MASS second release (B/2mass/out)
T Tycho-2 (2000A&A...357..367H, I/259)
-------------------------------------------------------------------------------
source: 1959JO.....42...33P
RA (2000) Dec s GSC IRAS mb sp HD/BD DO sp GCVS
1 12 57.61 +59 52 39.5 T 3681-0206 01098+5936 11.4 M3
1 33 16.21 +45 29 46.8 T 3278-0613 01302+4514 11.1 M4 HD 9392 24470 M3
1 34 16.37 +44 32 08.6 T 2826-0185 01312+4416 11.8 M5 24484 M2
1 38 14.19 +45 19 53.0 T 3278-0778 01352+4504 13.1 M6 24570 M0
1 40 46.94 +44 46 54.1 T 2827-0556 01377+4431 10.9 M1 BD+44 346 24621 M3
2 03 23.65 +57 43 20.8 T 3693-1307 01599+5728 M6 25198 M5 CF Per
* 2 39 45.19 +60 43 21.8 T 4047-1543 M BD+60 534
3 11 09.46 +61 13 27.0 G 4049-1333 03071+6102 13.3 M6 26765 M4
3 27 37.97 +43 26 15.0 T 2873-0382 F03242+4315 M2 27119 M2
3 29 23.33 +44 24 26.7 G 2873-0762 03259+4414 M5 27170 M4 VW Per
* 3 31 37.66 +44 32 01.3 T 2874-2144 03282+4421 M1 BD+44 724 27218 K5
3 33 09.74 +43 31 03.9 G 2874-2361 03297+4321 M3 27247 K5
3 34 02.31 +44 26 39.7 T 2874-1912 M0
3 35 22.64 +44 25 09.9 G 2874-2122 03319+4415 M3
4 44 47.64 +45 54 18.9 T 3343-1529 04411+4548 13.1 M
19 59 01.15 +31 11 18.8 T 2670-2828 19570+3102 12.4 M5
20 09 20.24 +36 43 57.2 T 2683-2641 20074+3635 M
*20 16 23.16 +38 48 16.5 T 3151-2211 20145+3838 M4 HD 228689 18801 M4
*20 21 33.53 +39 13 50.9 T 3152-0747 M3 18916 M2
*20 57 59.45 +46 28 00.6 T 3575-0553 M2 BD+45 3349 39061 M5 AZ Cyg
21 05 07.26 +60 16 20.2 T 4247-0615 21039+6004 M5 39201 M4
21 50 19.65 +45 35 44.1 T 3604-0121 21483+4521 11.3 M4 BD+44 3957 40206 M4
21 51 04.70 +46 36 02.0 T 3604-2777 21491+4621 11.0 M5 BD+45 3700 40227 M6
*22 03 42.18 +46 46 01.3 T 3605-2648 M2 40647 M2
22 06 55.14 +56 41 59.3 T 3977-1386 M1
22 15 55.96 +57 33 14.1 T 3990-0613 22141+5718 M2 41049 M2
*22 45 25.13 +57 23 31.7 G 3992-1510 M0
22 53 33.93 +56 50 06.3 T 3993-1617 22514+5634 M3
22 55 38.66 +55 50 44.0 T 3989-0188 22535+5534 M5 42186 M2 NSV 14366
22 58 16.44 +56 58 33.1 T 3993-1256 22561+5642 M5 42266 M5
*23 01 03.19 +56 53 33.2 T 3993-1929 M1 42358 K5 UY Cas
23 02 01.39 +57 38 19.3 T 3993-0522 22599+5722 M3
0 01 44.21 +62 11 23.7 T 4018-0201 23591+6154 M4 43982 M4
Notes
2 39 45 MSX5C G135.7958+00.5847; ID assumes Perraud -10' Dec error.
3 31 37 ID assumes Perraud +10' Dec error.
20 16 23 not V435 Cyg.
20 21 33 MSX5C G077.2324+01.3891.
20 57 59 MSX5C G087.0278+00.5172; ID assumes Perraud +10' Dec error.
22 03 42 ID assumes Perraud +1m RA error.
22 45 25 MSX5C G106.5713-01.4208; ID uncertain.
23 01 03 MSX5C G108.2573-02.8000.
-------------------------------------------------------------------------------
1959JO.....42..142P
RA (2000) Dec s GSC IRAS mb sp HD/BD DO sp GCVS
2 41 57.67 +31 28 11.7 T 2324-0565 12.0 M6
3 27 04.50 +59 19 04.6 T 3715-0335 03230+5908 M 27081 M1
4 48 36.70 +44 16 09.7 T 2905-1383 04450+4410 13.0 M3 28629 M3
* 5 05 07.81 +60 06 05.5 T 4079-1941 05006+6001 M2 28878 M0
5 28 33.69 +31 32 20.9 T 2403-0378 M3 BD+31 978
* 5 29 22.48 +32 56 36.4 M 2407-0948 M
5 30 34.35 +33 01 08.5 T 2407-1176 05273+3258 M4
* 5 30 40.78 +33 06 02.6 T 2407-1363 M1 11307 K5
5 34 34.25 +31 13 53.6 M 2404-0262 05313+3111 M4
* 5 34 50.24 +33 08 31.2 T 2408-0870 M0 11364 K5
6 12 28.94 +22 50 53.0 T 1877-1131 06094+2251 M3 HD 253178
6 16 34.58 +14 50 55.3 T 0743-0328 06137+1451 11.9 M0 12061 M1
* 6 16 35.80 +13 52 53.1 T 0743-2078 06137+1353 12.2 M2 1474 M0
6 21 33.66 +21 56 06.2 M 1327-1442 06185+2157 M3 BX Gem
6 23 52.89 +21 18 30.1 T 1327-1623 06208+2120 M5
6 24 50.60 +21 21 34.6 G 1340-0524 06218+2123 M6
6 27 06.26 +22 35 59.4 G 1879-1937 06240+2237 M3
* 6 33 44.05 +05 12 57.5 T 0154-0435 06311+0515 M0 HD 259696 1631 K5
6 37 37.00 +04 35 35.2 G 0155-2733 06349+0438 M5
6 39 52.93 +05 40 03.9 G 0159-1727 06371+0542 M5 1703 M0
8 03 59.76 +73 24 30.6 G 4380-0395 07581+7332 M5e SW Cam
8 38 06.72 +20 22 50.4 T 1398-2011 08352+2033 M3 13626 M3 DK Cnc
13 19 55.92 +13 21 46.4 M 0897-0101 13174+1337 13.4 M5 14729 K5
14 03 15.18 +28 41 39.0 T 2012-0272 14009+2856 M4 14849 M2 RZ Boo
17 35 25.39 -01 20 47.9 g 17328-0118 12.8 M5
18 51 04.50 +33 00 46.7 M 2642-0242 18492+3257 M
18 51 39.00 +33 00 45.8 g 2642-0238 18497+3257 M
*18 51 42.11 +33 30 16.8 M M3
18 53 05.90 +32 48 43.1 T 2642-1896 18512+3244 M2 BD+32 3241
18 53 27.94 +33 25 47.0 M 2642-1127 18516+3321 M
18 53 34.72 +32 19 53.5 T 2642-1249 F18516+3216 M5
18 54 52.64 +32 38 14.8 G 2643-1611 18530+3234 M
*19 15 45.52 +14 54 25.6 T 1053-0331 12.6 M3
*19 15 58.61 +14 56 35.8 G 1053-0037 13.1 M2
19 17 30.03 +15 39 11.8 T 1599-2971 19152+1533 12.2 M3
*19 18 40 +15 49.5 12.3 M
