XMM ivo://esavo/xmm/tap European Space Agency Bruno Merin esdc_leads@cosmos.esa.int +34918131456 XMM-Newton, X-rays, ESA, ESAC This service provides access to XMM-Newton data and catalogues generated by the ESA XMM mission hosted at the ESAC Science Data Centre http://archives.esac.esa.int/xmm https://nxsa.esac.esa.int/tap-server/tap ADQL 2.0 2.1 ADQL 2.1

esdc_array_dims(n VARCHAR) -> VARCHAR

Returns a text representation of array dimensions Parameters: n: Input array.

esdc_array_element(n VARCHAR, position INTEGER) -> VARCHAR

Returns the requested element (second argument) of the provided array as first argument in the input Parameters: n: Input array. position: array position of the element to be retrieved where position = 1 refers to the first array element

esdc_array_length(n VARCHAR, dim INTEGER) -> INTEGER

Returns the length of the requested array dimension Parameters: n: Input array. dim: Input dimension.

esdc_array_ndims(n VARCHAR) -> INTEGER

Returns the number of dimensions of the array. Parameters: n: Input array.

esdc_astrometric_parameter_error(e_ra_deg DOUBLE, e_de_deg DOUBLE, e_plx DOUBLE, e_pm_ra DOUBLE, e_pm_de DOUBLE, de_ra DOUBLE, plx_ra DOUBLE, pm_ra_ra DOUBLE, pm_de_ra DOUBLE, plx_de DOUBLE, pm_ra_de DOUBLE, pm_de_de DOUBLE, pm_ra_plx DOUBLE, pm_de_plx DOUBLE, pm_de_pm_ra DOUBLE, parallax DOUBLE, radial_velocity DOUBLE, e_rv DOUBLE) -> DOUBLE[21]

Returns the astrometric parameter errors double array to be used as input for epoch_prop() function Parameters: e_ra_deg: Standard Error in Right Ascension (mas) e_de_deg: Standard Error in Declination (mas) e_plx: Standard Error in Parallax (mas) e_pm_ra: Standard Error in Proper Motion in RA (mas/yr) e_pm_de: Standard Error in Proper Motion in Dec (mas/yr) de_ra: Correlation Coefficient RA/Dec plx_ra: Correlation Coefficient Parallax/RA pm_ra_ra: Correlation Coefficient Proper Motion in RA/RA pm_de_ra: Correlation Coefficient Proper Motion in Dec/RA plx_de: Correlation Coefficient Parallax/Dec pm_ra_de: Correlation Coefficient Proper Motion in RA/Dec pm_de_de: Correlation Coefficient, Proper Motion in Dec/Dec pm_ra_plx: Correlation Coefficient Proper Motion in RA/Parallax pm_de_plx: Correlation Coefficient, Proper Motion in Dec/Parallax pm_de_pm_ra: Correlation Coefficient, Proper Motion in RA/Proper Motion in Dec parallax: Parallax (mas) radial_velocity: Radial Velocity (km/s) e_rv: Standard Error in Radial Velocity (km/s)

esdc_astrometric_parameters(ra DOUBLE, de DOUBLE, parallax DOUBLE, pm_ra DOUBLE, pm_de DOUBLE, radial_velocity DOUBLE) -> DOUBLE[6]

Returns the astrometric parameters double array to be used as input for epoch_prop() function Parameters: ra: Right Ascension (deg) de: Declination (deg) parallax: Parallax (mas) pm_ra: Proper Motion in Right Ascension (mas/yr) pm_de: Proper Motion in Declination (mas/yr) radial_velocity: Radial Velocity (km/s)

esdc_cardinality(n VARCHAR) -> INTEGER

Returns the total number of elements in the array, or 0 if the array is empty. Parameters: n: Input array.

esdc_case_condition(default_value VARCHAR, conditions VARCHAR, results VARCHAR) -> VARCHAR

For an array of input conditions and results, return the first one found true. Parameters: default_value: Value to return if all conditions are false. conditions: Input conditions array. results: Input results array.

