J/ApJ/919/18 1.75 Ms Ultra Narrow Deep Field Catalogue (Elias-Chavez+, 2021)
X-ray sources in the 1.75 Ms Ultra Narrow Deep Field observed by XMM-Newton.
Elias-Chavez M., Longinotti A.L., Krongold Y., Vignali C., Nicastro F.,
Rosa-Gonzalez D., Mayya Y.D., Mathur S.
<Astrophys. J. 919, 18 (2021)>
=2021ApJ...919...18E 2021ApJ...919...18E (SIMBAD/NED BibCode)
ADC_Keywords: Surveys ; X-ray sources
Mission_Name: XMM
Keywords: X-ray active galactic nuclei - X-ray surveys - catalogs
Abstract:
The present catalog summaries the results of a survey carried out on
one of the deepest X-ray field observed by the XMM-Newton satellite.
The survey is made by 13 observations taken over 2 years with a total
exposure time of 1.75Ms (1.372Ms for flare-filtered) in a field of
30'x30' around the blazar 1ES 1553+113.
Using a conservative threshold of Maximum Likelihood significance of
ML≥6, we detected 301 X-ray point-sources, for which we derived
positions, fluxes at different bands and hardness ratios.
Thanks to an optical follow-up by the Gran Telescopio Canarias (GTC)
over the same field in u'g'r'i'z' bands, we obtained an optical source
list of 43,068 elements with photometric redshift. We cross correlated
this optical source list and an infrared catalog obtained by WISE with
photometric measurements in the W1, W2, W3 and W4 bands, with our
X-ray catalog. We identified optical/IR counterpart candidates for our
X-ray sources and we estimated their X-ray luminosities, redshift
distribution, X-ray/optical flux ratio and absolute magnitudes.
Additionally, we identify a subset of 204 AGNs, for which we
classified as: Quasar, Seyfert galaxies and Low Luminous AGNs
(LLAGNs), based on their luminosities.
Description:
The 1.75 Ms Ultra Narrow Deep Field is an stacked catalogue composed
by 13 observations obtained by XMM-Newton satellite taken in 2015 with
low background and 2017 with intermediate background, over an area of
30'X30' centered at the blazar 1ES 1553+113 (RA=238.929350,
DEC=11.190101). The full survey achieved a total exposure time of
1.75Ms using the all EPIC cameras (PN, MOS1 and MOS2), creating one of
the narrowest and deepest survey ever performed with XMM-Newton in the
band 0.2-12keV. Furthermore, an optical campaign with the OSIRIS
camera at the 10m Gran Telescopio Canarias (GTC) has allowed us to
identify optical counterparts of the X-ray sources, which were
cross-correlated also with available infrared (IR) coverage by WISE.
The catalog was created by an X-ray analysis using the XMM-Newton
Science Analysis Software (SAS) version 17 and the task edetect_stack.
As a results, the catalog consist in 301 point-like X-ray sources
detected at least in one the five standard energy bands (1) 0.2-0.5,
(2) 0.5-1.0, (3) 1.0-2.0, (4) 2.0-4.5 and (5) 4.5-12.0keV with
3σ of significance. Additionally, we cross-correlated the
catalog with a GTC catalog of 43068 sources in the same field of
XMM-Newton in the 5 Sloan Digital Sky Survey (SDSS) bands
u',g',r',i',z' and an WISE IR catalog with photometric measurements in
the W1, W2, W3 and W4 bands.
The catalog consist in 301 X-ray sources with optical and IR
parameters, such as: positions, X-ray/Optical fluxes, hardness ratios,
photometric redshifts, X-ray luminosities, optical/IR band magnitudes,
information of X-ray variability and a classification for X-ray AGNs.
The hardness ratios (HR) are calculated as HR=(H-S)/(H+S) where S
are the soft band count rates and H are the hard band count rates.
Coordinate equinox is J2000. We derived the count rate to flux
conversion factors using the energy conversion factors (ECFs)
described by Mateos et al. (2009A&A...496..879M 2009A&A...496..879M). The model
assumed is a power-law spectrum with photon index = 1.7 and Galactic
absorption NH=2.3e+20cm-2 as in the 3XMM and 4XMM catalogs (Rosen
et al. (2016A&A...590A...1R 2016A&A...590A...1R, Cat. IX/46, IX/50, IX/54, IX/55);
Webb et al. (2020A&A...641A.136W 2020A&A...641A.136W, Cat. IX/59);
Traulsen et al. (2020A&A...641A.137T 2020A&A...641A.137T, Cat. IX/61))
Catalog users, we kindly asked to reference the original catalogue
paper (Elias-Chavez+ 2021) and to include the following policy
statement:
"This research has made use of data obtained from the 1.75 Ms Ultra
Narrow Deep Field source catalogue".