19 32 06.62 +20 58 25.9 T 1613-0754 19299+2051 M1 HD 350109 17836 K5
*19 39 31 +08 27.9 M5
19 40 25.46 +07 31 56.9 T 1057-1918 19379+0724 M3
19 40 19.15 +08 16 55.4 T 1057-0826 19379+0809 M5 6032 M2
19 44 31.13 +23 15 13.6 M 2139-1467 19424+2308 M0
19 45 27.73 +07 47 05.1 T 1057-2121 19430+0739 M7e 6145 M7 V421 Aql
*19 47 03.61 +23 12 41.8 T 2139-1887 M3
19 54 25.24 +23 14 20.3 T 2140-1845 19522+2306 M5 18309 M0
19 55 00.78 +23 22 59.3 T 2140-2207 19528+2314 M5 18318 M0
19 55 28.73 +28 25 59.5 T 2152-2238 19534+2817 M1
*19 57 07.74 +29 13 28.3 T 2152-3658 12.0 M3 18372 M1
20 05 54.65 +29 49 40.1 T 2166-0818 20038+2940 12.4 M4
20 06 12.03 +32 08 46.7 G 2675-2245 20042+3159 M5 V723 Cyg
*20 07 05.79 +32 09 45.5 T 2675-2019 20051+3201 M5
20 07 43.46 +30 51 18.1 T 2671-0994 20057+3042 13.0 M3
*20 07 52.17 +30 54 13.0 M 2671-2485 20058+3045 12.7 M4
21 53 02.64 +46 02 50.4 T 3604-2775 21510+4548 13.5 M3 40293 M3
21 58 51.84 +45 45 52.7 T 3605-1650 21568+4531 13.1 M2 40490 M3
22 00 27.36 +30 07 21.6 T 2719-1018 F21582+2953 13.2 M4
22 03 02.76 +31 31 25.9 T 2720-1032 13.2 M2
22 03 40.85 +31 15 19.2 T 2720-1249 22014+3100 12.0 M4 21128 M0
22 04 36.17 +29 51 35.7 T 2216-0613 12.8 M
22 06 37.41 +30 00 10.1 T 2720-0527 F22043+2945 13.3 M2
*22 12 57.75 +16 12 18.7 T 1681-0548 11.5 M4 21273 M4
*22 13 16.96 +15 38 36.9 T 1681-1227 12.4 M4 21284 M3
22 20 01.22 +49 22 51.5 T 3615-2303 22179+4907 M4
22 26 12.49 +48 32 53.5 T 3611-2264 22241+4817 M4 41351 M5
22 26 35.77 +48 28 56.9 T 3611-1058 22245+4813 M3 41366 M5
22 26 23.18 +48 26 15.7 T 3611-1276 M 41362 M2
22 27 11.31 +49 45 58.8 T 3615-1066 22251+4930 M3 41382 M5
22 28 17.09 +49 52 35.8 T 3615-0802 M5
23 15 05.80 +42 05 54.9 G 3225-0052 23127+4149 M
23 15 46.97 +41 06 46.6 T 3221-0245 23134+4050 M5 42774 M4
23 18 19.20 +60 16 22.1 T 4279-0004 23160+5959 10.9 M1 HD 240254 42859 M4
23 19 06.70 +42 58 30.0 T 3225-1027 M2 42872 K5
23 23 05.02 +41 08 59.2 T 3234-0129 23207+4052 M4 BD+40 5060 42968 M3
23 23 27.25 +42 36 06.3 T 3238-1205 23210+4219 M4 42980 M3
23 23 46.11 +61 05 55.3 T 4279-1503 23215+6049 12.5 M4 43002 M4
*23 24 55.40 +41 26 10.8 T 3238-0660 23225+4109 M2 BD+40 5071
*23 27 38.99 +61 17 27.7 T 4280-1353 23252+6100 12.6 M6 43106 M6
Notes
5 05 07 very large Perraud Dec error (should be +60 not +22).
5 29 22 MSX5C G174.7504-00.7908.
5 30 40 MSX5C G174.7697-00.4762.
5 34 50 MSX5C G175.2104+00.2767.
6 16 35 Perraud +1m RA error, not BSD 74-125. DO 1474 = DO 12064.
6 33 44 Perraud +10' Dec error.
18 51 42 CSS 1084.
19 15 45 MSX5C G048.9363+01.5017.
19 15 58 MSX5C G048.9932+01.4717.
19 18 40 not found, not BSD 87-1085.
19 39 31 not found.
19 47 03 MSX5C G059.7737-00.9657.
19 57 07 MSX5C G066.0952+00.1743.
20 07 05 VES 114.
20 07 52 southeastern star of 10" pair; Tycho-2 proper motion spurious.
22 12 57 MSX5C G076.6559-32.0778.
22 13 16 MSX5C G076.2775-32.5463.
23 24 55 Perraud +10' Dec error.
23 27 38 IRAS position poor.
-------------------------------------------------------------------------------
source: 1961JO.....44..247P
RA (2000) Dec s GSC IRAS mb sp HD/BD DO sp GCVS
1 04 02.04 +20 58 11.8 T 1202-0231 01013+2042 11.0 M5 BD+20 146 8630 M4
1 16 04.76 +58 33 48.6 G 3681-1179 01129+5818 14.5 M
* 1 17 10.40 +56 08 28.6 T 3673-0515 01140+5552 14.0 M3 24184 M0
1 17 39.70 +57 34 19.4 T 3677-1009 01145+5718 12.5 M4
1 18 33.64 +57 31 31.3 G 3677-1120 01153+5715 14.0 M3
1 21 02.97 +57 10 17.6 T 3678-1769 01179+5654 13.2 M4
1 20 36.63 +57 57 48.6 T 3678-0017 01174+5742 14.0 M1 BD+57 264 24240 M0
* 1 23 52.01 +59 01 18.9 G 3682-0796 14.5 M
* 1 25 09.43 +58 49 18.7 T 3682-0186 01219+5833 12.0 M5 24305 M4
* 1 29 06.83 +58 46 39.2 T 3682-0126 01258+5831 14.0 M
1 29 15.76 +57 11 05.0 T 3678-1977 01260+5655 14.0 M3
3 23 35.17 +43 39 31.7 G 2873-1867 03201+4328 13.5 M6
3 29 23.33 +44 24 26.7 G 2873-0762 03259+4414 13.5 M2 27170 M4 VW Per
3 29 56.61 +44 23 22.0 T 2873-0663 03265+4413 13.5 M5 27186 M3
3 52 33.57 +31 25 50.0 T 2356-1550 11.2 M3 HD 281300
3 53 17.63 +30 54 08.4 T 2356-1487 03501+3045 10.5 M3 10136 M2
3 54 37.28 +31 42 04.7 G 2357-1013 F03515+3133 10.8 M2 10154 M0
3 56 48.31 +31 11 33.2 G 2357-1519 03537+3103 10.5 M2 10173 M2
4 19 04.76 +18 09 28.9 T 1268-0290 04162+1802 12.0 M3 10402 M0
* 4 19 53 +17 48.2 12.5 M
4 19 56.39 +17 46 32.7 T 1268-0153 04170+1739 11.8 M3
4 20 16.68 +18 09 43.6 T 1268-0175 04173+1802 11.2 M2 HD 285651
4 20 42.93 +19 03 38.3 G 1272-0537 04178+1856 10.8 M1
4 25 27.21 +16 33 23.0 G 1265-0539 04225+1626 M4 VX Tau
4 27 44.21 +17 44 21.9 T 1269-0901 F04248+1737 11.0 M2 HD 28216
4 31 17.66 +05 50 39.5 T 0094-0790 04286+0544 11.0 M2 BD+05 667 793 K5
