List of accreting X-ray pulsars

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List of accreting X-ray pulsars

Source RA Dec l b Pspin (s) Porbit (d) Type CRSF? Persistent? Notes
CXOU J005047.9-731817 12.699963 -73.305018 302.995436 -43.823153 292 BeXRB? T aka SXP 292
RX J0059.2-7138 14.803112 -71.645828 302.059336 -45.469247 2.76 82? BeXRB? C? T aka SXP 2.76
RX J0101.8-7223 15.467910 -72.392796 301.821935 -44.712961 175 BeXRB T
SMC X-1 19.271456 -73.443343 300.414946 -43.559342 0.71 3.892 SG P eclipsing
3A 0114+650 19.511228 65.291623 125.709976 2.563488 9828 11.6 SG P 30.7 d superorbital modulation
4U 0115+634 19.633194 63.742522 125.923515 1.028265 3.6 24.3 BeXRB C T 5 or more lines
SXP 265 23.214439 -74.429258 299.185905 -42.396387 264.52 ~146 BeXRB PT SMC region, persistent low luminosity, one type I outburst
RX J0146.9+6121 26.750876 61.356573 129.541104 -0.800112 1412 330? BeXRB T aka V* V831 Cas
IGR J01583+6713 29.577033 67.223185 129.352236 5.188723 469? BeXRB C? T controversial claim of CRSF features
Swift J0243.6+6124 40.918432 61.434378 135.934157 1.428788 9.86 27.587 BeXRB T Galactic ULX?
V 0332+53 53.749630 53.173140 146.052090 -2.194026 4.37 34.25 BeXRB C T multiple lines
X Per 58.846151 31.045836 163.081353 -17.136203 830 250.3 BeXRB C? P magnetar?
RX J0440.9+4431 70.247207 44.530344 159.847095 -1.270023 203 155 BeXRB P aka LS V+44 17, persistent, but with outbursts
LXP 169 76.981153 -68.418135 279.245167 -34.534204 168.8 24.3 BeXRB T? NS eclipsing companion
Swift J053041.9-665426 82.675788 -66.907566 276.997292 -32.675902 28.78 BeXRB T?
LMC X-4 83.206501 -66.370332 276.334942 -32.529084 13.5 1.4 SG P superorbital variation ~30 d
1A 0535+26 84.727393 26.315776 181.445049 -2.643537 103 111.1 BeXRB C T
SAX J0635.2+0533 98.822528 5.553870 206.149196 -1.044562 0.0338 BeXRB T low luminosity
MXB 0656-07 104.572030 -7.209774 220.128540 -1.767278 160.4 101.2 BeXRB C aka XTE J0658-073
3A 0726-260 112.223241 -26.108019 240.281581 -4.050430 103.2 34.5 BeXRB T
RX J0812.4-3114 123.118149 -31.247807 249.578200 1.542815 31.9 80 BeXRB T
GS 0834-430 128.981072 -43.185598 262.020238 -1.509977 12.3 105.8 BeXRB T
Vela X-1 135.528560 -40.554654 263.058248 3.929864 283 8.96 SG C P eclipsing
GRO J1008-57 152.439620 -58.292035 282.996761 -1.822544 93.7 249.48 BeXRB C? T outbursts predicted precisely
4U 1036-56 159.397094 -56.798840 285.352684 1.433482 862 BeXRB P? aka RX J1037.5-564/LS 1698
1A 1118-616 170.238174 -61.916707 292.498528 -0.891807 407 24? BeXRB C T
Cen X-3 170.312856 -60.623776 292.090328 0.335524 4.8 2.09 SG C P disk-fed HMXB
1E1145.1-6141 176.868942 -61.953720 295.489729 -0.009704 297 14.4 SG (V* V830 Cen) varying luminosity states
4U 1145-619 177.000032 -62.206910 295.611079 -0.240241 292 187.5 BeXRB PT
GX 301-2 186.656453 -62.770359 300.098061 -0.035212 686 41.5 SG C P very massive companion, strong orbital variability
3A 1239-599 190.508997 -60.200951 301.762822 2.649455 191
GX 304-1 195.321198 -61.601845 304.102702 1.247519 272 132.2 BeXRB C T Strong spectral parameter variations
SAX J1324.4-6200 201.108853 -62.016515 306.792444 0.607646 171 22 BeXRB?
2S 1417-624 215.303896 -62.698168 313.021369 -1.598347 17.6 42.12 BeXRB T
SAX J1452.8-5949 223.207002 -59.820983 317.646019 -0.463151 437 BeXRB?
4U 1538-522 235.597300 -52.386011 327.419660 2.163700 530 3.7 SG C P
2S 1553-542 239.452345 -54.416113 327.942599 -0.857197 9.3 29.56 BeXRB? P Occasional outbursts
IGR J16194-2810 244.888926 -28.127773 349.119337 15.541316 SyXB
Swift J1626.6-5156 246.652146 -51.941848 332.780988 -2.002708 15.4 132.9 BeXRB C T strong flares
IGR J16318-4848 247.951259 -48.816876 335.615970 -0.447754 SG P super absorbed source