esdc_case_expression(input_value VARCHAR, default_value VARCHAR, condition_values VARCHAR, results VARCHAR) -> VARCHAR

For an array of input conditions and results, return the first one found equal to input value. Parameters: input_value: Value to compare condition values with. default_value: Value to return if none of condition_values equal input_value. condition_values: Input results array. results: Input results array.

esdc_crossmatch_positional(table_schema_a VARCHAR, table_name_a VARCHAR, table_schema_b VARCHAR, table_name_b VARCHAR, radius DOUBLE, output_table_name VARCHAR) -> BIGINT

For input tables, create a positional crossmatch for input radius and store it in a separate table. Parameters: table_schema_a: First table schema. table_name_a: First table name. table_schema_b: Second table schema. table_name_b: Second table name. radius: Crossmatch radius. output_table_name: Output table name.

esdc_current_date() -> TIMESTAMP

Returns a DATE value that represents the current date Parameters:

esdc_epoch_prop(ra DOUBLE, de DOUBLE, parallax DOUBLE, pm_ra DOUBLE, pm_de DOUBLE, radial_velocity DOUBLE, ref_epoch DOUBLE, out_epoch DOUBLE) -> DOUBLE[6]

Returns all six input parameters (ra,dec,parallax,pm_ra,pm_dec,radial_velocity) propagated at the new arbitrary input epoch. Please note that the input argument radial_velocity denotes radial velocity in km/s while the corresponding output quantity is the radial proper motion in mas/yr computed as radial_velocity * parallax / 4.740,470,464 Parameters: ra: Right Ascension (deg) de: Declination (deg) parallax: Parallax (mas) pm_ra: Proper Motion in Right Ascension (mas/yr) pm_de: Proper Motion in Declination (mas/yr) radial_velocity: Radial Velocity (km/s) ref_epoch: Reference Julian Epoch out_epoch: Final Julian Epoch

esdc_epoch_prop(astrometric_parameters DOUBLE[6], ref_epoch DOUBLE, out_epoch DOUBLE) -> DOUBLE[6]

Returns all six input parameters (ra,dec,parallax,pm_ra,pm_dec,radial_velocity) propagated at the new arbitrary input epoch. Please note that the input argument radial_velocity denotes radial velocity in km/s while the corresponding output quantity is the radial proper motion in mas/yr computed as radial_velocity * parallax / 4.740,470,464 Parameters: astrometric_parameters: Array with the full six input parameters needed (ra[deg],dec[deg],plx[mas],pm_ra[mas/yr],pm_dec[mas/yr],pm_rv[mas/yr]) ref_epoch: Reference Julian Epoch out_epoch: Final Julian Epoch

esdc_epoch_prop_covariance(ra DOUBLE, dec DOUBLE, parallax DOUBLE, pm_ra DOUBLE, pm_de DOUBLE, radial_velocity DOUBLE, e_ra_deg DOUBLE, e_de_deg DOUBLE, e_plx DOUBLE, e_pm_ra DOUBLE, e_pm_de DOUBLE, e_rv DOUBLE, de_ra DOUBLE, plx_ra DOUBLE, plx_de DOUBLE, pm_ra_ra DOUBLE, pm_ra_de DOUBLE, pm_ra_plx DOUBLE, pm_de_ra DOUBLE, pm_de_de DOUBLE, pm_de_plx DOUBLE, pm_de_pm_ra DOUBLE, ref_epoch DOUBLE, out_epoch DOUBLE) -> DOUBLE[6][6]