4 31 41.77 +06 06 25.7 T 0094-0486 F04290+0600 10.5 M1 BD+05 669
4 34 31.07 +04 19 25.7 T 0090-1124 04318+0413 11.8 M4 805 M5
4 35 00.72 +06 22 57.9 T 0094-1340 04323+0616 11.7 M5 806 M1
4 35 26.92 +06 23 14.5 T 0094-1484 F04327+0617 12.0 M2
5 29 56.91 +30 51 46.9 G 2403-0161 05267+3049 13.0 M5
* 5 30 11 +32 56.3 14.5 M2
* 5 32 04.36 +30 33 04.6 T 2403-0790 05288+3030 12.0 M4
5 34 34.22 +31 13 53.8 G 2404-0262 05313+3111 13.0 M5
5 46 43.27 +31 53 00.4 T 2409-0425 05434+3151 14.0 M2
5 48 34.93 +32 38 49.6 G 2409-0540 05452+3237 14.5 M5
5 49 19.74 +32 39 44.2 G 2409-1318 05460+3238 14.5 M4
* 5 51 23 +32 44.7 14.0 M2
* 5 51 53.27 +31 51 20.3 M 14.5 M3 MQ Aur
5 54 18.45 +32 40 39.3 G 2410-1551 05510+3240 15.0 M5
5 56 11.94 +31 30 12.3 G 2406-0923 05529+3129 14.0 M4
* 6 23 06.53 +04 40 52.5 G 0141-1034 06204+0442 14.0 M4
6 23 11.90 +05 00 29.4 G 0141-0778 06205+0502 15.0 M5
6 37 40.62 +27 36 23.6 T 1888-1011 06345+2739 12.5 M6 12366 M2 IK Gem
* 6 38 50 +27 23.3 10.3 M2
6 41 33.17 +28 45 24.1 T 1892-0174 F06383+2848 10.3 M4 HD 261825
6 43 47.59 +27 24 35.2 T 1901-1518 06406+2727 10.3 M4 HD 262549 12481 M3
6 53 23.74 +32 32 04.2 G 2440-0333 F06501+3235 12.0 M4 12615 M2
* 6 55 11.00 +33 10 36.6 G 2441-0044 06518+3314 13.5 M6
7 07 31.92 +15 59 28.9 T 1345-0242 07046+1604 11.0 M4
* 7 10 20 +14 34.1 12.5 M2
7 11 19.10 +14 36 48.5 T 0774-1360 F07084+1441 12.0 M5
7 13 15.64 +15 07 29.6 G 1346-0617 F07104+1512 12.0 M5
* 7 19 36.22 +59 07 52.0 T 3792-2278 07152+5913 12.5 M6 31402 M6 NSV 3514?
7 38 56.47 +00 26 39.5 T 0179-0234 F07363+0033 10.0 M3
8 05 57.13 -02 04 08.5 T 4850-1360 F08034-0155 10.9 M2
8 05 53.71 -03 22 00.7 T 4850-0736 F08034-0313 10.5 M2
8 08 57.96 -03 15 32.0 G 4851-2541 08064-0306 14.5 M6
8 10 03.15 -02 16 29.9 M 4851-0073 F08074-0207 11.2 M4
8 11 26.44 -02 05 05.8 T 4851-0123 F08089-0156 11.0 M4
*10 31 27.88 +09 21 06.8 G 0838-0591 10288+0936 14.0 M6 2956 M3
10 33 37.39 +09 28 10.1 T 0839-0433 10309+0943 12.0 M6 2959 M4
18 03 19.92 +44 52 38.8 T 3114-0120 18018+4452 12.5 M6 36034 M5
18 04 06.06 +45 32 05.4 G 3524-1345 F18026+4531 12.5 M5
18 07 26.61 +45 47 57.4 T 3524-1344 12.5 M3
18 08 38.53 +46 42 26.5 M 3524-0292 F18072+4641 13.0 M4
*18 11 32.18 +46 08 59.6 G 3525-1681 18101+4608 13.0 M5
18 11 48.11 +46 04 34.0 T 3525-1057 F18103+4603 12.5 M5
*21 00 09.77 +43 02 57.3 T 3176-0107 13.5 M4 39106 M3
*21 03 44.23 +44 23 15.7 T 3180-0363 13.2 M3 39166 M2
*21 08 47.42 +43 09 53.4 T 3180-0241 13.0 M3 39243 M2
*22 09 49.82 +55 46 19.3 T 3973-2332 14.5 M2
22 10 39.31 +55 18 47.6 T 3973-1349 22088+5504 15.0 M3 40887 M2
22 11 07.18 +55 37 18.6 T 3973-1003 22093+5522 14.0 M3 40906 M2
*22 12 02.81 +55 00 02.8 G 3973-2509 15.0 M5
*22 12 50 +55 22.9 15.5 M5
22 13 36.78 +55 14 05.0 T 3986-1481 22117+5459 14.0 M4 40977 M1
22 14 05.83 +55 04 28.1 G 3986-2698 22122+5449 14.5 M5
*22 14 33.98 +55 13 51.9 G 3986-2175 15.5 M3 PY Lac
22 15 33.26 +56 14 21.0 G 3986-1136 22137+5559 15.0 M4 KT Cep
*22 17 53.60 +54 36 27.5 G 3986-3044 15.5 M5
22 19 45.78 +54 42 16.5 G 3986-2633 22178+5427 15.0 M5 LN Lac
22 20 10.80 +56 02 24.1 G 3986-0692 22183+5547 14.0 M3 41177 M3
22 21 55.60 +55 46 36.9 T 3986-2034 22200+5531 15.0 M4
*22 29 31.07 +52 04 22.3 T 3619-1164 14.0 M5
*22 30 13 +52 02.4 15.0 M4
*22 30 14.09 +52 28 21.4 T 3632-0269 14.5 M3
22 30 30.22 +51 59 27.4 G 3632-0593 22284+5144 14.5 M2
22 30 16.59 +51 41 08.9 M 22282+5125 15.0 M4 QY Lac
*22 31 01 +52 10.4 14.5 M3
*22 32 10.18 +53 42 18.6 T 3983-1854 14.0 M2
*22 32 22.88 +53 13 21.8 T 3983-0715 22303+5257 13.5 M5 HD 235873 41530 M3
*22 32 46.43 +53 02 11.4 T 3983-1821 14.0 M2
*22 33 28.48 +53 35 34.5 T 3983-0354 14.0 M3
22 34 24.44 +52 34 55.1 T 3983-0265 22323+5219 14.5 M5
*22 34 34.49 +52 57 57.2 T 3983-0853 14.0 M3 NSV 14228
*22 34 39.36 +52 54 54.4 T 3983-0711 15.0 M4
*22 35 13 +53 06.5 14.0 M2
22 35 39.08 +52 37 36.7 G 3983-2387 22336+5222 14.5 M4
*22 36 27 +51 57.6 14.5 M4
*22 36 36.24 +52 59 13.1 T 3983-2937 14.5 M3
22 36 51.86 +52 37 05.1 g 22348+5221 15.5 M5
*22 36 47.29 +52 47 11.9 M 3983-2815 15.5 M2
22 37 19.87 +51 41 33.7 T 3632-1600 15.5 M4
22 37 21.94 +53 15 44.3 G 3983-3083 22353+5300 14.5 M5
22 38 51.26 +52 33 26.7 T 3983-2893 14.5 M3
22 39 21.58 +51 44 10.6 T 3632-0958 14.5 M3
*22 39 27 +52 23.7 14.5 M3
*22 39 33.93 +53 41 12.8 G 3983-3072 14.0 M3
22 39 30.29 +53 18 29.8 G 3983-2963 22374+5302 15.5 M5
22 40 16.43 +51 25 57.8 T 3632-1554 15.0 M4 OW Lac
*22 40 45.14 +53 39 04.5 G 3984-1492 15.0 M3
22 41 41.25 +52 45 33.9 T 3984-0838 22396+5229 15.0 M5
22 41 51.37 +51 55 12.1 T 3633-1084 22397+5139 14.0 M5
*22 42 36 +51 38.7 15.0 M5