File Summary:
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FileName Lrecl Records Explanations
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ReadMe 80 . This file
catalog.dat 2497 301 1.75 Ms Ultra Narrow Deep Field source catalogue
list.dat 95 1 Information of EPIC mosaic fits image
fits/* . 1 EPIC mosaic fits image
--------------------------------------------------------------------------------
See also:
II/328 : AllWISE Data Release (Cutri+ 2013)
IX/61 : 4XMM-DR9s serendipitous source catalogue from stacks (Traulsen+, 2020)
Byte-by-byte Description of file: catalog.dat
--------------------------------------------------------------------------------
Bytes Format Units Label Explanations
--------------------------------------------------------------------------------
1- 3 I3 --- XID X-ray source name catalog identifier (1)
5- 14 F10.6 deg RAdeg Right ascension (J2000) (RA)
16- 24 F9.6 deg DEdeg Declination (J2000) (DEC)
26- 32 F7.5 arcsec srcML Error on X-ray RA and DEC (RADEC_ERR)
34- 40 F7.5 arcsec Poserr X-ray source positional error (POSERR)
42- 45 F4.1 --- Ncont Number of observations in which source
was fitted (N_CONTRIB)
47- 48 I2 --- Nobs [1/13] Number of pointings in which
source was detected with maximum
likelihood >6
50- 54 F5.1 --- IDsrc Stacking name identifier by
edetect_stack
56- 63 F8.5 deg GLON Galactic longitude (LII)
65- 72 F8.5 deg GLAT Galactic latitude (BII)
74- 82 F9.5 pix Ximg X coordinate within re-binned image
(X_IMA)
84- 90 F7.5 pix e_Ximg Error on Ximg (XIMAERR)
92- 100 F9.5 pix Yimg Y coordinate within re-binned image
(Y_IMA)
102- 108 F7.5 pix e_Yimg Error on Yimg (YIMAERR)
110- 118 F9.5 arcsec DistNN Distance to nearest neighbouring
detection (DIST_NN)
120- 128 E9.3 mW/m2 FEP ?=-99 All-EPIC flux (EP_FLUX)
130- 138 E9.3 mW/m2 e_FEP ?=-99 1-sigma error on FEP
(EPFLUXERR)
140- 148 E9.3 mW/m2 FEP1 ?=-99 Total flux in energy band 1
(EP1FLUX)
150- 158 E9.3 mW/m2 e_FEP1 ?=-99 1-sigma error on FEP1
(EP1FLUX_ERR)
160- 168 E9.3 mW/m2 FEP2 ?=-99 Total flux in energy band 2
(EP2FLUX)
170- 178 E9.3 mW/m2 e_FEP2 ?=-99 1-sigma error on FEP2
(EP2FLUX_ERR)
180- 188 E9.3 mW/m2 FEP3 ?=-99 Total flux in energy band 3
(EP3FLUX)
190- 198 E9.3 mW/m2 e_FEP3 ?=-99 1-sigma error on FEP3
(EP3FLUX_ERR)
200- 208 E9.3 mW/m2 FEP4 ?=-99 Total flux in energy band 4
(EP4FLUX)
210- 218 E9.3 mW/m2 e_FEP4 ?=-99 1-sigma error on FEP4
(EP4FLUX_ERR)
220- 228 E9.3 mW/m2 FEP5 ?=-99 Total flux in energy band 5
(EP5FLUX)
230- 238 E9.3 mW/m2 e_FEP5 ?=-99 1-sigma error on FEP1
(EP5FLUX_ERR)
240- 248 E9.3 mW/m2 FPN ?=-99 Total EPIC/pn flux (PN_FLUX)
250- 258 E9.3 mW/m2 e_FPN ?=-99 1-sigma error on PN_FLUX
(PNFLUXERR)
260- 268 E9.3 mW/m2 FPN1 ?=-99 EPIC/pn flux in energy band 1
(PN1FLUX)
270- 278 E9.3 mW/m2 e_FPN1 ?=-99 1-sigma error on FPN1
(PN1FLUX_ERR)
280- 288 E9.3 mW/m2 FPN2 ?=-99 EPIC/pn flux in energy band 2
(PN2FLUX)
290- 298 E9.3 mW/m2 e_FPN2 ?=-99 1-sigma error on FPN2
(PN2FLUX_ERR)
300- 308 E9.3 mW/m2 FPN3 ?=-99 EPIC/pn flux in energy band 3
(PN3FLUX)
310- 318 E9.3 mW/m2 e_FPN3 ?=-99 1-sigma error on FPN1
(PN3FLUX_ERR)
320- 328 E9.3 mW/m2 FPN4 ?=-99 EPIC/pn flux in energy band 4
(PN4FLUX)
330- 338 E9.3 mW/m2 e_FPN4 ?=-99 1-sigma error on FPN1
(PN4FLUX_ERR)
340- 348 E9.3 mW/m2 FPN5 ?=-99 EPIC/pn flux in energy band 5
(PN5FLUX)
350- 358 E9.3 mW/m2 e_FPN5 ?=-99 1-sigma error on FPN1
(PN5FLUX_ERR)