Returns the propagated covariance matrix from the epoch_prop function Parameters: ra: Right Ascension (deg) dec: Declination (deg) parallax: Parallax (mas) pm_ra: Proper Motion in Right Ascension (mas/yr) pm_de: Proper Motion in Declination (mas/yr) radial_velocity: Radial Velocity (km/s) e_ra_deg: Standard Error in Right Ascension (mas) e_de_deg: Standard Error in Declination (mas) e_plx: Standard Error in Parallax (mas) e_pm_ra: Standard Error in Proper Motion in RA (mas/yr) e_pm_de: Standard Error in Proper Motion in Dec (mas/yr) e_rv: Standard Error in Radial Velocity (km/s) de_ra: Correlation Coefficient RA/Dec plx_ra: Correlation Coefficient Parallax/RA plx_de: Correlation Coefficient Parallax/Dec pm_ra_ra: Correlation Coefficient Proper Motion in RA/RA pm_ra_de: Correlation Coefficient Proper Motion in RA/Dec pm_ra_plx: Correlation Coefficient Proper Motion in RA/Parallax pm_de_ra: Correlation Coefficient Proper Motion in Dec/RA pm_de_de: Correlation Coefficient, Proper Motion in Dec/Dec pm_de_plx: Correlation Coefficient, Proper Motion in Dec/Parallax pm_de_pm_ra: Correlation Coefficient, Proper Motion in RA/Proper Motion in Dec ref_epoch: Reference Julian Epoch (yr) out_epoch: Final Julian Epoch (yr)

esdc_epoch_prop_error(astrometric_parameters DOUBLE[6], astrometric_parameter_error DOUBLE[21], ref_epoch DOUBLE, out_epoch DOUBLE) -> DOUBLE[21]

Returns the error vector with the uncertainties associated to the propagated astrometric parameters plus the set of propagated correlation parameters Parameters: astrometric_parameters: Array with the full six input parameters needed (ra[deg],dec[deg],plx[mas],pm_ra[mas/yr],pm_dec[mas/yr],pm_rv[mas/yr]) astrometric_parameter_error: Array with the 21 covariance matrix elements (output from astrometric_parameter_error ADQL function) ref_epoch: Reference Julian Epoch out_epoch: Final Julian Epoch

esdc_epoch_prop_error(ra DOUBLE, de DOUBLE, parallax DOUBLE, pm_ra DOUBLE, pm_de DOUBLE, radial_velocity DOUBLE, e_ra_deg DOUBLE, e_de_deg DOUBLE, e_plx DOUBLE, e_pm_ra DOUBLE, e_pm_de DOUBLE, e_rv DOUBLE, de_ra DOUBLE, plx_ra DOUBLE, pm_ra_ra DOUBLE, pm_de_ra DOUBLE, plx_de DOUBLE, pm_ra_de DOUBLE, pm_de_de DOUBLE, pm_ra_plx DOUBLE, pm_de_plx DOUBLE, pm_de_pm_ra DOUBLE, ref_epoch DOUBLE, out_epoch DOUBLE) -> DOUBLE[21]

Returns the error vector with the uncertainties associated to the propagated astrometric parameters plus the set of propagated correlation parameters Parameters: ra: Right Ascension (deg) de: Declination (deg) parallax: Parallax (mas) pm_ra: Proper Motion in Right Ascension (mas/yr) pm_de: Proper Motion in Declination (mas/yr) radial_velocity: Radial Velocity (km/s) e_ra_deg: Standard Error in Right Ascension (mas) e_de_deg: Standard Error in Declination (mas) e_plx: Standard Error in Parallax (mas) e_pm_ra: Standard Error in Proper Motion in RA (mas/yr) e_pm_de: Standard Error in Proper Motion in Dec (mas/yr) e_rv: Standard Error in Radial Velocity (km/s) de_ra: Correlation Coefficient RA/Dec plx_ra: Correlation Coefficient Parallax/RA pm_ra_ra: Correlation Coefficient Proper Motion in RA/RA pm_de_ra: Correlation Coefficient Proper Motion in Dec/RA plx_de: Correlation Coefficient Parallax/Dec pm_ra_de: Correlation Coefficient Proper Motion in RA/Dec pm_de_de: Correlation Coefficient, Proper Motion in Dec/Dec pm_ra_plx: Correlation Coefficient Proper Motion in RA/Parallax pm_de_plx: Correlation Coefficient, Proper Motion in Dec/Parallax pm_de_pm_ra: Correlation Coefficient, Proper Motion in RA/Proper Motion in Dec ref_epoch: Reference Julian Epoch (yr) out_epoch: Final Julian Epoch (yr)

esdc_epoch_prop_pos(ra DOUBLE, de DOUBLE, parallax DOUBLE, pm_ra DOUBLE, pm_de DOUBLE, radial_velocity DOUBLE, ref_epoch DOUBLE, out_epoch DOUBLE) -> VARCHAR