IGR J16320-4751 248.009669 -47.874785 336.330340 0.167654 1309 8.986 SG P aka 2FGL J1632.4-4753c
4U 1626-67 248.069509 -67.461207 321.788013 -13.091773 7.67 0.029 UCXB C P Torque reversals; only UCXB with CRSF.
IGR J16358-4726 249.124997 -47.623903 337.023067 -0.213710 5880 SyXB
IGR J16393-4643 249.772382 -46.704006 338.001098 0.075060 912 3.7 SyXB aka AX J1639.0-4642
IGR J16465-4507 251.646902 -45.117960 340.053530 0.135029 228 30.243 P aka 2MASS J16463526-4507045
Her X-1 254.457539 35.342324 58.148987 37.523034 1.24 1.7 IM C P
AX J1700.1-4157 255.018132 -41.968217 344.037996 0.235782 715 BeXRB?
OAO 1657-415 255.202665 -41.654882 344.369539 0.320505 37.7 10.4 SG C? P eclipsing
4U 1700-37 255.986566 -37.844121 347.754446 2.173492 3.4 SG P No pulsations; eclipsing source
4U 1700+24 256.643762 23.971820 45.151698 32.990711 404 SyXB
EXO 1722-363 261.296681 -36.284621 351.495256 -0.354515 ~414 9.74 HMXB aka IGR J17252–3616, heavily absorbed, eclipsing
GX 1+4 263.008955 -24.745600 1.937022 4.794969 170 1161 SyXB P Pspin evolving rapidly
2XMM J174016.0-290337 265.067079 -29.060569 359.278793 0.929892 626 SyXB a. k.a. AX_J1740.2-2903
GRO J1744-28 266.139419 -28.744480 0.042075 0.298489 0.47 11.8 LMXB T "Bursting Pulsar"
GRO J1750-27 267.291434 -26.639700 2.370662 0.518408 4.45 29.82 BeXRB? P aka AX J1749.1-2639
IGR J17544-2619 268.605299 -26.331274 3.235980 -0.335557 4.93 SFXT? C T
SAX J1802.7-2017 270.665728 -20.286816 9.417461 1.044121 139.6 4.57 SG P aka IGR J18027-2016
1RXS J180431.1-273932 271.130284 -27.659214 3.202710 -2.947774 494 SyXB
SAX J1808.4-3658 272.114166 -36.979379 355.384418 -8.148034 0.0025 0.837 LMXB aka V* V4580 Sgr, disk accretor(?)
Swift J1816.7-1613 274.176846 -16.222949 14.587018 0.092428 142.9 151? BeXRB? T ATel 6253 ATel 1457
IGR J18179-1621 274.467048 -16.359400 14.599162 -0.217510 11.82 C? T ATel 3947 ATel 3949
AX J1820.5-1434 275.122921 -14.571809 16.473200 0.070620 152
3A 1822-371 276.445028 -37.105158 356.850238 -11.290768 0.59 0.23 LMXB
Sct X-1 278.857602 -7.614004 24.336027 0.065699 112 111 SyXB
GS 1843+00 281.403474 0.863160 33.036370 1.689359 T
2S 1845-024 282.075590 -2.419729 30.421052 -0.406023 94.8 242.2 BeXRB? T aka GS 1843-02
XTE J1855-026 283.876680 -2.604678 31.076348 -2.092060 361 6.1 SG
XTE J1858+034 284.678379 3.439739 36.822153 -0.048088 221 T
XTE J1859+083 284.778177 8.246352 41.144826 2.058031 9.8 T ATel 7037
4U 1901+03 285.903524 3.190426 37.159966 -1.249760 T
XTE J1906+090 286.197769 9.044912 42.497189 1.174872 89.2 BeXRB?
4U 1907+09 287.408533 9.829777 43.743566 0.475292 441 8.37 SG C P
4U 1909+07 287.700872 7.597657 41.896991 -0.811637 604 4.4 SG P
IGR J19140+0951 288.517606 9.882865 44.296348 -0.468771 13.55 HMXB ?
IGR J19149+1036 288.728311 10.612245 45.038573 -0.313490 22.25 SG C P very close to GRS1915
IGR J19294+1816 292.482927 18.310607 53.540075 0.115022 12.5 116? BeXRB? T
XTE J1946+274 296.413975 27.365400 63.207144 1.395565 15.8 169.2 BeXRB C T
KS 1947+300 297.397839 30.208809 66.098966 2.083585 18.8 40.4 BeXRB C T
3A 1954+319 298.926399 32.096931 68.391941 1.926894 1.91e4 SyXB
EXO 2030+375 308.063627 37.637433 77.151841 -1.241801 41.8 46.03 BeXRB T regular outbursts
GRO J2058+42 314.698059 41.776980 83.569877 -2.655492 T
SAX J2103.5+4545 315.898770 45.751533 87.130252 -0.684802 359 12.7 BeXRB T
IGR J21343+4738 323.584869 47.633380 92.171608 -3.117683 320.35 20.85 BeXRB P? Varying levels of activity
Cep X-4 324.877853 56.986219 99.012209 3.312526 66.32 20.85 BeXRB C T
4U 2206+54 331.984289 54.518433 100.603243 -1.105922 5560 19.25? SG P magnetar?
SAX J2239.3+6116 339.836831 61.274053 107.734431 2.362332 1247 262? BeXRB T
IGR J22534+6243 343.479672 62.726882 109.923864 2.861557 46.7 BeXRB? P?