22 43 03.15 +51 56 17.9 G 3633-0314 22409+5140 15.0 M6
22 45 01.04 +53 14 16.5 G 3984-1435 22429+5258 15.0 M5
22 46 05 +53 01.8 14.5 M4
22 46 24.24 +52 56 56.8 T 3984-2279 22443+5241 M4 TT Lac
22 47 47.86 +52 58 33.5 T 3984-2188 14.0 M3
*22 49 54 +53 37.9 15.0 M4
22 50 00.01 +52 36 55.0 G 3984-0222 22478+5220 15.5 M5
22 50 50.99 +53 21 14.9 T 3984-1658 22487+5305 13.5 M 42080 M2
22 52 06.89 +52 47 35.6 T 3984-0774 13.0 M
*22 52 13 +53 55.0 14.0 M4
22 52 14.25 +53 55 57.5 G 3984-1049 22501+5340 14.5 M3
22 54 21.96 +52 57 13.1 G 3985-1498 22522+5241 13.5 M
22 54 57.14 +52 28 17.2 T 3634-2286 22528+5212 13.0 M 42170 M2
Notes
1 17 10 ID assumes Perraud +1deg Dec error.
1 23 52 MSX5C G127.1023-03.5882.
1 25 09 CCDM J01252+5849A, brighter of close pair.
1 29 06 Perraud -1m RA error.
4 19 53 not found, same as 4 19 56 ?
5 30 11 not found.
5 32 04 AAO+30 131.
5 51 23 not found.
5 51 53 MSX5C G178.1919+02.6623.
6 23 06 _not_ cluster Dolidze 22.
6 38 50 not found.
6 55 11 StM 72.
7 10 20 not found.
7 19 36 possibly the star intended as NSV 3514 (i.e. not HD 237600).
10 31 27 Perraud -5' Dec error.
18 11 32 ROTSE1 J181132.27+460900.7 = ROTSE1 J181132.10+460855.1;
ROTSE classification as cepheid is wrong.
21 00 09 MSX5C G084.6975-02.0120.
21 03 44 MSX5C G086.1293-01.6111.
21 08 47 MSX5C G085.8355-03.1075.
22 09 49 MSX5C G101.5496-00.2412.
22 12 02 MSX5C G101.3667-01.0539.
22 12 50 not found.
22 14 33 MSX5C G101.7935-01.0677.
22 17 53 MSX5C G101.8405-01.8527.
22 29 31 MSX5C G101.9494-04.9218.
22 30 13 not found, same as 22 30 30 ?
22 30 14 MSX5C G102.2506-04.6359.
22 31 01 not found, same as 22 30 30 ?
22 32 10 MSX5C G103.1347-03.7263.
22 32 22 ID uncertain; position is for brighter of bright
(V ~9) wide pair, both red.
22 32 46 MSX5C G102.8710-04.3502.
22 33 28 MSX5C G103.2451-03.9211.
22 34 34 MSX5C G103.0710-04.5465.
22 34 39 MSX5C G103.0559-04.5964.
22 35 13 not found; possibly LF 4 +52 902, a K0III close to the
nominal position.
22 36 27 not found.
22 36 36 MSX5C G103.3468-04.6796.
22 36 47 MSX5C G103.2719-04.8685.
22 39 27 not found.
22 39 33 MSX5C G104.0780-04.2877.
22 40 45 MSX5C G104.2147-04.4036.
22 42 36 not found.
22 49 54 not found, same as 22 50 00 with +1 deg Dec error?
22 52 13 not found, same as 22 52 14 ?
-------------------------------------------------------------------------------
source: 1965JO.....48..149B
RA (2000) Dec s GSC IRAS sp HD/BD DO sp GCVS
1 24 10.16 +72 55 30.2 T 4305-0066 01203+7239 M2 24286 M0
1 24 02.03 +73 35 32.6 T 4309-1060 01201+7319 M2/3:
3 45 08.70 +45 51 46.7 G 3326-1272 03416+4542 M1: 27511 M2
6 56 40.86 -02 43 55.5 T 4805-2172 06541-0239 M2/3: 1848 M0 V522 Mon
8 38 06.72 +20 22 50.4 T 1398-2011 08352+2033 M2 13626 M3 DK Cnc
16 18 52.72 +44 11 33.2 T 3068-0793 F16172+4418 M3 35223 M2
16 28 08.74 +44 34 57.7 T 3069-0662 16265+4441 M5/6: 35291 M5
17 00 25.36 +28 17 32.6 T 2071-0298 16584+2821 M3: 15732 M4
17 03 09.79 +28 32 53.2 T 2072-0705 M0
17 06 22.29 +28 44 45.7 T 2072-1294 17044+2848 M0 BD+28 2669
17 56 22.49 +30 01 34.2 T 2608-2242 17544+3001 M3
18 41 41.81 +06 26 09.0 T 0459-0069 18392+0623 M3 5018 M5 WY Oph
19 49 39.74 +44 50 41.0 T 3148-0277 19480+4443 M3 37784 M4
20 11 37.47 +15 37 14.7 T 1618-0886 20093+1528 M3 BD+15 4078 S Aql
20 15 07.57 +15 32 31.4 T 1618-0826 F20127+1523 M2 HD 355246
22 18 35.13 +52 48 13.1 T 3982-4165 22166+5233 M2: XY Lac
23 03 08.63 +30 32 36.7 T 2750-1300 M1
23 05 52.66 +30 13 42.2 T 2750-1843 F23034+2957 M1
23 09 00.33 +30 44 22.0 T 2751-1302 M0
-------------------------------------------------------------------------------
source: 1966JO.....49..290B
RA (2000) Dec s GSC IRAS sp HD/BD DO sp
1 14 15.65 +72 58 12.9 T 4305-1182 01105+7242 M0 BD+72 64 24138 M2
2 33 37.78 +29 17 52.5 T 1779-0575 02306+2904 M3 9377 M2
2 36 31.25 +29 35 55.7 T 1779-1379 02335+2922 M3 9422 M3
2 42 01.09 +32 42 24.0 T 2329-1550 M6
2 44 22.85 +29 48 57.7 T 1780-0068 02414+2936 M3: 9500 M6
2 45 00.32 +44 08 20.8 T 2857-1698 02417+4355 M3: BD+43 567 26138 M5
* 3 55 45 +74 26.8 M0
* 4 47 20 +76 30.4 M4
5 40 01.63 +47 16 34.3 T 3364-0207 05362+4715 M1 29534 M3
*18 12 38.85 +14 55 35.5 T 1021-0194 C
18 14 28.51 +13 48 51.3 T 1021-1643 M1/2:
19 42 21.28 +44 19 53.6 T 3148-1773 19407+4412 M2: 37642 M4
19 42 56.65 +45 04 56.5 T 3557-0732 19413+4457 M2: 37656 M4
19 52 58.45 +46 35 03.3 T 3558-0723 19514+4627 M2 37843 M3
*19 53 14.63 +43 31 38.9 M 19516+4324 M4
21 54 39.82 +30 44 03.2 T 2719-0753 F21524+3029 M1: BD+30 4555
22 03 40.85 +31 15 19.2 T 2720-1249 22014+3100 M2: 21128 M0
*22 48 42.84 -00 28 12.8 T 5234-0452 M2 BD-01 4350
Notes
3 55 45 not found.