Returns the new position (ra,dec) of the source at the new arbitrary input epoch Parameters: ra: Right Ascension (deg) de: Declination (deg) parallax: Parallax (mas) pm_ra: Proper Motion in Right Ascension (mas/yr) pm_de: Proper Motion in Declination (mas/yr) radial_velocity: Radial Velocity (km/s) ref_epoch: Reference Julian Epoch out_epoch: Final Julian Epoch

esdc_greatest(v1 DOUBLE, v2 DOUBLE) -> DOUBLE

Select the largest value among given arguments. Parameters: v1: First argument. v2: Second argument.

esdc_if_then_else(condition VARCHAR, ouput_value VARCHAR, default_value VARCHAR) -> VARCHAR

If input condition is true, return output value. Otherwise return default value. Parameters: condition: Value to compare to true. ouput_value: Value to return if condition is true. default_value: Value to return if condition is false.

esdc_least(v1 DOUBLE, v2 DOUBLE) -> DOUBLE

Select the smallest value among given arguments. Parameters: v1: First argument. v2: Second argument.

esdc_left(string VARCHAR, n INTEGER) -> VARCHAR

The function returns the first n characters in the string. Parameters: string: a string from which a number of the leftmost characters is returned. n: an integer that specifies the number of left-most characters in the string should be returned. If n is negative, the function returns the leftmost characters in the string but last |n| (absolute) characters.

esdc_length(string VARCHAR) -> INTEGER

The function returns the number of characters in the string. Parameters: string: the string that you want to calculate its length.

esdc_nullif(value1 VARCHAR, value2 VARCHAR) -> VARCHAR

Returns a null value if value1 equals value2; otherwise it returns value1. Parameters: value1: Input value 1. value2: Input value 2.

esdc_position(substring VARCHAR, string VARCHAR) -> INTEGER

The function returns the location of a substring in a string. Parameters: substring: the string that you want to locate. string: the string for which the substring is searched.

esdc_radial_velocity(pm_rv DOUBLE, parallax DOUBLE) -> DOUBLE

Returns the radial velocity in units of mas/yr Parameters: pm_rv: Radial proper motion (mas/yr) parallax: Parallax (mas)

esdc_right(string VARCHAR, n INTEGER) -> VARCHAR

The function returns the last n characters in a string. Parameters: string: a string from which a number of the rightmost characters is returned. n: an integer that specifies the number of right-most characters in the string should be returned. If n is negative, the function returns all characters in the string but first |n| (absolute) characters.

esdc_stddev(n DOUBLE) -> DOUBLE

Standard deviation. Parameters: n: Input value.

esdc_substring(string VARCHAR, start_position INTEGER, length INTEGER) -> VARCHAR

The function returns a part of string. Parameters: string: the string that you want to get a part extracted. start_position: an integer that specifies where you want to extract the substring. If start_position equals zero, the substring starts at the first character of the string. The start_position can be only positive length: a positive integer that determines the number of characters that you want to extract from the string beginning at start_position. If the sum of start_position and length is greater than the number of characters in the string, the substring function returns the whole string beginning at start_position. The length parameter is optional. If you omit the length parameter, the substring function returns the whole string started at start_position.

esdc_to_bigint(n DOUBLE) -> BIGINT

Converts input value to BIGINT type. Parameters: n: Input value.

esdc_to_boolean(n INTEGER) -> BOOLEAN

Converts input value to BOOLEAN type. Parameters: n: Input value.

esdc_to_char(n DOUBLE) -> VARCHAR

Converts input value to VARCHAR type. Parameters: n: Input value.

esdc_to_double(n DOUBLE) -> DOUBLE

Converts input value to DOUBLE type. Parameters: n: Input value.

