UPSA Реєстр об’єктів

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everything held inside a cone

Centre 00h 42m 51.40s +41° 15′ 57.2″ · radius 0.25° · 300 objects held here. Maximum radius 5°; the register returns what it holds, not what exists.

Об’єктТипSeparation VPapers
Ford M 31 75 PlanetaryNeb 0″ 21.99 7
2MASS J00425019+4115583 PlanetaryNeb 13.66″ 21.8 15
Bol 132 GlobCluster 16.56″ 17.56 31
AT 2020ber Nova 19.15″ — 14
M31N 2022-09a Nova 19.44″ — 5
RX J004253.0+411533 X 21.23″ — 30
Hornoch 22 Nova 21.58″ 19.5 5
M31N 1926-07c Nova 25.99″ 18.2 14
Bol 264 GlobCluster 26.51″ 17.71 25
[MSL2009] J004253.25+411613.9 RedSG 26.72″ 19.98 5
M31GC J004249+411541 Star 26.98″ 17.85 7
[JSD2015] AP 7231 GlobCluster 33.62″ 17.3 24
Bol D80 Star 34.94″ 17.39 9
M31GC J004248+411601 GlobCluster 36.46″ 18.1 17
M31N 1964-11b Nova 38.12″ 15 10
Ford M 31 24 PlanetaryNeb 38.34″ 21.4 6
Rosino 89 Nova 38.58″ 16.8 5
CXOM31 J004247.0+411550 XrayBin Candidate 39.15″ — 9
M31N 1999-10a Nova 39.73″ — 8
RX J004253.9+411553 X 40.37″ — 15
Ford M 31 76 PlanetaryNeb 40.67″ 21.91 5
M31N 2013-03b Nova 40.82″ — 6
[KGP2002] r1-16 X 40.86″ — 6
M31N 2002-08b Nova 42.34″ — 5
M31GC J004248+411537 Star 43.57″ 15.32 9
Ford M 31 62 PlanetaryNeb 43.63″ 21.01 8
CXOM31 J004247.8+411533 X 46.36″ — 11
M31GC J004254+411520 Star 48.32″ 19.31 7
CXOM31 J004248.5+411521 X 48.34″ — 13
M31N 2013-06a Nova 48.35″ — 8
2MASS J00425442+4115218 PlanetaryNeb 49.2″ 21.96 5
M31N 2016-03c Nova 49.9″ — 5
Ford M 31 12 PlanetaryNeb 50.14″ 21.1 9
Bol 353 GlobCluster 50.66″ — 10
ACH 7 Star 51.38″ 18.2 7
AT 2022zyr Nova 52.57″ — 5
Ford M 31 175 PlanetaryNeb 52.66″ 22.23 5
EV* M31 V0922 Nova 52.98″ 17.6 22
Ford M 31 26 PlanetaryNeb 53.05″ 20.95 6
3XMM J004252.4+411648 XrayBin Candidate 53.21″ — 5
[SK98] Center 19 Star 54.1″ 14.59 11
2MASS J00424684+4116146 AGN Candidate 54.31″ — 11
M31N 1998-09e Nova 54.82″ — 5
Ford M 31 10 PlanetaryNeb 54.88″ 21.26 8
Rosino 58 Nova 55.09″ 16.6 5
M31N 2009-08d Nova 56.69″ — 9
Ford M 31 330 PlanetaryNeb 57.21″ 22.34 5
Ford M 31 72 PlanetaryNeb 58.08″ 21.45 7
2MASS J00424699+4116280 PlanetaryNeb 58.44″ 21.18 19
M31N 2016-10c Nova 1.036′ — 5
[HPH2013] 188 X 1.038′ — 7
M31N 2013-12a X 1.042′ — 7
M31N 2009-10c Nova 1.06′ — 16
Ford M 31 23 PlanetaryNeb 1.08′ 21.52 10
