Wikipedia

Swaan (stäärbil)

Tekst üüb Öömrang
Stäärbil
Swaan
Legende
Latiinsk nööm Cygnus
Latiinsk geenitiif Cygni
Ufkört Cyg
Rektaszension 19073019h 07m 30s bit 22030322h 03m 03s
Deklination 2274357+27° 43′ 57″ bit 2612128+61° 21′ 28″
Rümwinkel 803,983 deg²
Steed 16
Hialandaal tu sen 90° N bit 29,1° S
Tidj tu sen uun Madeleuroopa Somer
Taal faan stäären laachter üs 3 mag 5
Laachtest stäär (Grate) Deneb (1,25)
Meteorstruumer

(Kappa-)Cygniiden

Kwelen IAU,
Uun Atlas Coelestis faan John Flamsteed, 1776
Uun Atlas Coelestis faan John Flamsteed, 1776

A Swaan (latiinsk Cygnus, ufkört Cyg) as en stäärbil üüb a nuurdhemel. San laachtest stäär as Deneb mä en skiinboor magnituud faan 1,25 mag.

Bilen

Bewerke

Aal a stäären

Bewerke
B F Nööm / Betiaknang Vmag Lj Spektraalklas
α 50 Deneb 1,25m (var) 2.000 A2 Iae
γ 37 Sadr, Schedir 2,23m 1.800 F8 Iab
ε 53 Gienah 2,48m 72,7 K0 III
δ 18 Fawaris 2,87m 165 B9 III + F1 V
β 6 Albireo 2,93m 430 K3 II + B8:p + B8 Ve
ζ 64 3,21m 143 G8 III–IIIaBa0,5 + D
ξ 62 3,73m 800 K5 Ib + A2 V
τ 65 3,73m (var) 66 F2 IV + G0 V + M2,5 Ve
ι2 10 3,76m 121 A5 V
κ 1 3,76m 124 G9 III
ο1 31 V695 3,80m (var) 900 K4 Ib + B4 V + B9
η 21 3,88m 135 K0 III
ν 58 3,94m 370 A1 Vne
ο2 32 V1488 3,98m (var) 1.100 K5 Iab + B7 V
41 4,01m 800 F5 Ib–II
ρ 73 4,02m 124 G8 IIIFe0,5
π2 81 4,18m (var) 1.100 B3 III
52 4,23m 200 K0 IIIa
σ 67 4,24m 3.000 B9 Iab
χ 4,24m (var) 600 S6–9/1–2e
33 4,27m 159 A3 IV–Vn
υ 66 4,42m (var) 600 B2 Vne
39 4,44m 250 K2,5 IIIFe0,5
θ 13 4,48m 59,8 F3 V + M3 V + M2–3
μ 78 4,50m 73 F7 V + F3 V
f2 63 4,51m 1.000 K4 Ib–IIa
λ 54 4,54m (var) 800 B5 V
47 V2125 4,64m (var) 900 K6: Ib + B2,5:
π1 80 Azelfafage 4,66m 1.700 B3 III
φ 12 4,67m 270 K0 III + K0 III
8 4,72m 900 B3 IV
f1 59 V832 4,75m (var) 1.400 B1,5 Vnne
57 4,77m 530 B5 V + B5 V
61 V1803 (Bessel-Stern) 4,79m (var) 11,4 K5 V + K7 V
P 34 4,82m (var) 6.000 B1–2 Ia–0ep
30 4,82m 600 A5 IIIn
55 V1661 4,86m (var) 2.700 B4 Ia
15 4,89m 290 G8 III
72 4,91m 230 K0,5 IIIFe0,5 + M5
ψ 24 4,92m 280 A4 Vn + F4
b2 28 V1624 4,93m (var) 1.000 B2,5 Ve
T 4,93m (var) 440 K3 III
ω1 45 V2021 4,94m (var) 900 B2,5 IV
HR 7633 4,96m 900 K4,5 IIIa
22 4,97m 1.400 B5 IV
17 4,97m 69 F5,5 IV–V + K6 V: + K5 V + K5 V
2 4,98m 800 B3 IV
b3 29 V1644 4,99m (var) 139 A2 V
A 68 V1809 5,00m (var) 3.000 O7,5 IIIn((f))
d 20 5,03m 202 K3 IIICN2
74 5,04m 210 A3 Vn
e 26 5,05m 430 G8 III
56 5,05m 134 A6 V
HR 7495 5,06m 162 F5 II–III
75 5,09m 400 M1 IIIab
19 V1509 5,12m (var) 700 M2 III
23 5,13m 600 B5 V
4 V1741 5,15m (var) 700 B8pSi(FeII)
35 5,16m 3.000 F6 Ib + B6,5
HR 7468 5,17m 132 G8,5 IIIbFe0,5
25 V1746 5,19m (var) 1.300 B3 IVe
g 71 5,22m 220 K0 III
HR 7759 5,24m 1.500 K3 IIIaFe1
70 5,29m 1.300 B3 V
HR 8216 5,31m 410 A4 VpSiCrHg
c 16 5,32m 69 G1,5 Vb + G3 + M V
HR 7444 5,34m 580 A2 V
b1 27 V2008 5,36m (var) 78 G8,5 Va
W 5,38m (var) 600 M4–6 IIIe
14 5,40m 700 B9 III
51 5,40m 1.300 B2 V
9 5,41m 600 G8 III + A2 III:
60 V1931 5,43m (var) 1.500 B1 Ve
ω2 46 5,44m 400 M2 III
HR 7628 5,46m 1.100 B5 V