Location in the Galaxy

The figure below displays the position of accreting X-ray pulsars in the Galaxy as far as known at this moment. Click on the figure for a larger version. Labels indicate the ordinal number in the first column of the table. Uncertainties in the distances are not indicated. Empty symbols represent sources for which there is no distance info in the literature; they have been artificially set to a distance of 7.6 kpc. HEASARC source class identifiers are also given. The spiral arms are from Vallée et al. (2008)[1]. Figure and data provided by Arash Bodaghee, SSL, UC Berkeley.

Galactic distribution of accreting X-ray pulsars.

# Source Class Dist. [kpc] # Source Class Dist. [kpc]
1 GRO_J1744-28 1490 8.5 33 3A_0656-072 1316 3.9
2 GX_1+4 1410 4.5 34 3A_0726-260 1310 6.1
3 GRO_J1750-27 1316 ? 35 RX_J0812.4-3114 1316 8.8
4 1RXS_J180431.1-273932 1410 ? 36 Ginga_0834-430 1316 4
5 AX_J1820.5-1434 1316 8.2 37 Vela_X-1 1213 1.4
6 XTE_J1855-026 1213 10 38 LMC_X-4 1210 55
7 Sct_X-1 1116 7 39 GRO_J1008-57 1316 5
8 Ginga_1843+009 1316 12.5 40 4U_1036-56 1316 5
9 4U_1901+03 1366 ? 41 Cen_X-3 1263 10
10 4U_1909+07 1210 7 42 1A_1118-615 1366 5
11 XTE_J1906+090 1316 10 43 1E_1145.1-6141 1210 8.5
12 H_1907+097 1216 5 44 H_1145-619 1316 3.1
13 4U_1700+24 1400 0.42 45 GX_301-2 1211 4.1
14 IGR_J19294+1816 1316 ? 46 SMC_X-1 1213 60
15 Her_X-1 1413 6.56 47 3A_1239-599 1110 ?
16 XTE_J1946+274 1316 9.5 48 RX_J0101.8-7223 1310 60
17 KS_1947+300 1316 9.5 49 GX_304-1 1316 2.4
18 3A_1954+319 1416 1.7 50 SAX_J1324.4-6200 1310 10
19 EXO_2030+375 1366 7.1 51 H_1417-624 1316 6
20 GRO_J2058+42 1316 9.0 52 SAX_J1452.8-5949 1010 9
21 SAX_J2103.5+4545 1366 6.8 53 4U_1626-67 1410 9.0
22 Cep_X-4 1316 3.8 54 H_1538-522 1213 6.4
23 3A_2206+543 1260 2.6 55 SWIFT_J1626.6-5156 1366 ?
24 3A_0114+650 1213 4.5 56 AX J1700.1-4157 9999 ?
25 H_0115+634 1386 8 57 OAO_1657-415 1213 7.1
26 IGR_J01583+6713 1316 4 58 IGR_J16358-4726 1110 7
27 RX_J0146.9+6121 1310 2.3 59 IGR_J16393-4643 1210 10.6
28 V_0332+53 1366 7.5 60 IGR_J16194-2810 1400 3.7
29 RX_J0440.9+4431 1310 3.3 61 SAX_J1808.4-3658 1416 3.6
30 X_Per 1310 0.7 62 3A_1822-371 1419 2.5
31 1A_0535+262 1366 2 63 AX_J1740.2-2903 1410 ?
32 SAX_J0635.2+0533 1310 5

Gaia Distances

NOTE: The distances here are for the Gaia source that is closest to the SIMBAD position for each object. This means that for objects with poorly-determined positions or no identified optical counterpart, the distance is INCREDIBLY SUSPECT. Until someone has time to go through source-by-source and clean this up, you need to check carefully whether the Gaia source ID listed here actually corresponds to the object you are looking at. The parallaxes are converted to distance by Bailer-Jones et al. (see this paper and this webpage). Again, these should be taken with a hefty grain of salt and are dependent on the priors selected by Bailer-Jones et al.