Ford M 31 63 PlanetaryNeb 1.081′ 21.92 5
[HPH2013] 186 XrayBin Candidate 1.083′ — 6
CXOM31 J004247.3+411507 Nova 1.11′ — 13
Ford M 31 2 PlanetaryNeb 1.123′ — 5
2MASS J00425066+4114478 PlanetaryNeb 1.163′ 21.81 5
M31N 2012-12a Nova 1.169′ — 6
Bol 131 GlobCluster 1.175′ 15.34 55
M31N 2017-01a Nova 1.178′ — 5
Ford M 31 9 PlanetaryNeb 1.182′ — 7
Ford M 31 1 PlanetaryNeb 1.234′ 20.6 11
Bol D74 Star 1.246′ 17.1 7
Ford M 31 323 PlanetaryNeb 1.246′ 22.16 5
[BGM2013] BHC 13 X 1.252′ — 7
2MASS J00424589+4115149 PlanetaryNeb 1.257′ 21.63 6
M31N 2010-03a Nova 1.273′ — 9
[CFN87] 27 Nova 1.279′ 15.59 7
CXOM31 J004245.0+411523 PlanetaryNeb 1.301′ 21.04 15
Rosino 60 Nova 1.303′ 17 7
Ford M 31 27 PlanetaryNeb 1.304′ 20.71 7
CXOM31 J004244.6+411618 X 1.313′ — 8
[CFN87] 7 Nova 1.318′ 15.92 5
[O2006] QSS 8 X 1.333′ — 9
[LFG93] P1 PartofG 1.335′ — 40
[K2002] J004244.35+411608.9 X 1.339′ — 9
M 31 AGN 1.34′ 3.44 13,850
P2B Cluster PartofG 1.34′ — 42
[LFG93] P3 PartofG 1.34′ — 17
M31* Radio 1.342′ — 49
M31GC J004251+411436 Star 1.345′ 19.31 9
M31N 2009-05a Nova 1.345′ — 6
CXOM31 J004244.3+411605 PlanetaryNeb 1.352′ — 7
AT 2016ize Nova 1.355′ — 5
Ford M 31 74 PlanetaryNeb 1.366′ 21.63 7
CXOM31 J004258.3+411529 XrayBin Candidate 1.383′ — 11
M31N 2013-10b Nova 1.397′ — 5
EQ J004252.7+411719.7 Nova Candidate 1.399′ 19.03 6
Ford M 31 8 PlanetaryNeb 1.418′ 19.96 8
[HPH2013] 156 XrayBin Candidate 1.422′ — 7
Ford M 31 15 PlanetaryNeb 1.438′ 21.55 6
Ford M 31 478 PlanetaryNeb 1.441′ 21.6 5
Ford M 31 28 PlanetaryNeb 1.46′ 20.66 9
RX J0042.9+4117 X 1.494′ — 5
M31N 2005-02a Nova 1.495′ — 10
Ford M 31 136 PlanetaryNeb 1.496′ 22.09 6
Ford M 31 3 PlanetaryNeb 1.517′ 20.71 8
Ford M 31 7 PlanetaryNeb 1.528′ 21.24 6
M31N 1993-11c Nova 1.533′ 16.8 10
CXOM31 J004243.7+411632 XrayBin Candidate 1.556′ — 8
V* S And Nova 1.558′ — 191
[JSD2015] AP 3524 GlobCluster 1.566′ 17.51 24
Ford M 31 30 PlanetaryNeb 1.583′ 20.69 9
Bol 144 GlobCluster 1.596′ 16.73 63
[HPH2013] 152 XrayBin Candidate 1.597′ — 5
RX J0042.7+4115 X 1.598′ — 13
Ford M 31 20 PlanetaryNeb 1.606′ 21.75 6
CXOM31 J004253.1+411422 ULX 1.606′ — 28
M31N 2011-10a Nova 1.624′ — 8
M31N 2011-05a Nova 1.628′ — 8
Ford M 31 19 PlanetaryNeb 1.629′ 22.33 5
[SI2001] 1990-10 Nova 1.635′ 17.6 7
M31N 2004-08c Nova 1.635′ — 8