4 47 20 not found.
19 53 14 Barbier -10' Dec error.
22 48 42 MSX5C G069.9571-50.2750; Barbier +1m RA error.
18 12 38 GEN# +6.20058071.
-------------------------------------------------------------------------------
source: 1970A&AS....2..201B
RA (2000) Dec s GSC IRAS spec HD/BD DO sp GCVS
1 56 15.96 +60 57 09.5 T 4032-2985 01527+6042 M2 BD+60 382 25000 M5 NSV 661
2 11 32.51 +61 09 23.3 T 4033-0726 02078+6055 M0
2 37 45.41 +63 24 37.4 T 4051-1938 02338+6311 M1
2 38 01.30 +63 01 45.5 G 4051-1604 02340+6248 Me V488 Cas
* 2 39 42.20 +63 28 35.7 T 4051-0214 M2:
* 2 42 43.24 +62 14 28.7 T 4051-2275 M0/1:
2 43 57.16 +57 59 57.7 T 3708-0032 02402+5747 M1: 26095 M4
2 46 00.73 +58 45 20.2 T 3712-1161 02422+5832 M2 26135 M5
2 55 31.79 +58 16 16.5 T 3713-0568 02517+5804 M2: 26383 M6
3 46 25.87 +25 01 04.8 T 1804-2293 03434+2452 M1: HD 282953 10088 M1
3 47 54.05 +25 07 49.5 T 1804-2380 03449+2458 M1 HD 282956 10100 M0
3 53 01.63 +20 12 28.9 T 1257-0982 03501+2003 M4 BD+19 607 10138 M5 BL Tau
3 53 57.08 +20 35 28.5 T 1257-0866 03510+2026 M1 BD+20 654 10150 M4
3 57 44.08 +55 35 27.2 T 3721-1017 03537+5526 >M2 27728 M4
4 00 53.80 +56 20 14.6 G 3726-0952 03568+5611 M 27802 K5
4 01 11.66 +55 17 43.1 T 3722-0735 03572+5509 M1/2: 27812 M4 AG Cam
4 05 55.88 +74 46 51.8 T 4340-1082 03598+7438 M3: 27820 M3
4 04 27.78 +55 55 26.6 T 3722-0392 04004+5547 M3/4: 27881 M5 GP Cam
4 06 08.65 +56 29 55.9 G 3726-0543 04021+5621 M3: 27907 M4
4 08 28.04 +74 19 00.3 T 4340-0588 04025+7411 M2: 27871 M3
4 08 05.69 +57 05 38.0 T 3726-0706 04040+5657 M3: 27945 M4
4 12 29.80 +75 42 47.4 T 4510-1096 04060+7535 M4 HD 25716 27951 M4
4 14 44.74 +74 52 01.8 T 4340-1148 04085+7444 M3: 27996 M2 NSV 1494
4 16 39.70 +74 38 14.2 T 4340-1602 04104+7430 M0 HD 26284 28028 M1
4 21 12.35 +75 11 18.9 T 4510-0284 04148+7504 M0/1: BG Cam
* 4 26 29.06 +74 22 07.6 T 4341-0027 04203+7415 M4 28216 M2
4 32 48.07 +18 56 07.3 T 1274-1186 04298+1849 M0: HD 285839 10547 M3
4 37 12.53 +14 23 34.2 T 0694-0415 F04343+1417 M0 HD 285965
4 37 45.37 +14 29 51.4 T 0694-0341 04349+1423 M3 HD 285964 10610 M3
5 03 19.44 +42 33 23.6 T 2903-1331 04597+4229 M1/2: HD 277332 28887 K5
5 05 12.61 +42 18 43.4 T 2903-1690 05016+4214 M0 HD 277477 28924 M1
6 07 40.04 +23 47 59.2 T 1864-1488 06046+2348 M2:
6 08 18.81 +23 31 00.2 T 1864-0318 06052+2331 M0 HD 252078 11938 K5
6 08 52.05 +23 28 52.9 T 1877-1662 06058+2329 M1
6 09 02.34 +23 15 46.0 G 1877-1435 06059+2316 M
* 6 12 01.31 +24 03 31.9 T 1877-0934 M
6 23 26.20 +66 59 33.2 T 4108-0146 06182+6701 M3 BD+67 425 30268 M2
* 6 25 31.22 +67 44 39.5 T 4358-1107 06202+6746 M4 BD+67 426 30309 M2
6 29 54.79 +67 52 03.9 T 4358-1214 M3
6 32 29.39 +66 54 53.1 T 4108-0184 06273+6657 M4: BD+67 433 30464 M4 EM Cam
7 17 41.93 +15 46 13.2 T 1346-0399 07148+1551 M0 BD+16 1440
7 23 24.94 +14 45 00.6 T 0775-0328 F07205+1450 M
7 24 12.20 +14 21 10.4 T 0775-0385 07213+1427 M2/3:
7 24 28.40 +14 34 07.4 T 0776-0274 07216+1440 M1/2: 13003 M0 V357 Gem
8 43 08.19 +22 24 55.6 T 1399-0204 08402+2235 M4 BD+22 1978
9 01 06.74 +62 33 06.6 T 4131-1106 08570+6244 M2: 32620 M5
9 01 44.18 +62 25 23.6 T 4128-0092 08576+6237 M3 BD+62 1038 32628 M3
* 9 03 45.95 +62 58 02.7 T 4131-1528 F08597+6309 M2 32644 M4
10 46 03.18 +27 16 43.8 T 1979-0179 F10433+2732 M3/4: 14267 M0
10 49 35.75 +27 15 23.6 T 1979-1768 M0/1: BD+27 1939
10 52 02.79 +26 57 31.8 M 1979-1798 F10492+2713 M3:
*11 07 59.64 +59 26 06.5 T 3830-0376 F11050+5942 M2
*11 08 13.58 +59 45 56.7 T 3830-0222 M1:
11 09 01.31 +59 18 52.0 T 3830-0460 M0:
*12 51 01.54 +29 28 36.9 T 1995-2338 M0:
13 18 36.80 +63 57 55.9 T 4166-0298 13167+6413 M3 BD+64 940 34344 M3