360- 368 E9.3 mW/m2 FM1 ?=-99 Total EPIC/MOS1 flux (M1_FLUX)
370- 378 E9.3 mW/m2 e_FM1 ?=-99 1-sigma error on M1_FLUX
(M1FLUXERR)
380- 388 E9.3 mW/m2 FM1-1 ?=-99 EPIC/MOS1 flux in energy band 1
(M11FLUX)
390- 398 E9.3 mW/m2 e_FM1-1 ?=-99 1-sigma error on FM1-1
(M11FLUX_ERR)
400- 408 E9.3 mW/m2 FM1-2 ?=-99 EPIC/MOS1 flux in energy band 2
(M12FLUX)
410- 418 E9.3 mW/m2 e_FM1-2 ?=-99 1-sigma error on FM1-2
(M12FLUX_ERR)
420- 428 E9.3 mW/m2 FM1-3 ?=-99 EPIC/MOS1 flux in energy band 3
(M13FLUX)
430- 438 E9.3 mW/m2 e_FM1-3 ?=-99 1-sigma error on FM1-3
(M13FLUX_ERR)
440- 448 E9.3 mW/m2 FM1-4 ?=-99 EPIC/MOS1 flux in energy band 4
(M14FLUX)
450- 458 E9.3 mW/m2 e_FM1-4 ?=-99 1-sigma error on FM1-4
(M14FLUX_ERR)
460- 468 E9.3 mW/m2 FM1-5 ?=-99 EPIC/MOS1 flux in energy band 5
(M15FLUX)
470- 478 E9.3 mW/m2 e_FM1-5 ?=-99 1-sigma error on FM1-5
(M15FLUX_ERR)
480- 488 E9.3 mW/m2 FM2 ?=-99 Total EPIC/MOS2 flux 1 (M2_FLUX)
490- 498 E9.3 mW/m2 e_FM2 ?=-99 1-sigma error on M2_FLUX
(M2FLUXERR)
500- 508 E9.3 mW/m2 FM2-1 ?=-99 EPIC/MOS2 flux in energy band 1
(M21FLUX)
510- 518 E9.3 mW/m2 e_FM2-1 ?=-99 1-sigma error on FM2-1
(M21FLUX_ERR)
520- 528 E9.3 mW/m2 FM2-2 ?=-99 EPIC/MOS2 flux in energy band 2
(M22FLUX)
530- 538 E9.3 mW/m2 e_FM2-2 ?=-99 1-sigma error on FM2-2
(M22FLUX_ERR)
540- 548 E9.3 mW/m2 FM2-3 ?=-99 EPIC/MOS2 flux in energy band 3
(M23FLUX)
550- 558 E9.3 mW/m2 e_FM2-3 ?=-99 1-sigma error on FM2-3
(M23FLUX_ERR)
560- 568 E9.3 mW/m2 FM2-4 ?=-99 EPIC/MOS2 flux in energy band 4
(M24FLUX)
570- 578 E9.3 mW/m2 e_FM2-4 ?=-99 1-sigma error on FM2-4
(M24FLUX_ERR)
580- 588 E9.3 mW/m2 FM2-5 ?=-99 EPIC/MOS2 flux in energy band 5
(M25FLUX)
590- 598 E9.3 mW/m2 e_FM2-5 ?=-99 1-sigma error on FM2-5
(M25FLUX_ERR)
600- 606 E7.3 ct/s EPRate ?=-99 All-EPIC count rate (EP_RATE)
608- 614 E7.3 ct/s e_EPRate ?=-99 1-sigma error on EPRate
(EPRATEERR)
616- 622 E7.3 ct/s PNRate ?=-99 Total EPIC/pn count rate (PN_RATE)
624- 630 E7.3 ct/s e_PNRate ?=-99 1-sigma error on PNRate
(PNRATEERR)
632- 638 E7.3 ct/s PN1Rate ?=-99 EPIC/pn count rate in energy
band 1 (PN1RATE)
640- 645 E6.3 ct/s e_PN1Rate ?=-99 1-sigma error on PN1Rate
(PN1RATE_ERR)
647- 653 E7.3 ct/s PN2Rate ?=-99 EPIC/pn count rate in energy
band 2 (PN2RATE)
655- 660 E6.3 ct/s e_PN2Rate ?=-99 1-sigma error on PN2Rate
(PN2RATE_ERR)
662- 668 E7.3 ct/s PN3Rate ?=-99 EPIC/pn count rate in energy
band 3 (PN3RATE)
670- 675 E6.3 ct/s e_PN3Rate ?=-99 1-sigma error on PN3Rate
(PN3RATE_ERR)
677- 683 E7.3 ct/s PN4Rate ?=-99 EPIC/pn count rate in energy
band 4 (PN4RATE)
685- 690 E6.3 ct/s e_PN4Rate ?=-99 1-sigma error on PN4Rate
(PN4RATE_ERR)
692- 698 E7.3 ct/s PN5Rate ?=-99 EPIC/pn count rate in energy
band 5 (PN5RATE)
700- 706 E7.3 ct/s e_PN5Rate ?=-99 1-sigma error on PN5Rate
(PN5RATE_ERR)
708- 714 E7.3 ct/s M1Rate ?=-99 Total EPIC/MOS1 count rate
(M1_RATE)
716- 721 E6.3 ct/s e_M1Rate ?=-99 1-sigma error on M1Rate
(M1RATEERR)
723- 729 E7.3 ct/s M1-1Rate ?=-99 EPIC/MOS1 count rate in energy
band 1 (M11RATE)
731- 736 E6.3 ct/s e_M1-1Rate ?=-99 1-sigma error on M1-1Rate
(M11RATE_ERR)
738- 744 E7.3 ct/s M1-2Rate ?=-99 EPIC/MOS1 count rate in energy
band 2 (M12RATE)
746- 751 E6.3 ct/s e_M1-2Rate ?=-99 1-sigma error on M1-2Rate
(M12RATE_ERR)
753- 759 E7.3 ct/s M1-3Rate ?=-99 EPIC/MOS1 count rate in energy
band 3 ()
761- 766 E6.3 ct/s e_M1-3Rate ?=-99 1-sigma error on M1-3Rate
(M13RATE_ERR)
768- 774 E7.3 ct/s M1-4Rate ?=-99 EPIC/MOS1 count rate in energy