HR 8003 5,46m 1.000 K0 II
HR 8005 5,47m 600 K5 III
HR 7640 5,50m 470 B9 Vn
49 5,51m 800 G8 IIb
HR 8306 5,51m 600 M2 IIIbCa1
HR 7427 5,54m 460 K1 III
HR 8035 5,55m 260 K0 III:Fe0,5
HR 7969 5,56m 600 K5 III
HR 7798 5,57m 410 K0 IIIv
36 5,58m 200 A2 V
V1942 5,60m (var) 500 A0 IV
HR 8040 5,60m 1.100 B7 Vn + B7 V
HR 8208 5,60m 109 F0 V
40 5,62m 270 A3 V
HR 7589 5,63m 4.000 O9,5 Iab
V2140 5,64m (var) 6.000 B8 Iae
V1768 5,65m (var) 5.000 B1,5 Ia+
HR 7926 5,66m 1.100 B8 II–III
HR 7904 5,67m 350 K2 III
HR 8185 5,67m 330 K0 III
V380 5,68m (var) 3.200 B1,1 III + B2,5–3 V:
V389 5,69m (var) 380 B9 V
79 5,70m 270 A0 V
HR 7743 5,70m 320 G8 III
HR 7451 5,70m 82 F7 V
Gliese 777 5,71m 52 G7 IV–V + M4,5 V
43 V2121 5,72m (var) 123 F0 V:
77 5,73m 410 A0 V + A0 V + F2 V
HR 8161 5,74m 550 B6 V
HR 8220 5,74m 150 F0 V + M3,5
ι1 7 5,75m 350 A1 V
HR 8106 5,75m 440 B9 III
HR 7781 5,76m 300 A2 IV + F3 V
HR 8246 5,76m 490 A0 V
V2015 5,78m (var) 430 B8pSi
HR 7606 5,78m 1.200 G1 Ib–IICH2Fe1
HR 8403 5,78m 1.000 B5 III
DT 5,82m (var) 2.000 F7 II
HR 7543 5,82m 470 B8 Vn
HR 8025 5,82m 170 F0 III
HR 7767 5,84m 2.400 O8,5 III + B2,5 V + O9 Vnn + B1,5 V
HR 7514 5,84m 600 M0 III
V460 (DS Pegasi) 5,84m (var) 2.000 C6,3
HR 7697 5,85m 119 F5 V
HR 7756 5,86m 112 F5 V:
V1143 5,88m (var) 133 F5 V + F5 V
V1334 5,88m (var) 2.300 F1 II + B7,0 V
V1762 5,89m (var) 230 K1 IV
V2119 5,90m (var) 1.400 B2 Vne
42 5,90m 3.000 A2 Iab–Ib
HR 7591 5,90m 1.700 B2 III
HR 7843 5,91m 900 B8,5 V
HR 8026 5,91m 800 G8 II–III
HR 8078 5,92m 370 K0 III
HR 7646 5,93m 450 A5 III
HR 7502 5,93m 2.000 A5 III
HR 7800 5,93m 800 K7 III
69 V2157 5,94m (var) 8.000 B0 Ib
HR 8023 5,96m 4.000 O6,5 V((f)) + B1–2 V
V1743 5,96m (var) 1.300 M 4,5 III
HR 7919 5,97m 450 K2 III
HR 8218 5,99m 450 B7 III
HR 8051 6,00m 600 G5 III
HR 7322 6,00m 138 F6I V: + M2,5 V
11 6,03m 600 B8 Vne
76 6,08m 500 A2 V
44 6,18m 3.000 F5 Ib
48 6,30m 900 B8 IIIn
HD 197036 6,61m 1.200 B5 IV
HD 185269 6,67m 170 G2 V
HD 188753 7,43m 150 G9 V
HD 187123 7,83m 160 G5 V
Cygnus X-1 8,91m (var) 6.000 O9,7 Iabpvar
HAT-P-7 10,48m 1.100 F6 V
KY 11,14m (var) 5.000 M4 I
Kepler-22 11,7m 600 G5 V
KIC 8462852 (Boyajians Stern) 11,88m (var) 1.400 F3 V
Kepler-36 11,94m 1.500
V1331 11,99m (var) 2.000 F0/F4–G5
KIC 9832227 12,37m (var) 1.800 G5
Cyg OB2#12 12,54m 5.000 B3–4 Ia+
Kepler-452 13,5m 1.400 G2
Kepler-33 13,7m 3.800
Kepler-69 13,7m 2.700 G4 V
Kepler-6 13,8m 1.600
Kepler-11 14,2m 1.700 G
Kepler-70 (KOI-55) 14,9m 4.000 sdB
Kepler-34 15,0m (var) 4.900
Kepler-186 15,3m (var) 500 M1 V
Kepler-35 15,8m (var) 5.400
Kepler-47 15,8m 5.000
Kepler-42 16,1m 130 M4 V
Kepler-32 16,5m (var) 1.000 M1 V
NML 16,6m (var) 5.000 M6 I
V1974 (Nova Cygni 1992) 17m (var) 6.000
V476 (Nova Cygni 1920) 17,1m (var)
V1500 (Nova Cygni 1975) 18m (var) 5.000
V404 (Nova Cygni 1938 bzw. 1989) 19m (var) 8.000 K0 IV
V1668 (Nova Cygni 1978) 20m (var) 17.000
Cygnus X-3 23.000 WN4/5–6/7
Kepler-1625 7.000

Luke uk diar

Bewerke
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