M31N 2010-01d Nova 1.64′ — 8
M31GC J004256+411432 Association 1.657′ 18.4 6
Ford M 31 29 PlanetaryNeb 1.658′ 21.1 11
ACH 15 GlobCluster 1.662′ 19.27 17
PNV J00424288+4115274 Nova 1.676′ — 5
CXOM31 J004242.4+411553 PlanetaryNeb 1.68′ — 10
[K2002] J004243.18+411640.4 SNRemnant Candidate 1.701′ — 9
Ford M 31 5 PlanetaryNeb 1.704′ 21.07 8
2MASS J00425938+4116461 Nova 1.707′ — 15
Ford M 31 64 PlanetaryNeb 1.709′ 20.68 8
Ford M 31 189 PlanetaryNeb 1.711′ 23.28 5
Ford M 31 73 PlanetaryNeb 1.712′ 22.31 5
M31N 2010-12c Nova 1.717′ — 10
M31N 2010-01a Nova 1.721′ — 21
[A56] 8 Nova 1.722′ 17 5
[JSD2015] AP 6039 GlobCluster 1.742′ 17.2 30
2XMM J004242.1+411607 XrayBin 1.745′ — 17
[HPH2013] 145 Nova 1.78′ 18.44 13
Ford M 31 31 PlanetaryNeb 1.781′ 20.4 7
[HPH2013] 130 XrayBin Candidate 1.791′ — 6
M31N 2012-09b Nova 1.793′ — 6
[JSD2012] PC 1378 Cluster* 1.794′ — 5
[HPH2013] 208 XrayBin Candidate 1.802′ — 6
Ford M 31 58 PlanetaryNeb 1.802′ 21.04 5
Bol 127 GlobCluster 1.807′ 14.42 64
2MASS J00424327+4116578 PlanetaryNeb 1.811′ 22.41 5
Ford M 31 120 PlanetaryNeb 1.816′ 22.29 5
EV* M31 V0886 Nova 1.821′ 16.1 5
Ford M 31 61 PlanetaryNeb 1.824′ 20.96 7
Ford M 31 80 PlanetaryNeb 1.842′ 21 9
M31N 2002-07a Nova 1.843′ — 5
[A56] 19 Nova 1.846′ 17.7 6
CXOM31 J004245.2+411722 XrayBin Candidate 1.847′ — 10
Bol D90 GlobCluster 1.858′ 17.37 22
M31GC J004256+411414 Star 1.878′ 19.08 6
Rosino 40 Nova 1.888′ 18.8 7
CXOM31 J004247.0+411412 X 1.893′ — 8
Bol 134 GlobCluster 1.894′ 16.7 53
Rosino 76 Nova 1.9′ 15.9 7
M31GC J004247+411740 GlobCluster 1.902′ 19.55 8
2XMM J004241.6+411635 XrayBin 1.906′ — 9
M31N 1997-11a Nova 1.908′ — 9
C84 62 Star 1.909′ 19.46 6
PB-in7 GlobCluster 1.929′ 18.09 29
M31N 2004-01b Nova 1.929′ — 7
Rosino 29 Nova 1.932′ 16.9 19
M31GC J004257+411418 Star 1.94′ 18.61 5
Hornoch 6 Nova 1.942′ — 9
M31N 2001-12a Nova 1.944′ — 5
Bol 124 GlobCluster 1.955′ 14.73 69
[HPH2013] 137 X 1.967′ — 9
M31N 2014-06a Nova 1.972′ — 6
Ford M 31 16 PlanetaryNeb 1.986′ 22.16 5
M31N 2009-08a Nova 1.994′ — 14
M31N 1999-06b Nova 1.995′ — 5
M31N 2017-11d Nova 2.002′ 19.5 5
Rosino 7 Nova 2.012′ 16.9 7
Bol 465 Star 2.017′ 16.46 11
Rosino 19 Nova 2.031′ 17.9 5
Hornoch 40 Nova 2.06′ — 6
M31GC J004244+411423 Star 2.07′ 19.53 9
Ford M 31 171 PlanetaryNeb 2.081′ 23.37 5