band 4 (M14RATE)
776- 781 E6.3 ct/s e_M1-4Rate ?=-99 1-sigma error on M1-4Rate
(M14RATE_ERR)
783- 789 E7.3 ct/s M1-5Rate ?=-99 EPIC/MOS1 count rate in energy
band 5 (M15RATE)
791- 796 E6.3 ct/s e_M1-5Rate ?=-99 1-sigma error on M1-5Rate
(M15RATE_ERR)
798- 804 E7.3 ct/s M2Rate ?=-99 Total EPIC/MOS2 count rate
(M2_RATE)
806- 812 E7.3 ct/s e_M2Rate ?=-99 1-sigma error on M2Rate
(M2RATEERR)
814- 820 E7.3 ct/s M2-1Rate ?=-99 EPIC/MOS2 count rate in energy
band 1 (M21RATE)
822- 827 E6.3 ct/s e_M2-1Rate ?=-99 1-sigma error on M2-1Rate
(M21RATE_ERR)
829- 835 E7.3 ct/s M2-2Rate ?=-99 EPIC/MOS2 count rate in energy
band 2 (M22RATE)
837- 842 E6.3 ct/s e_M2-2Rate ?=-99 1-sigma error on M2-2Rate
(M22RATE_ERR)
844- 850 E7.3 ct/s M2-3Rate ?=-99 EPIC/MOS2 count rate in energy
band 3 (M23RATE)
852- 857 E6.3 ct/s e_M2-3Rate ?=-99 1-sigma error on M2-3Rate
(M23RATE_ERR)
859- 865 E7.3 ct/s M2-4Rate ?=-99 EPIC/MOS2 count rate in energy
band 4 (M24RATE)
867- 872 E6.3 ct/s e_M2-4Rate ?=-99 1-sigma error on M2-4Rate
(M24RATE_ERR)
874- 880 E7.3 ct/s M2-5Rate ?=-99 EPIC/MOS2 count rate in energy
band 5 ()
882- 888 E7.3 ct/s e_M2-5Rate ?=-99 1-sigma error on M2-5Rate
(M25RATE_ERR)
890- 896 F7.2 ct EPcts ?=-99 All-EPIC number of counts (EP_CTS)
898- 904 F7.2 ct e_EPcts ?=-99 1-sigma error on EPcts
(EPCTSERR)
906- 912 F7.2 ct PNcts ?=-99 EPIC/pn number of counts (PN_CTS)
914- 921 F8.3 ct e_PNcts ?=-99 1-sigma error on PNcts
(PNCTSERR)
923- 929 F7.3 ct M1cts ?=-99 EPIC/MOS1 number of counts
(M1_CTS)
931- 937 F7.3 ct e_M1cts ?=-99 1-sigma error on M1cts
(M1CTSERR)
939- 945 F7.3 ct M2cts ?=-99 EPIC/MOS2 number of counts
(M2_CTS)
947- 953 F7.3 ct e_M2cts ?=-99 1-sigma error on M2cts
(M2CTSERR)
955- 965 F11.4 --- EPdETml ?=-99 All-EPIC maximum detection
likelihood (EPDETML)
967- 976 F10.3 --- PNdETml ?=-99 EPIC/pn maximum detection
likelihood (PNDETML)
978- 984 E7.3 --- PN-1dETml ?=-99 EPIC/pn band 1 maximum detection
likelihood (PN1DET_ML)
986- 992 E7.3 --- PN-2dETml ?=-99 EPIC/pn band 2 maximum detection
likelihood (PN2DET_ML)
994-1000 E7.3 --- PN-3dETml ?=-99 EPIC/pn band 3 maximum detection
likelihood (PN3DET_ML)
1002-1008 E7.3 --- PN-4dETml ?=-99 EPIC/pn band 4 maximum detection
likelihood (PN4DET_ML)
1010-1016 E7.3 --- PN-5dETml ?=-99 EPIC/pn band 5 maximum detection
likelihood (PN5DET_ML)
1018-1024 E7.3 --- M1dETml ?=-99 EPIC/MOS1 maximum detection
likelihood (M1DETML)
1026-1032 E7.3 --- M1-1dETml ?=-99 EPIC/MOS1 band 1 maximum detection
likelihood (M11DET_ML)
1034-1040 E7.3 --- M1-2dETml ?=-99 EPIC/MOS1 band 2 maximum detection
likelihood (M12DET_ML)
1042-1048 E7.3 --- M1-3dETml ?=-99 EPIC/MOS1 band 3 maximum detection
likelihood (M13DET_ML)
1050-1056 E7.3 --- M1-4dETml ?=-99 EPIC/MOS1 band 4 maximum detection
likelihood (M14DET_ML)
1058-1064 E7.3 --- M1-5dETml ?=-99 EPIC/MOS1 band 5 maximum detection
likelihood (M15DET_ML)
1066-1072 E7.3 --- M2dETml ?=-99 EPIC/MOS2 maximum detection
likelihood (M2DETML)
1074-1080 E7.3 --- M2-1dETml ?=-99 EPIC/MOS2 band 1 maximum detection
likelihood (M21DET_ML)
1082-1088 E7.3 --- M2-2dETml ?=-99 EPIC/MOS2 band 2 maximum detection
likelihood (M22DET_ML)
1090-1096 E7.3 --- M2-3dETml ?=-99 EPIC/MOS2 band 3 maximum detection
likelihood (M23DET_ML)
1098-1104 E7.3 --- M2-4dETml ?=-99 EPIC/MOS2 band 4 maximum detection
likelihood (M24DET_ML)
1106-1112 E7.3 --- M2-5dETml ?=-99 EPIC/MOS2 band 5 maximum detection