Source Gaia source ID Gaia distance
RX J0101.8-7223 4687492917085083648 12.3 (+2.0, -1.7)
3A 0114+650 524924310153249920 6.6 (+1.6, -1.2)
4U 0115+634 524677469790488960 7.2 (+1.5, -1.1)
RX J0146.9+6121 511220031584305536 2.50 (+0.22, -0.19)
IGR J01583+6713 518990967445248256 7.4 (+1.1, -0.9)
Swift J0243.6+6124 465628193526364416 6.9 (+1.6, -1.2)
V 0332+53 444752973131169664 5.1 (+1.1, -0.8)
X Per 168450545792009600 0.79 +/- 0.04
RX J0440.9+4431 252878401557369088 3.2 (+0.7, -0.5)
1A 0535+26 3441207615229815040 2.13 (+0.26, -0.21)
SAX J0635.2+0533 3131755943105291136 1.6 (+2.2, -0.8)
MXB 0656-07 3052677318793446016 5.1 (+1.4, -1.0)
3A 0726-260 5613494119544761088 9.5 (+3.1, -2.2)
RX J0812.4-3114 5548261400354128768 6.8 (+1.2, -1.0)
GS 0834-430 5523448270462666880 5.5 (+2.5, -1.7)
Vela X-1 5620657678322625920 2.42 (+0.19, -0.17)
4U 1036-56 5352018121173519488 5.0 (+1.1, -0.8)
1A 1118-616 5336957010898124160 2.93 (+0.26, -0.22)
Cen X-3 5337498593446516480 6.4 (+1.4, -1.1)
1E1145.1-6141 5334851450481641088 9.1 (+2.2, -1.6)
4U 1145-619 5334823859608495104 2.23 (+0.20, -0.17)
GX 301-2 6054569565614460800 3.5 (+0.6, -0.5)
3A 1239-599 6056606788861734912 2.9 (+2.4, -1.3)
GX 304-1 5863533199843070208 2.01 (+0.15, -0.13)
SAX J1324.4-6200 5868517973240268544 3.5 (+2.6, -1.7)
2S 1417-624 5854175187681966464 3.8 (+2.8, -1.8)
SAX J1452.8-5949 5878224015202026240 3.0 (+2.6, -1.5)
4U 1538-522 5886085557746480000 6.6 (+2.2, -1.5)
2S 1553-542 5884711610550541440 3.5 (+2.6, -1.5)
IGR J16194-2810 6039227323926220544 2.3 (+0.8, -0.5)
Swift J1626.6-5156 5933976985766949376 9.8 (+3.2, -2.4)
IGR J16318-4848 5940777877435137024 5.2 (+2.8, -1.9)
IGR J16320-4751 5941216101526297856 1.3 (+0.6, -0.4)
4U 1626-67 5809528276749789312 3.5 (+2.3, -1.3)
IGR J16393-4643 5942638074996489088 4.0 (+2.7, -1.7)
IGR J16465-4507 5943246345430928512 2.7 (+0.5, -0.4)
Her X-1 1338822021487330304 5.0 (+0.8, -0.6)
AX J1700.1-4157 5966358530819164544 3.4 (+2.6, -1.5)
OAO 1657-415 5966391894137386240 2.2 (+0.7, -0.5)
4U 1700-37 5976382915813535232 1.75 (+0.24, -0.19)
4U 1700+24 4571810378118789760 0.536 +/- 0.010
EXO 1722-363 5974546387756541696 4.0 (+2.3, -1.3)
GX 1+4 4110236324513030656 7.6 (+4.3, -2.8)
2XMM J174016.0-290337 4060143669944331648 1.4 (+1.6, -0.5)
GRO J1744-28 4057539171718068224 1.3 (+1.2, -0.5)
IGR J17544-2619 4063908810076415872 2.7 (+0.5, -0.4)
SAX J1802.7-2017 4070968778552176768 1.5 (+2.8, -0.7)
SAX J1808.4-3658 4037867740522970240 5.1 (+4.3, -2.6)
Swift J1816.7-1613 4097679145798118528 1.4 (+2.5, -0.7)
3A 1822-371 6728016172687965568 6.1 (+2.7, -1.6)
GS 1843+00 4278536022438800640 2.3 (+2.0, -1.0)
XTE J1855-026 4255891924062617088 8.1 (+2.6, -1.8)
XTE J1858+034 4280844623194795136 1.55 (+0.28, -0.21)
XTE J1859+083 4310118600596712832 2.7 (+2.4, -1.5)
4U 1901+03 4268774665587135488 2.2 (+2.2, -1.3)
XTE J1906+090 4310649149314811776 2.8 (+2.4, -1.4)
4U 1907+09 4309225217336729088 4.4 (+2.1, -1.3)
4U 1909+07 4306419980916246656 2.6 (+2.3, -1.4)
IGR J19140+0951 4309253392325650176 2.8 (+2.4, -1.4)
IGR J19149+1036 4309736146639732352 3.0 (+2.5, -1.6)
IGR J19294+1816 4323316622779495680 2.9 (+2.5, -1.5)
XTE J1946+274 2028089540103670144 12.6 (+3.9, -2.9)
KS 1947+300 2031939548802102656 15.2 (+3.7, -2.8)
3A 1954+319 2034031438383765760 3.3 (+1.0, -0.7)
EXO 2030+375 2063791369815322752 3.6 (+1.4, -0.9)
GRO J2058+42 2065653598916388352 8.0 (+1.2, -1.0)
SAX J2103.5+4545 2162805896614571904 6.4 (+0.9, -0.7)
IGR J21343+4738 1978365123143522176 7.8 (+1.4, -1.1)
Cep X-4 2178178409188167296 10.2 (+2.2, -1.6)
4U 2206+54 2005653524280214400 3.3 +/- 0.4
SAX J2239.3+6116 2201091578667140352 8.0 (+1.4, -1.1)
IGR J22534+6243 2207277877757956352 8.1 (+2.3, -1.6)