RX J004241.6+411440 X 2.082′ — 12
M31N 2011-10d Nova 2.092′ — 9
CXOM31 J004244.8+411739 Variable* 2.122′ — 7
M31N 1997-06c Nova 2.123′ — 7
Ford M 31 172 PlanetaryNeb 2.136′ 20.74 8
AT 2016jbg Transient 2.161′ — 5
M31N 2013-10e Nova 2.169′ — 5
M31N 1993-10g Nova 2.177′ 16.3 11
M31N 1992-11b Nova 2.18′ — 7
RX J0042.7+4114 XrayBin Candidate 2.184′ — 11
M31GC J004247+411757 Star 2.186′ 18.47 5
CXOM31 J004239.9+411547 PlanetaryNeb 2.195′ 20.76 17
[SK98] Center 24 Star 2.196′ 16.04 9
M31GC J004246+411752 Star 2.199′ 18.55 6
M31N 2009-08c Nova 2.213′ — 6
Ford M 31 18 PlanetaryNeb 2.222′ 20.82 8
Bol 146 GlobCluster 2.241′ 16.93 58
[BGM2013] BHC 9 X 2.242′ — 10
Ford M 31 177 PlanetaryNeb 2.248′ 21.99 7
2MASS J00424512+4117521 Nova 2.249′ — 7
M31GC J004256+411349 Star 2.264′ 19.06 7
[BGM2013] BHC 27 XrayBin 2.278′ — 10
[JSD2015] AP 5355 GlobCluster 2.28′ 17.83 16
M31N 2013-12b Nova Candidate 2.284′ — 7
[CFN87] 31 Nova 2.293′ 17 8
PNV J00424629+4113517 Nova 2.312′ — 6
ACH 9 Star 2.326′ 18.81 8
2MASS J00424214+4114241 PlanetaryNeb 2.33′ 22.51 5
CXOM31 J004249.2+411816 XrayBin Candidate 2.353′ — 11
Ford M 31 32 PlanetaryNeb 2.359′ 20.8 8
M31N 2007-07e Nova 2.364′ — 8
M31N 2007-07b Nova 2.374′ — 6
Ford M 31 139 PlanetaryNeb 2.384′ 22.61 5
M31N 2007-11c Nova 2.385′ — 9
M31N 2000-07a Nova 2.389′ — 23
RX J004241+41155 LowMassXBin 2.41′ — 22
Ford M 31 190 PlanetaryNeb 2.411′ 22.54 6
CXOM31 J004304.2+411601 XrayBin Candidate 2.413′ — 11
[O2006] QSS 10 X 2.428′ — 7
Hornoch 21 Nova 2.437′ — 6
Bol D84 Star 2.445′ 18.3 7
Ford M 31 82 PlanetaryNeb 2.449′ 22.63 5
M31N 2007-07c Nova 2.453′ — 11
Rosino 86 Nova 2.457′ 17.3 6
Ford M 31 35 PlanetaryNeb 2.498′ 21.47 7
Ford M 31 66 PlanetaryNeb 2.503′ 22.08 5
Ford M 31 57 PlanetaryNeb 2.506′ 21.04 7
Ford M 31 191 PlanetaryNeb 2.51′ 22.98 6
M31N 2011-11e Nova 2.519′ — 7
ACH 5 GlobCluster 2.522′ 17.98 29
[WSB85] W 8 Star 2.533′ 16.94 5
Rosino 17 Nova 2.535′ 17.6 6
Ford M 31 70 PlanetaryNeb 2.547′ 22.09 5
AT 2021ypn Nova 2.554′ — 5
M31GC J004238+411646 Star 2.559′ 20.04 10
Rosino 34 Nova 2.587′ 17.2 5
2MASS J00425640+4118221 Star 2.595′ 17.62 10
TCP J00430483+4116306 Transient 2.595′ — 6
Ford M 31 99 PlanetaryNeb 2.625′ 22.11 5
Ford M 31 141 PlanetaryNeb 2.631′ 22.19 5
Rosino 113 Nova 2.633′ 16.9 5
Ford M 31 36 PlanetaryNeb 2.636′ 20.95 7