likelihood (M25DET_ML)
1114-1120 F7.3 --- HR ?=-99 PN hardness ratio of energy bands
(soft and hard)
1122-1128 F7.3 --- e_HR ?=-99 1-sigma error on HR (HR_ERR)
1130-1136 F7.3 --- EPHR1 ?=-99 All-EPIC band 1-2 hardness ratio
of energy (EPHR1)
1138-1144 F7.3 --- e_EPHR1 ?=-99 1-sigma error on EP_HR1
(EPHR1ERR)
1146-1151 F6.3 --- EPHR2 All-EPIC band 2-3 hardness ratio of
energy (EPHR2)
1153-1157 F5.3 --- e_EPHR2 1-sigma error on EP_HR2 (EPHR2ERR)
1159-1164 F6.3 --- EPHR3 All-EPIC band 3-4 hardness ratio of
energy (EPHR3)
1166-1170 F5.3 --- e_EPHR3 1-sigma error on EP_HR3 (EPHR3ERR)
1172-1177 F6.3 --- EPHR4 All-EPIC band 4-5 hardness ratio of
energy (EPHR4)
1179-1183 F5.3 --- e_EPHR4 1-sigma error on EP_HR4 (EPHR4ERR)
1185-1191 F7.3 --- PNHR1 ?=-99 EPIC/pn band 1-2 hardness ratio of
energy (EP_HR5)
1193-1199 F7.3 --- e_PNHR1 ?=-99 1-sigma error on PNHR1
(PNHR1ERR)
1201-1206 F6.3 --- PNHR2 EPIC/pn band 2-3 hardness ratio of
energy (PN_HR2)
1208-1214 F7.3 --- e_PNHR2 ?=-99 1-sigma error on PNHR2
(PNHR2ERR)
1216-1221 F6.3 --- PNHR3 EPIC/pn band 3-4 hardness ratio of
energy (PN_HR3)
1223-1227 F5.3 --- e_PNHR3 1-sigma error on PNHR3 (PNHR3ERR)
1229-1234 F6.3 --- PNHR4 EPIC/pn band 4-5 hardness ratio of
energy (PN_HR4)
1236-1241 F6.3 --- e_PNHR4 1-sigma error on PN_HR4 (PNHR4ERR)
1243-1249 F7.3 --- M1HR1 ?=-99 EPIC/MOS1 band 1-2 hardness ratio
of energy (M1_HR1)
1251-1257 F7.3 --- e_M1HR1 ?=-99 1-sigma error on M1HR1
(M1HR1ERR)
1259-1265 F7.3 --- M1HR2 ?=-99 EPIC/MOS1 band 2-3 hardness ratio
of energy (M1_HR2)
1267-1273 F7.3 --- e_M1HR2 ?=-99 1-sigma error on M1HR2
(M2HR1ERR)
1275-1281 F7.3 --- M1HR3 ?=-99 EPIC/MOS1 band 3-4 hardness ratio
of energy (M1_HR3)
1283-1289 F7.3 --- e_M1HR3 ?=-99 1-sigma error on M1HR3
(M3HR1ERR)
1291-1297 F7.3 --- M1HR4 ?=-99 EPIC/MOS1 band 4-5 hardness ratio
of energy (M1_HR4)
1299-1305 F7.3 --- e_M1HR4 ?=-99 1-sigma error on M1HR4
(M4HR1ERR)
1307-1313 F7.3 --- M2HR1 ?=-99 EPIC/MOS2 band 1-2 hardness ratio
of energy (M2_HR1)
1315-1321 F7.3 --- e_M2HR1 ?=-99 1-sigma error on M2HR1
(M2HR1ERR)
1323-1329 F7.3 --- M2HR2 ?=-99 EPIC/MOS2 band 2-3 hardness ratio
of energy (M2_HR2)
1331-1337 F7.3 --- e_M2HR2 ?=-99 1-sigma error on M2HR2
(M2HR2ERR)
1339-1345 F7.3 --- M2HR3 ?=-99 EPIC/MOS2 band 3-4 hardness ratio
of energy (M2_HR3)
1347-1353 F7.3 --- e_M2HR3 ?=-99 1-sigma error on M2HR3
(M2HR3ERR)
1355-1361 F7.3 --- M2HR4 ?=-99 EPIC/MOS2 band 4-5 hardness ratio
of energy (M2_HR4)
1363-1369 F7.3 --- e_M2HR4 ?=-99 1-sigma error on M2HR4
(M2_HR14ERR)
1371-1380 F10.2 s PNexp ?=-99 Sum of ALL EPIC/pn PSF-weighted
exposure of detection (PN_EXP)
1382-1391 F10.3 s PN1exp ?=-99 EPIC/pn band 1 PSF-weighted
exposure of detection (PN1EXP)
1393-1402 F10.3 s PN2exp ?=-99 EPIC/pn band 2 PSF-weighted
exposure of detection (PN2EXP)
1404-1414 F11.3 s PN3exp ?=-99 EPIC/pn band 3 PSF-weighted
exposure of detection (PN3EXP)
1416-1426 F11.3 s PN4exp ?=-99 EPIC/pn band 4 PSF-weighted
exposure of detection (PN4EXP)
1428-1437 F10.3 s PN5exp ?=-99 EPIC/pn band 5 PSF-weighted
exposure of detection (PN5EXP)
1439-1448 F10.2 s M1exp ?=-99 Sum of ALL EPIC/MOS1 PSF-weighted
exposure of detection (M1_EXP)
1450-1460 F11.3 s M1-1exp ?=-99 EPIC/MOS1 band 1 PSF-weighted
exposure of detection (M11EXP)
1462-1472 F11.3 s M1-2exp ?=-99 EPIC/MOS1 band 2 PSF-weighted
exposure of detection (M12EXP)