Updated list of accreting X-ray pulsars (pulse profile extractions)

This is a list to organize a library of pulse profiles for many of the known accreting X-ray pulsars. For this we scanned the NuSTAR archive at Heasarc for all objects that are listed in the two XRB catalogues. All public obsids are downloaded to `/userdata/data/stierhof/pp-class/<object_name>/<obsid>`. This is more than 350 observations! After reprocessing (this creates a folder `reprocessed` in each obsid folder) the region files have to be created. Right now we are not interested in detailed analysis and for bright outbursts the region choice is not that important. If you want to contribute, please create one region file for the source and one for the background. The source should be a circle centered around the brightest part of the image. The background should be an annulus with inner radius as large as the source region, and the outer as large as possible. The source and background region files should be stored in the `reprocessed` folder as `src.reg` and `bkg.reg`. Note: The regions must be valid for both detector modules!

Once the region files are created it is straight forward to automatically extract all dataset. So please don't change anything else in the folder just yet. You can check the table if the data has been prepared (that is, if the `reprocessed` folder exists) and add the region files. If you do, please indicate it in the corresponding line in the table (searching for the source name should be helpful here).

Once we have all region files collected we can extract the pulse profiles!

Notes:

If no _cl.fits files are present in the reprocessed folder, this either means that the preparation failed, or that the observation was not done in science mode. In the latter case we ignore the observations for now.