*15 02 18.00 +28 15 19.9 T 2023-0366 15001+2827 M3:
16 17 22.75 +47 19 47.2 T 3492-0331 M1 BD+47 2327
18 24 17.27 +07 47 04.0 T 1023-2139 18218+0745 M2: 4788 M4
18 23 58.65 +07 26 59.2 T 0445-1351 M1: NSV 10740
18 24 35.85 +07 32 38.4 T 1023-2426 18222+0730 M3: 4797 M2
18 25 33.67 +06 12 47.8 T 0445-0688 M1 BD+06 3742 4806 M1
18 25 44.77 +06 13 10.8 T 0445-0822 18232+0611 M1/2: 4807 M3
18 25 59.14 +06 03 56.8 T 0445-0950 M0 BD+05 3733 4812 K5
*18 28 37.87 +06 45 02.6 T 0445-2024 18261+0643 M3:
18 29 24.40 +05 52 33.7 T 0445-0228 18269+0550 M1: 4853 K3
18 31 05.20 +07 35 17.1 T 1024-1820 18286+0733 M2: 4868 M1
18 31 13.83 +07 39 49.1 T 1024-1186 18288+0737 M1: 4873 M3
*18 31 13.53 +07 54 29.6 T 1024-0990 18288+0752 M3 BD+07 3726 4876 M6
18 35 23.70 +06 27 36.1 T 0458-0515 18329+0625 >M2 V925 Oph
19 13 48.64 +14 17 53.5 T 1053-0416 19118+1414 M2:
19 15 20.68 +15 56 11.6 T 1599-2097 M1: HD 230995 17560 K5
*19 15 17.60 +15 24 28.2 T 1599-2488 M1 HD 230991
19 17 33.01 +14 09 11.9 T 1054-0082 19152+1403 M1 HD 231074
19 18 06.18 +15 23 06.2 T 1599-2640 M1/2: 17614 K5
19 18 49.53 +14 04 53.5 T 1054-0114 M0/1:
19 26 41.29 +19 42 27.6 T 1608-0711 M0:
19 26 59.77 +20 37 51.5 T 1612-0366 19248+2031 M2 17759 M1
*19 28 15.62 +19 33 21.5 M 1609-0416 C V378 Vul
*19 31 02.94 +19 10 45.5 T 1609-1036 M3:
19 33 34.66 +19 42 24.8 T 1609-1706 19313+1935 M2: 17863 M4
*19 33 46.48 +19 40 50.8 T 1609-2001 M1 17867 M3
*20 26 33.33 +41 13 20.0 T 3156-1954 M3: 38415 M3
20 41 35.92 +45 55 05.4 T 3574-2144 20398+4544 M3: 38731 M4 NSV 25270
20 42 20.09 +46 18 02.0 T 3574-3239 20406+4607 M1/2: 38744 M3
20 42 53.97 +46 23 05.8 T 3574-2601 20412+4612 M1/2: 38751 M4
*20 42 50.38 +44 54 47.2 T 3178-0689 WN5
*20 50 36.90 +47 00 28.5 T 3579-2591 >M2 38909 M5
20 51 53.16 +47 21 20.5 c 3579-3803 20502+4709 M4/5:e BD+46 3080a RZ Cyg
*20 53 26.81 +46 39 55.8 T 3575-3013 20517+4628 M3:
*20 54 38.72 +46 02 01.2 T 3575-0048 M2/3: 38995 M4
*20 58 27.98 +47 38 50.1 G 3579-2294 20567+4727 M3/4: DH Cyg
20 59 23.24 +47 44 42.6 G 3579-3962 20576+4732 M0/1: 39099 M1 V1542 Cyg
21 59 38.55 +64 27 17.1 T 4270-2403 21582+6412 M4: 40557 M5 V626 Cep
22 02 23.83 +29 40 48.9 T 2215-1862 M2:
22 06 14.40 +63 42 56.1 T 4267-1392 22047+6328 M4 40750 M6
22 08 16.41 +64 07 29.6 T 4271-0754 22067+6352 M3 40825 M6
*22 11 12.11 +52 50 55.2 T 3969-1762 M2:
22 11 20.11 +54 37 42.2 T 3973-0850 22094+5422 M4: 40909 M4
22 13 00.76 +54 29 21.7 T 3973-0940 22111+5414 M0 HD 235758 40959 M2
22 16 04.73 +54 32 54.3 T 3986-3397 22142+5417 C 41058 M0
22 16 27.03 +52 57 05.2 T 3982-3379 22145+5242 M0 BD+52 3163 41064 K5
Notes
2 39 42 MSX5C G134.6732+03.1005.
2 42 43 MSX5C G135.4952+02.1155.
4 26 29 BIS 220.
6 12 01 MSX5C G187.1765+02.6836.
6 25 31 BIS 190.
9 03 45 not BD+63 816 (Barbier position error).
11 07 59 Barbier +1m RA error.
11 08 13 Barbier +1m RA error.
12 51 01 given as K8V by Malmquist (1960UppAn...4i...1M); modest proper
motion suggests this may indeed be a dwarf.
15 02 18 Barbier +1m RA error.
18 28 37 not BD+06 3804 = HD 170346 (spec type A0).
18 31 13 EIC 668.
19 15 17 BD+15 3744 = MSX5C G049.3274+01.8338.
19 28 15 MSX5C G054.4444+01.0583; this is probably CGCS 4296 with a large
CGCS position error (there is no bright C star at CGCS position).
19 31 02 MSX5C G054.4284+00.3002.
19 33 46 MSX5C G055.1778-00.0201.
20 26 33 MSX5C G079.4108+01.7518.
20 42 50 possibly blue but not WR.
20 50 36 EM* VES 334 = MSX5C G086.6282+01.8330.
20 53 26 EM* CGHA 5.
20 54 38 MSX5C G086.3224+00.6766.
20 58 27 another very red star at 20 58 26.5 +47 38 18 (T), part of a
red/blue pair in Tycho-2.
22 11 12 MSX5C G100.0325-02.7473.