1474-1484 F11.3 s M1-3exp ?=-99 EPIC/MOS1 band 3 PSF-weighted
exposure of detection (M13EXP)
1486-1496 F11.3 s M1-4exp ?=-99 EPIC/MOS1 band 4 PSF-weighted
exposure of detection (M14EXP)
1498-1507 F10.3 s M1-5exp ?=-99 EPIC/MOS1 band 5 PSF-weighted
exposure of detection (M15EXP)
1509-1518 F10.2 s M2exp ?=-99 Sum of ALL EPIC/MOS2 PSF-weighted
exposure of detection (M2_EXP)
1520-1530 F11.3 s M2-1exp ?=-99 EPIC/MOS2 band 1 PSF-weighted
exposure of detection (M21EXP)
1532-1542 F11.3 s M2-2exp ?=-99 EPIC/MOS2 band 2 PSF-weighted
exposure of detection (M22EXP)
1544-1554 F11.3 s M2-3exp ?=-99 EPIC/MOS2 band 3 PSF-weighted
exposure of detection (M23EXP)
1556-1566 F11.3 s M2-4exp ?=-99 EPIC/MOS2 band 4 PSF-weighted
exposure of detection (M24EXP)
1568-1577 F10.3 s M2-5exp ?=-99 EPIC/MOS2 band 5 PSF-weighted
exposure of detection (M25EXP)
1579-1585 F7.3 ct/pix PNbg ?=-99 Sum of ALL EPIC/pn background map
(PN_BG)
1587-1592 F6.3 ct/pix PN1bg ?=-99 EPIC/pn background map in energy band 1 (PN1BG)
1594-1599 F6.3 ct/pix PN2bg ?=-99 EPIC/pn background map in energy band 2 (PN2BG)
1601-1606 F6.3 ct/pix PN3bg ?=-99 EPIC/pn background map in energy band 3 (PN3BG)
1608-1613 F6.3 ct/pix PN4bg ?=-99 EPIC/pn background map in energy band 4 (PN4BG)
1615-1620 F6.3 ct/pix PN5bg ?=-99 EPIC/pn background map in energy band 5 (PN5BG)
1622-1628 F7.3 ct/pix M1bg ?=-99 Sum of ALL EPIC/MOS1 background map (M1_BG)
1630-1636 F7.3 ct/pix M1-1bg EPIC/MOS1 background map in energy
band 1 (M11BG)
1638-1644 F7.3 ct/pix M1-2bg ?=-99 EPIC/MOS1 background map in energy
band 2 (M12BG)
1646-1652 F7.3 ct/pix M1-3bg ?=-99 EPIC/MOS1 background map in energy
band 3 (M13BG)
1654-1660 F7.3 ct/pix M1-4bg ?=-99 EPIC/MOS1 background map in energy
band 4 (M14BG)
1662-1668 F7.3 ct/pix M1-5bg ?=-99 EPIC/MOS1 background map in energy
band 5 (M15BG)
1670-1676 F7.3 ct/pix M2bg ?=-99 Sum of ALL EPIC/MOS2 background map
(M2_BG)
1678-1684 F7.3 ct/pix M2-1bg ?=-99 EPIC/MOS2 background map in energy
band 1 (M21BG)
1686-1692 F7.3 ct/pix M2-2bg ?=-99 EPIC/MOS2 background map in energy
band 2 (M22BG)
1694-1700 F7.3 ct/pix M2-3bg ?=-99 EPIC/MOS2 background map in energy
band 3 (M23BG)
1702-1708 F7.3 ct/pix M2-4bg ?=-99 EPIC/MOS2 background map in energy
band 4 (M24BG)
1710-1716 F7.3 ct/pix M2-5bg ?=-99 EPIC/MOS2 background map in energy
band 5 (M25BG)
1718-1727 F10.2 s EPontime ?=-99 Total good exposure time all-EPIC
(EP_ONTIME)
1729-1738 F10.2 s PNontime ?=-99 Total good exposure time in
EPIC/pn (PN_ONTIME)
1740-1750 F11.3 s M1ontime ?=-99 Total good exposure time in
EPIC/MOS1 (M1_ONTIME)
1752-1762 F11.3 s M2ontime ?=-99 Total good exposure time in
EPIC/MOS2 (M2_ONTIME)
1764-1768 F5.3 --- PNmaskfrac ?=-99 PSF-weighted detector coverage in
EPIC/pn (PN_MASKFRAC)
1770-1776 F7.3 --- M1maskfrac ?=-99 PSF-weighted detector coverage in
EPIC/MOS1 (M1_MASKFRAC)
1778-1784 F7.3 --- M2maskfrac ?=-99 PSF-weighted detector coverage in
EPIC/MOS2 (M2_MASKFRAC)
1786-1791 F6.3 arcmin EPoffax Average Offaxis angle between source
position and aim point all-EPI
(EP_OFFAX)
1793-1798 F6.3 arcmin PNoffax Average offaxis angle between source
position and aim point in pn (PN_OFFAX)
1800-1806 F7.3 arcmin M1offax ?=-99 Average offaxis angle between
source position and aim point in MOS1
(M1_OFFAX)
1808-1814 F7.3 arcmin M2offax ?=-99 Average offaxis angle between
source position and aim point in MOS2
(M2_OFFAX)