Source Class Assignee Pulse Period Has Region Is Prepared Is Processed
1A 0535+262 HMXB Vicente 103.47 X X
1E 1145.1-6141 HMXB Vicente 298.0 X X
2RXP J130159.6-635806 HMXB Vicente 643.0 X X
2S 0114+650 HMXB 10008.0 X X
2S 1417-624 HMXB Vicente 17.6 X X
2S 1553-542 HMXB Vicente 9.28 X X
2S 1845-024 HMXB Vicente 94.72 X X
3A 1822-371 LMXB Vicente 0.59 X X
3U 1223-62 HMXB Nico 696.0 X X
3U 1258-61 HMXB Vicente 272.0 X X
4U 0115+63 HMXB Vicente 3.61 X (obs7 source?) X
4U 0352+309 HMXB Aafia 837.67 X
4U 0614+09 LMXB Vicente 0.0020964360587002098 X X
4U 1538-52 HMXB Aafia 526.42 X
4U 1608-52 LMXB Vicente 0.0016 X X
4U 1626-67 LMXB 7.7 X
4U 1636-536 LMXB 0.001721 X
4U 1702-429 LMXB 0.00303 X
4U 1728-34 LMXB 0.0027548209366391185 X
4U 1901+03 HMXB 2.76 X
4U 1907+09 HMXB Aafia 438.0 X
4U 1909+07 HMXB Aafia 603.6 X
4U 1915-05 LMXB 0.0037 X
4U 1954+31 HMXB 19400.0 X
4U 2206+54 HMXB 5555.0 X
Aql X-1 LMXB 0.00182 X
BSD 24-491 HMXB 202.5 X
CXOGlb J174852.7-202124 LMXB 0.004857 X
Cen X-3 HMXB Vicente 4.8 X X
Cep X-4 HMXB 65.35 X
EXO 0748-676 LMXB 0.0019157088122605363 X
EXO 2030+375 HMXB 41.31 X
GRO J1008-57 HMXB Aafia 93.5 X
GRO J1744-28 LMXB 0.467 X
GRO J1750-27 HMXB Vicente 4.45 X (weird bkg) X
GRO J2058+42 HMXB 195.25 X
GRS 1741.9-2853 LMXB 0.001697792869269949 X
GX 1+4 LMXB Vicente 138.17 X X
Ginga 0834-430 HMXB 12.3 X
HD 110432 HMXB 14200.0 X
HD 77581 HMXB 283.0 X
Her X-1 LMXB 1.24 X
IGR J00291+5934 LMXB 0.00167 X
IGR J06074+2205 HMXB 373.2 X
IGR J11215-5952 HMXB 186.8 X
IGR J16320-4751 HMXB 1308.8 X
IGR J16358-4726 LMXB 5880.0 X
IGR J16393-4643 HMXB Aafia 908.79 X
IGR J16418-4532 HMXB Aafia 1246.0 X
IGR J16493-4348 HMXB 1093.1 X
IGR J16597-3704 LMXB 0.00951 X
IGR J17062-6143 LMXB Vicente 0.00611 X X
IGR J17329-2731 LMXB 6680.0 X
IGR J17379-3747 LMXB Vicente 0.002136 X (obs2 source?) X
IGR J17480-2446 LMXB 0.09054 X
IGR J17494-3030 LMXB 0.002659219644588837 X
IGR J17498-2921 LMXB 0.002494 X
IGR J17511-3057 LMXB 0.00408 X
IGR J17544-2619 HMXB 71.49 X
IGR J17591-2342 LMXB 0.001897 X
IGR J18027-2016 HMXB Nico 139.6 X X