-------------------------------------------------------------------------------
sources: 1975Ap&SS..32..423B
1976Ap&SS..40..351P
RA (2000) Dec s GSC IRAS mb sp HD/BD DO sp GCVS
0 04 41.44 +61 00 51.3 G 4014-3043 00020+6044 12.5 M:
0 05 42.72 +63 00 40.8 T 4018-0515 00031+6243 12.0 M0: 22700 M4
* 0 07 28.28 +62 57 57.0 G 4018-1637 M1:
0 08 53.42 +63 16 51.4 T 4018-1394 00062+6300 M1: 22787 M2
* 0 14 12.39 +62 09 31.9 T 4018-1320 12.0 M1: 22955 M3
1 08 55.76 +61 10 54.2 T 4030-0736 01057+6054 12.0 M4 24072 M4
* 1 12 00.46 +61 50 18.9 T 4030-0358 M2:
2 08 15.77 +59 15 56.3 T 3697-1182 02047+5901 M:
2 11 45.97 +59 09 47.0 T 3697-2342 02082+5855 M2/3: 25390 M5
2 17 08.23 +58 31 47.0 T 3698-1722 02135+5817 12.0 M0 BD+57 530a 25513 M1 PP Per
2 20 07.62 +59 21 34.2 T 3698-2701 02165+5907 M2 BD+58 444 25579 M0
2 20 22.47 +59 40 16.9 T 3698-1197 02167+5926 11.5 M0 HD 14242 25580 M1 V605 Cas
2 22 24.29 +57 06 34.1 T 3694-1293 02188+5652 11.0 M2: HD 14488 25620 M3 RS Per
3 43 22.16 +83 48 07.5 T 4616-0318 03326+8338 11.7 M2/3: 27143 M4
3 47 39.93 +57 56 36.2 T 3725-1286 03436+5747 11.5 M2 27548 M4
3 49 39.55 +23 03 18.4 T 1800-0521 03467+2254 10.7 M0 BD+22 571 10114 M3
3 53 54.69 +23 07 47.4 T 1800-0744 03509+2259 10.8 M4 HD 24422 10147 M4
3 54 43.08 +23 19 11.9 T 1813-1013 03517+2310 12.0 M4: 10158 M4 NSV 1406
* 3 56 54.53 +57 24 21.9 G 3725-0129 M1 27705 M3
3 57 27.18 +58 03 09.3 T 3725-1253 03533+5754 12.0 M1/2: 27716 M1
4 12 49.33 +85 26 09.1 T 4621-0677 F03581+8518 12.0 M0/1:
* 4 33 08 +84 04.6 11.2 M3
5 58 41.12 +27 50 46.5 T 1871-1661 05555+2750 11.0 M3/4: BD+27 933 11771 M5
5 59 14.55 +28 17 23.2 T 1875-2217 05561+2817 M1 HD 249826 11781 M2
6 00 10.62 +29 14 06.9 T 1876-0382 05569+2914 12.0 >M1 BD+29 1068 BO Aur
* 6 08 45.85 +21 33 49.4 T 1326-0941 12.5 M1 11951 M1
6 10 41.29 +18 54 54.5 T 1322-0929 06077+1855 11.5 M3 BD+18 1110 11983 M2
* 6 11 50.88 +19 17 40.8 M 1322-0142 M1: 11999 M1
6 13 06.28 +20 38 19.6 T 1326-0273 06101+2039 M4 12016 M5 NSV 2869
7 21 36.30 +71 32 47.3 T 4368-0401 07158+7138 11.0 M5 BD+71 393 31375 M5
7 29 21.49 +71 57 45.5 T 4368-0145 07235+7203 12.0 M3: 31508 M5
7 32 04.55 +71 45 06.3 T 4368-1201 07263+7151 M3:
7 44 51.50 +72 14 25.8 T 4369-0477 F07391+7221 11.0 M2
7 47 46.42 +71 37 50.1 T 4369-0812 07421+7145 11.0 M4 BD+71 422 31811 M5
*12 47 34.97 +28 11 56.0 T 1992-1774 11.5 M0:
*13 09 23.45 +31 05 52.6 T 2532-1140 10.9 M1 BD+31 2457
16 43 38.62 +45 13 43.0 T 3499-1029 F16421+4519 12.5 M1: 35409 M1
16 45 08.56 +37 59 43.5 T 3070-0836 16434+3805 10.6 M4 BD+38 2831 15618 M4
16 46 47.08 +39 17 09.3 T 3070-0033 F16450+3922 11.7 M2 BD+39 3041 15638 M2
17 34 41.87 +46 44 02.4 T 3509-0937 F17332+4646 12.0 M1 35817 M1
17 44 23.91 +45 31 35.2 T 3510-1141 17429+4532 11.0 M3 BD+45 2589 35892 M4
17 45 23.81 +45 39 16.9 T 3510-1312 17439+4540 12.5 M3 BD+45 2593 35900 M4
18 24 17.27 +07 47 04.0 T 1023-2139 18218+0745 M3 4788 M4
18 24 07.32 +07 22 49.7 T 0445-0341 M1
18 24 35.85 +07 32 38.4 T 1023-2426 18222+0730 11.5 M3 4797 M2
18 25 44.77 +06 13 10.8 T 0445-0822 18232+0611 12.0 M3 4807 M3
18 27 09.13 +07 31 27.7 T 1023-2345 18247+0729 11.5 M5 4830 M6 V585 Oph
18 28 37.87 +06 45 02.6 T 0445-2024 18261+0643 11.5 M4
18 28 48.72 +06 17 52.8 T 0445-1286 18263+0615 12.0 M4e BD+06 3805a 4847 S? T Ser
18 29 38.10 +06 41 20.7 T 0445-1352 18272+0639 11.0 M2 4854 K5
*18 30 13.38 +06 16 49.7 G 0458-0918 18277+0614 M2/3: BP Ser
18 31 00.97 +07 17 14.3 T 0458-0597 12.0 M3 4869 M2
18 31 05.20 +07 35 17.1 T 1024-1820 18286+0733 11.0 M4 4868 M1
18 31 13.83 +07 39 49.1 T 1024-1186 18288+0737 11.5 M4 4873 M3
*18 31 13.53 +07 54 29.6 T 1024-0990 18288+0752 11.0 M5 BD+07 3726 4876 M6
18 35 23.70 +06 27 36.1 T 0458-0515 18329+0625 M: V925 Oph
18 37 02.29 +04 48 53.1 T 0454-0974 18345+0446 12.5 M3: BD+04 3809 4939 M0
*18 37 26.68 +06 21 42.1 G 0458-1439 18350+0619 M1/2: V643 Oph
19 25 46.31 +21 16 25.3 T 1612-0393 19236+2110 >M1 17736 M2
19 54 44.06 +30 39 47.1 T 2669-3012 19527+3031 12.0 M4/5:
*19 56 27.71 +31 30 24.4 G 2669-3361 M2: BD+31 3850
19 56 32.25 +31 22 07.6 G 2669-1346 19545+3114 M2
19 57 14.64 +31 40 30.6 G 2670-2890 19553+3132 12.0 M5
*19 58 58.44 +30 07 59.8 T 2670-4063 12.5 M0
19 59 01.15 +31 11 18.8 T 2670-2828 19570+3102 12.4 M4
19 59 18.56 +29 54 35.7 T 2153-1700 19572+2946 11.5 M1 HD 333257 18418 K5
19 59 23.88 +32 32 24.3 T 2674-2971 19575+3224 12.5 M2 BD+32 3655 NSV 24961
19 59 47.03 +30 06 05.2 G 2670-4680 19577+2957 13.5 >M1 V1022 Cyg
20 00 08.39 +30 08 58.0 M 19581+3000 12.7 M
*20 01 24.76 +33 54 03.9 T 2678-0951 11.0 M1 HD 331633 18462 K5
20 01 32.95 +30 48 16.4 T 2670-4242 19595+3039 12.8 M2 18467 M1
*20 05 30.98 +35 48 47.3 T 2682-0229 11.0 M2: 18554 M1
20 06 07.53 +33 07 55.2 T 2675-1756 20042+3259 10.8 M2 HD 227632 18565 M1
20 06 18.55 +33 02 35.6 T 2675-1452 20043+3253 11.0 M3 HD 227653 18571 M1
20 06 28.35 +33 20 02.9 T 2675-1652 20045+3311 12.0 M4: HD 227674 18576 M3 V487 Cyg