1816-1822 F7.3 --- Chi2Var Reduced chi square of EPIC
inter-observation variability (CHI2VAR)
1824-1830 F7.3 --- Chi2Var1 Reduced chi square of EPIC band 1
inter-observation variability
(CHI2VAR_1)
1832-1838 F7.3 --- Chi2Var2 Reduced chi square of EPIC band 2
inter-observation variability
(CHI2VAR_2)
1840-1846 F7.3 --- Chi2Var3 Reduced chi square of EPIC band 3
inter-observation variability
(CHI2VAR_3)
1848-1854 F7.3 --- Chi2Var4 Reduced chi square of EPIC band 4
inter-observation variability
(CHI2VAR_4)
1856-1862 F7.3 --- Chi2Var5 Reduced chi square of EPIC band 5
inter-observation variability
(CHI2VAR_5)
1864-1870 F7.3 --- Fratio ?=-99 EPIC flux ratio (FRATIO)
1872-1880 F9.3 --- e_Fratio ?=-99 1-sigma error on Fratio
(FRATIO_ERR)
1882-1891 F10.3 --- Fratio1 ?=-99 EPIC band 1 flux ratio (FRATIO_1)
1893-1901 E9.3 --- e_Fratio1 ?=-99 1-sigma error on Fratio1
(FRATIO1ERR)
1903-1910 F8.3 --- Fratio2 ?=-99 EPIC band 2 flux ratio (FRATIO_2)
1912-1922 F11.3 --- e_Fratio2 ?=-99 1-sigma error on Fratio2
(FRATIO2ERR)
1924-1930 F7.3 --- Fratio3 ?=-99 EPIC band 3 flux ratio (FRATIO_3)
1932-1941 F10.3 --- e_Fratio3 ?=-99 1-sigma error on Fratio3
(FRATIO3ERR)
1943-1950 F8.3 --- Fratio4 ?=-99 EPIC band 4 flux ratio (FRATIO_4)
1952-1962 F11.3 --- e_Fratio4 ?=-99 1-sigma error on Fratio4
(FRATIO4ERR)
1964-1971 F8.3 --- Fratio5 ?=-99 EPIC band 5 flux ratio (FRATIO_5)
1973-1982 F10.3 --- e_Fratio5 ?=-99 1-sigma error on Fratio5
(FRATIO5ERR)
1984-1990 F7.3 --- Fluxvar ?=-99 Largest EPIC flux difference in
terms of sigma (FLUXVAR)
1992-1998 F7.3 --- Fluxvar1 ?=-99 Largest EPIC band 1 flux
difference in terms of sigma
(FLUXVAR_1)
2000-2006 F7.3 --- Fluxvar2 ?=-99 Largest EPIC band 2 flux
difference in terms of sigma
(FLUXVAR_2)
2008-2014 F7.3 --- Fluxvar3 ?=-99 Largest EPIC band 3 flux
difference in terms of sigma
(FLUXVAR_3)
2016-2022 F7.3 --- Fluxvar4 ?=-99 Largest EPIC band 4 flux
difference in terms of sigma
(FLUXVAR_4)
2024-2030 F7.3 --- Fluxvar5 ?=-99 Largest EPIC band 5 flux
difference in terms of sigma
(FLUXVAR_5)
2032-2049 F18.12 --- MJDfirst Modified Julian Date (JD-2400000.5)
of observation start (MJD_FIRST)
2051-2068 F18.12 --- MJDlast Modified Julian Date (JD-2400000.5)
of observation end (MJD_LAST)
2070-2078 F9.5 deg RA2deg ?=-99 Right ascension (J2000) of optical
counterpart (RA_GTC)
2080-2088 F9.5 deg DE2deg ?=-99 Declination (J2000) of optical
counterpart (DEC_GTC)
2090-2095 F6.2 arcsec AngDistOp ?=-99 Angular distance between X-ray and
Optical source positions (angDist_GTC)
2097-2106 F10.3 --- lrOp ?=-99 Likelihood Ratio between X-ray and
optical source positions (lr_GTC)
2108-2113 F6.2 mag umag ?=-99 u magnitude (350nm) (mu)
2115-2120 F6.2 mag e_umag ?=-99 Mean error on u magnitude (muerr)
2122-2127 F6.2 mag gmag ?=-99 g magnitude (481.5nm) (mg)
2129-2134 F6.2 mag e_gmag ?=-99 Mean error on g magnitude (mgerr)
2136-2141 F6.2 mag rmag ?=-99 r magnitude (641nm) (mr)
2143-2148 F6.2 mag e_rmag ?=-99 Mean error on r magnitude (mrerr)
2150-2155 F6.2 mag imag ?=-99 i magnitude (770.5nm) (mi)
2157-2162 F6.2 mag e_imag ?=-99 Mean error on i magnitude (mierr)
2164-2169 F6.2 mag zmag ?=-99 z magnitude (969.5nm) (mz)
2171-2176 F6.2 mag e_zmag ?=-99 Mean error on z magnitude (mzerr)
2178-2183 F6.2 mag rMAG ?=-99 absolute r band magnitude
2185-2190 F6.2 mag gMAG ?=-99 absolute g band magnitude
2192-2200 E9.3 mW/m2 Fz ?=-99 Total optical z band flux)