IGR J18219-1347 HMXB 52.46 X
IGR J18245-2452 LMXB 0.00393 X
IGR J19294+1816 HMXB 12.44 X
IGR J21343+4738 HMXB 322.7 X
KS 1947+300 HMXB 18.7 X
MAXI J0655-013 HMXB 1129.1 X X
MAXI J0903-531 HMXB Nico 14.05 X X
MAXI J0911-655 LMXB 0.00294 X
MAXI J1409-619 HMXB 503.0 X
MAXI J1816-195 LMXB 0.0018917896329928112 X
MXB 0656-072 HMXB Nico 160.7 X X
MXB 1659-29 LMXB 0.00176 X
MXB 1730-335 LMXB 0.0032679738562091504 X
OAO 1657-415 HMXB Vicente 37.03 X X
PSR B1259-63 HMXB 0.05 X
PSR J1023+0038 LMXB 0.001687 X
PSR J1723-2837 LMXB 0.00186219739292365 X
SAX J1324.4-6200 HMXB 172.84 X
SAX J1748.9-2021 LMXB 0.00226 X
SAX J1808.4-3658 LMXB 0.00249 X
SAX J2103.5+4545 HMXB 358.61 X
SGR 0755-2933 HMXB 308.0 X
SRGA J124404.1-632232 HMXB Aafia 538.7 X
SRGE J204319.0+443820 HMXB 741.8 X
SWIFT J1749.4-2807 LMXB 0.00193 X
SWIFT J1756.9-2508 LMXB 0.005493 X
SWIFT J1843.5-0343 LMXB 42.5 X
Sct X-1 HMXB 112.0 X
Swift J0243.6+6124 HMXB 9.87 X
Swift J0840.7-3516 LMXB 8.96 X X
Swift J1626.6-5156 HMXB 15.36 X X
Swift J1816.7-1613 HMXB Nico 143.69 X (weird bkg) X
V0332+53 HMXB 4.4 X X (some crashed)
XMM J174457-2850.3 LMXB 5.2521 X X
XSS J12270-4859 LMXB 0.001686 X X
XTE J1739-285 LMXB 0.00258732212160414 X X
XTE J1748-361 LMXB 0.0018867924528301887 X X
XTE J1829-098 HMXB 7.85 X X
XTE J1858+034 HMXB 221.0 X X
XTE J1859+083 HMXB 9.79 X X
XTE J1946+274 HMXB 15.8 X X

Correlation between luminosity and CRSF energy

In recent years more and more sources have been observed at different luminosities, allowing us to find correlation between the luminosity and the cyclotron line energy. A summary of the current state of the observations can be found on this page: CRSF energy as function of luminosity

Assignments

Our collaboration has assigned one or two sources to each member to take care of, i.e., to put together the most important information and keep the page up to date in case new data are available or new papers are published. The list can only be accessed if logged in.

  1. Vallée, Jacques P., 2008, ApJ 681, 303 (NASA ADS)