20 07 21.58 +32 20 41.3 T 2675-2071 20054+3211 12.0 M2/3: 18590 M4
*20 08 42.78 +36 56 58.2 T 2683-2241 M1/2: 18619 M3
*20 08 57.56 +36 58 26.4 M 2683-0975 12.0 M1:
20 09 15.15 +35 12 39.2 T 2679-1733 20073+3503 C V1423 Cyg
20 09 06.41 +36 55 52.9 T 2683-1269 20072+3646 12.5 >M2 18628 M7
20 09 20.24 +36 43 57.2 T 2683-2641 20074+3635 M3:
*20 10 20.08 +36 51 59.5 T 2683-2473 M1:
20 11 06.16 +36 06 49.0 G 2683-1186 20092+3557 >M2 18675 R V429 Cyg
*20 11 32.36 +35 20 01.5 T 2679-1545 12.0 M0/1:
20 13 30.83 +36 59 01.0 T 2683-1929 20116+3649 M1: 18738 M4
20 14 24.22 +35 42 03.4 T 2683-3664 20125+3532 M
20 27 22.89 +41 04 49.6 T 3156-1234 20255+4054 11.8 M3e KZ Cyg
20 31 28.95 +42 31 09.4 T 3161-0602 20297+4220 11.5 M 38507 M2
20 57 45.71 +47 40 40.4 T 3579-2194 20560+4728 M2/3: 39056 M0
*21 06 03.65 +47 10 24.6 T 3592-2117 11.0 M2 BD+46 3180 39205 M2
*21 06 16.06 +46 18 01.0 g 21045+4605 M:e V1225 Cyg
21 07 07.35 +46 00 00.7 T 3588-5642 21053+4547 12.0 M2 39220 M3
21 27 46.62 +60 17 56.6 T 4249-0796 11.5 M0/1:
*21 28 02.54 +60 20 21.3 T 4249-1418 12.0 M1
21 28 14.85 +60 05 28.5 T 4249-1504 21268+5952 11.5 M0:
21 31 08.27 +58 25 52.6 T 3978-0983 M0/1:
21 31 21.81 +58 28 53.1 T 3978-1015 M1/2:
21 51 42.31 +61 02 35.3 G 4262-2061 21502+6048 M2: V597 Cep
21 53 09.17 +46 16 18.9 T 3604-1678 21512+4602 12.7 M4: 40298 M2
21 56 19.46 +45 07 30.0 T 3605-1573 11.5 M2 40412 M3
21 58 51.84 +45 45 52.7 T 3605-1650 21568+4531 13.1 M3 40490 M3
21 58 59.13 +53 49 08.8 T 3968-0099 21571+5334 11.5 M0: 40520 M0
21 59 40.74 +53 10 29.2 G 3968-0134 21578+5256 12.5 M:
22 01 30.00 +52 17 14.9 G 3617-0611 21596+5202 M1/2:
22 06 12.33 +53 49 00.5 T 3969-2543 22043+5334 11.5 M5/6:
22 06 04.93 +55 41 52.0 G 3973-1441 22043+5527 12.0 M2 V641 Cep
*22 06 36.61 +55 29 55.7 T 3973-1907 22048+5515 11.5 M2 40746 M4
22 09 58.94 +55 41 41.1 T 3973-0643 12.5 M0/1:
22 09 49.06 +52 05 07.0 T 3618-1945 22079+5150 12.0 M4
*22 10 19.80 +53 07 08.2 T 3969-0489 12.5 M
*22 10 34.69 +54 37 44.2 T 3973-1482 12.0 M1/2:
22 11 15.47 +51 49 14.7 T 3618-0642 22093+5134 11.0 M4/5: BD+51 3275 40899 M4
*22 11 20.11 +54 37 42.2 T 3973-0850 22094+5422 11.5 M5 40909 M4
22 11 17.30 +51 42 52.2 T 3618-0576 22093+5128 M3: IX Lac
22 13 19.65 +52 21 25.4 T 3618-1173 22114+5206 12.0 M2 40967 K5
22 14 05.83 +55 04 28.1 G 3986-2698 22122+5449 12.0 M2:
22 13 45.74 +52 19 21.3 T 3618-1919 22118+5204 12.0 M4
22 15 33.26 +56 14 21.0 G 3986-1136 22137+5559 12.5 M KT Cep
*22 16 09 +55 30.2 11.0 WN6
*22 16 34.71 +52 09 11.3 T 3618-1417 11.0 M1:
*22 16 24.04 +55 37 36.7 T 3986-2068 12.0 WN6: HD 211564
22 18 35.72 +51 04 03.4 T 3618-2795 22166+5049 11.0 M3
22 19 27.64 +51 09 43.8 T 3619-3681 22174+5054 M5 YY Lac
*22 19 22.48 +54 59 01.8 T 3986-2803 M
22 19 32.63 +50 55 08.3 T 3619-3845 12.0 M2
22 19 41.35 +50 33 20.5 T 3615-1346 22177+5018 11.5 M6 LM Lac
*22 19 33.39 +55 52 46.4 G 3986-1098 12.0 M2 41161 K5
22 21 28.57 +51 56 12.4 T 3619-1416 22195+5140 12.0 M2
*22 21 20.94 +56 00 13.3 T 3986-0038 M0
22 22 25.83 +56 39 55.5 T 3990-1439 22205+5624 12.0 M0 41240 M2
22 25 57.11 +56 04 16.0 T 3986-1124 22240+5548 12.0 M0 41347 K5
22 27 17.81 +56 15 11.8 T 3991-1919 12.0 WC6 HD 213049 41389 Oe
23 52 18.19 +61 30 19.7 T 4281-0452 23498+6113 11.7 M2 43750 M1
*23 52 23 +61 30.2 12.0 M1:
23 57 36.28 +62 50 49.1 T 4285-2573 23550+6234 12.5 M: 43867 M3
0 00 09.51 +62 27 35.6 T 4018-0723 23576+6210 >M1 43934 M5
0 01 44.21 +62 11 23.7 T 4018-0201 23591+6154 12.0 M3 43982 M4
Notes
0 07 28 MSX5C G117.9610+00.5193.
0 14 12 MSX5C G118.6003-00.3992.
1 12 00 MSX5C G125.3568-00.9363.
3 56 54 MSX5C G145.9150+03.0585.
4 33 08 not found.
6 08 45 MSX5C G189.0018+00.8227.
6 11 50 MSX5C G191.3358+00.3603.
12 47 34 AG+28 1272; G dwarf, not M-type.
13 09 23 K4III (1987AJ.....94.1600Y).
18 30 13 Barbier +10' Dec error.
18 31 13 EIC 668.
18 37 26 Barbier +10' Dec error.
19 56 27 MSX5C G067.9702+01.4841.
19 58 58 MSX5C G067.0794+00.3067.
20 01 24 MSX5C G070.5552+01.8497.
20 05 30 MSX5C G072.6240+02.1541.
20 08 42 MSX5C G073.9286+02.2241.
20 08 57 MSX5C G073.9761+02.1959.
20 10 20 MSX5C G074.0350+01.9065.
20 11 32 MSX5C G072.8854+00.8650.
21 06 03 MSX5C G088.4717-00.0487.
21 06 16 western of two red stars. the other, NSV 13539, is consistently
brighter, and is possibly the star intended, though the two
were probably merged on the objective-prism plates. NSV 13539
= GSC 3588-1175 at: 21 06 17.18 +46 18 05.6 (T).
21 28 02 is possibly same as previous entry 21 27 46.
22 06 36 Barbier -10' Dec error.
22 10 19 MSX5C G100.0799-02.4495; ID uncertain.
22 10 34 ID uncertain.
22 11 20 Barbier -10' Dec error.
22 16 09 Barbier position error: no WN6 star here, same as 22 16 24.
22 16 24 not HD 211546 (Pesch typo in 1976Ap&SS..40..351P).
22 16 34 MSX5C G100.3131-03.7840.
22 19 22 MSX5C G102.2272-01.6550.
22 19 33 MSX5C G102.7405-00.9205.
22 21 20 MSX5C G103.0191-00.9530.
23 52 23 same as 23 52 18.
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