[JSD2015] AP 5808 Cluster* 2.638′ — 5
Ford M 31 167 PlanetaryNeb 2.643′ 20.78 5
RX J0042.9+4113 X 2.646′ — 5
M31N 1990-10a Nova 2.65′ — 23
[M67] N 2 Nova 2.658′ 16.7 6
Ford M 31 83 PlanetaryNeb 2.659′ 22.29 5
[DMM2009] J004256.19+411327.1 Star 2.659′ 17 7
Ford M 31 455 PlanetaryNeb 2.663′ 22.76 6
Ford M 31 56 PlanetaryNeb 2.672′ 20.94 10
Ford M 31 87 PlanetaryNeb 2.676′ 22.19 5
CXOM31 J004239.5+411428 X 2.676′ — 9
Ford M 31 38 PlanetaryNeb 2.683′ 21.49 7
GSC 02801-02015 Star 2.709′ 13.85 7
Ford M 31 37 PlanetaryNeb 2.711′ 22.01 6
M31N 2008-10b Nova 2.712′ — 9
PNV J00425927+4118146 Nova 2.726′ — 7
[CHM2009] PHF4-2 GlobCluster 2.73′ 19.7 6
M31N 2016-10b Nova 2.74′ — 5
Ford M 31 181 PlanetaryNeb 2.743′ 21.84 6
[A56] 24 Nova 2.747′ 17.8 6
Bol 138 GlobCluster 2.747′ 16.92 43
Ford M 31 112 PlanetaryNeb 2.75′ 22.76 5
Bol 523 GlobCluster 2.762′ 18.68 20
M31N 2010-02a Nova 2.769′ — 8
RX J0043.0+4113 X 2.777′ — 8
Rosino 100 Nova 2.778′ 16.1 6
AT 2019sxc Nova 2.799′ 21.28 9
Ford M 31 65 PlanetaryNeb 2.802′ 22.04 5
Ford M 31 55 PlanetaryNeb 2.808′ 21.37 7
Ford M 31 67 PlanetaryNeb 2.811′ 20.79 6
Rosino 104 Nova 2.823′ 18.4 5
[H2003] J004253.64+411845.9 Nova 2.843′ — 6
Hornoch 7 Nova 2.852′ — 7
Ford M 31 179 PlanetaryNeb 2.857′ 22.31 7
Ford M 31 143 PlanetaryNeb 2.869′ 23.13 7
M31N 2016-11a Nova 2.869′ — 5
Rosino 33 Nova 2.874′ 16.6 5
Rosino 12 Nova 2.891′ 17.6 6
M31N 1998-07n Nova 2.892′ — 6
CXOM31 J004305.6+411702 XrayBin Candidate 2.893′ — 16
CXOM31 J004251.6+411303 X 2.909′ — 6
M31N 2007-11a Nova 2.918′ — 7
M31N 2011-06d Nova 2.921′ — 7
Ford M 31 71 PlanetaryNeb 2.952′ 21.59 6
RX J0042.8+4118 XrayBin Candidate 2.967′ — 14
[DMM2009] J004257.19+411311.5 Star 2.968′ 16.92 7
CXOM31 J004256.9+411844 XrayBin Candidate 2.972′ — 10
Ford M 31 160 PlanetaryNeb 2.975′ 22.83 6
2MASS J00423644+4116578 PlanetaryNeb 2.986′ 21.75 6
[A56] 1 Nova 2.991′ 16.4 6
M31N 2010-05a Nova 2.993′ — 15
[JSD2015] AP 2581 GlobCluster 2.994′ 18.38 11
Hornoch 25 Nova 2.999′ — 6
Ford M 31 54 PlanetaryNeb 3.016′ 20.53 9
[CFJ83] Nova 2 Nova 3.02′ 19.5 5
CXOM31 J004243.3+411319 X 3.038′ — 8
M31GC J004252+411255 Star 3.042′ 19.01 6
Rosino 112 Nova 3.045′ 17.6 5
Hornoch 13 Nova 3.077′ — 6
M31N 2000-08d Nova 3.089′ — 8
Ford M 31 125 PlanetaryNeb 3.094′ 21.81 8