2202-2210 E9.3 mW/m2 Fr ?=-99 Total optical r band flux)
2212-2220 E9.3 mW/m2 Fi ?=-99 Total optical i band flux)
2222-2240 A19 --- AllWISE ?=-99 WISE All-Sky Release Catalog name
2242-2251 F10.6 deg RA3deg ?=-99 Right ascension (J2000) of IR
counterpart (RA_IR)
2253-2262 F10.6 deg DE3deg ?=-99 Declination (J2000) of IR
counterpart
(DE_IR)
2264-2269 F6.2 --- AngDistIR ?=-99 Angular distance between X-ray and
IR source positions (angDist_WISE)
2271-2279 F9.3 --- LrIR ?=-99 Likelihood Ratio between X-ray and
IR source positions (lr_WISE)
2281-2286 F6.2 mag W1mag ?=-99 W1 magnitude (3.35um)
2288-2293 F6.2 mag e_W1mag ?=-99 Mean error on W1 magnitude
2295-2300 F6.2 mag W2mag ?=-99 W2 magnitude (4.6um)
2302-2307 F6.2 mag e_W2mag ?=-99 Mean error on W2 magnitude
2309-2314 F6.2 mag W3mag ?=-99 W3 magnitude (11.6um)
2316-2321 F6.2 mag e_W3mag ?=-99 Mean error on W3 magnitude
2323-2328 F6.2 mag W4mag ?=-99 W4 magnitude (22.1um)
2330-2335 F6.2 mag e_W4mag ?=-99 Mean error on W4 magnitude
2337-2342 F6.2 mag Jmag ?=-99 2MASS J magnitude (1.25um)
2344-2349 F6.2 mag e_Jmag ?=-99 Mean error on J magnitude)
2351-2356 F6.2 mag Hmag ?=-99 2MASS H magnitude (1.65um)
2358-2363 F6.2 mag e_Hmag ?=-99 Mean error on H magnitude)
2365-2370 F6.2 mag Kmag ?=-99 2MASS Ks magnitude (2.17um)
2372-2377 F6.2 mag e_Kmag ?=-99 Mean error on Ks magnitude)
2379-2384 F6.2 mag WKmag ?=-99 2MASS-WISE Ks band corrected by
Ks=0.99W1+0.23
2386-2394 E9.3 mW/m2 FKs ?=-99 Ks band IR flux
2396-2405 F10.6 deg RA4deg ?=-99 WISE Right ascension at epoch
MJD=55400 (J2010.5589) (RA_pm))
2407-2414 F8.4 deg e_RA4deg ?=-99 1-sigma error on RA4deg (eRApm)
2416-2425 F10.6 deg DE4deg ?=-99 WISE Declination at epoch
MJD=55400.0 (J2010.5589) (DE_pm)
2427-2434 F8.4 deg e_DE4deg ?=-99 1-sigma error on DE4deg (eDEpm)
2436-2441 F6.2 [Msun] logM ?=-99 log10 Galaxy mass
2443-2450 F8.4 --- zsp ?=-99 Spectroscopic redshift
2452-2459 F8.4 --- zph ?=-99 Photometric redshift
2461-2468 F8.4 --- z ?=-99 Combination of zsp and zph
2470-2477 E8.3 10-7W LX ?=-99 X-ray luminosity in 0.2-12keV
range (erg/s)
2479-2486 F8.4 [-] log(FX/Fr) ?=-99 log10 rate between FX and Fr)
2488-2495 F8.4 [-] log(FX/Fks) ?=-99 log10 rate between FX and Fks)
2497 I1 --- AGN [0/1] AGN identification
(1 for true and 0 for false)
--------------------------------------------------------------------------------
Note (1): our energy bands are:
band-1 = 0.2-0.5keV
band-2 = 0.5-1keV
band-3 = 1-2keV
band-4 = 2-4.5keV
band-5 = 4.5-12keV
Full band (e.g. FEP & EPFLUX)=0.2-12keV
--------------------------------------------------------------------------------
Byte-by-byte Description of file: list.dat
--------------------------------------------------------------------------------
Bytes Format Units Label Explanations
--------------------------------------------------------------------------------
1- 9 F9.5 deg RAdeg Right Ascension of center (J2000)
10- 18 F9.5 deg DEdeg Declination of center (J2000)
20- 22 I3 --- Nx Number of pixels along X-axis
24- 26 I3 --- Ny Number of pixels along Y-axis
28- 31 I4 Kibyte size Size of FITS file
33- 48 A16 --- FileName Name of FITS file, in subdirectory fits
50- 95 A46 --- Title Title of the FITS file
--------------------------------------------------------------------------------
Acknowledgements:
Mauricio Elias Chavez, melias(at)inaoep.mx
(End) Patricia Vannier [CDS] 08-Jul-2021