esdc_to_integer(n DOUBLE) -> INTEGER

Converts input value to INTEGER type. Parameters: n: Input value.

esdc_to_real(n DOUBLE) -> REAL

Converts input value to REAL type. Parameters: n: Input value.

esdc_to_smallint(n DOUBLE) -> SMALLINT

Converts input value to SMALLINT type. Parameters: n: Input value.

esdc_translate(string VARCHAR, from VARCHAR, to VARCHAR) -> VARCHAR

The function performs several single-character, one-to-one translation in one operation. Parameters: string: the string subjected to translation. from: a set of characters in the first argument (_string_) that should be replaced. to: a set of characters that replaces the _from_ in the _string_.

esdc_trim(characters VARCHAR, string VARCHAR) -> VARCHAR

removes the longest string that contains a specific character from a string. By default, the function removes spaces if you don’t specify explicitly which character you want to remove. Parameters: characters: optional parameter that defines a literal specifying explicitly which characters you want to remove in the string. Accepted literals are: LEADING, TRAILING and BOTH. Example of use: TRIM(BOTH, string) string: the string for which the removal is requested. Mandatory parameter: example of use: TRIM(string)

gavo_ipix(long REAL, lat REAL) -> BIGINT

Returns the q3c ipix (Koposov and Bartunov, 2006) for a long/lat pair (it simply wraps the q3c_angpix function). Parameters: long: The longitude to compute the ipix for. lat: The latitude to compute the ipix for.

ivo_epoch_prop_pos(ra DOUBLE, de DOUBLE, parallax DOUBLE, pm_ra DOUBLE, pm_de DOUBLE, radial_velocity DOUBLE, ref_epoch DOUBLE, out_epoch DOUBLE) -> POINT

Returns the new position (ra,dec) of the source at the new arbitrary input epoch Parameters: ra: Right Ascension (deg) de: Declination (deg) parallax: Parallax (mas) pm_ra: Proper Motion in Right Ascension (mas/yr) pm_de: Proper Motion in Declination (mas/yr) radial_velocity: Radial Velocity (km/s) ref_epoch: Reference Julian Epoch out_epoch: Final Julian Epoch

ivo_geom_transform(from_sys VARCHAR, to_sys VARCHAR, geo VARCHAR) -> VARCHAR

The function transforms ADQL geometries between various reference systems. Parameters: from_sys: name of the source reference system. to_sys: name of the target reference system. geo: an ADQL geometry (POINT, CIRCLE, POLYGON).

ivo_hashlist_has(hashlist VARCHAR, item VARCHAR) -> INTEGER

The function returns 1 if, compared case-insensitively, the second argument is in the list of words encoded in the first argument, 0 otherwise. Parameters: hashlist: A string containing hash-separated terms. item: A string containing a single term not containing a hash.

ivo_hasword(needle VARCHAR, haystack VARCHAR) -> INTEGER

Returns 1 if all tokens from the string needle are contained (in some sense) in the string haystack, 0 otherwise. Parameters: needle: A string to locate in haystack. haystack: A text to match needle in.

ivo_histogram(val REAL, lower REAL, upper REAL, nbins INTEGER) -> INTEGER[*]

This aggregate function returns a histogram of val with nbins+2 elements. Assuming 0-based arrays, results[0] contains the number of underflows (i.e., val < lower), result[nbins+1] the number of overflows. Elements 1…nbins are the counts in nbins bins of width (upper−lower)/nbins. Clients will have to convert back to physical units using some external communication, as there currently is no (meta-) data as lower and upper in the TAP response. Parameters: val: the value to bin. lower: the lower limit of the histogram upper: the upper limit of the histogram nbins: the number of "natural" bins in the histogram.

ivo_interval_overlaps(a1 DOUBLE, b1 DOUBLE, a2 DOUBLE, b2 DOUBLE) -> INTEGER

Function returns 1 if the interval [a1…b1] overlaps with the interval [a2…b2]. Parameters: a1: The lower bound of the first interval. b1: The upper bound of the first interval. a2: The lower bound of the second interval. b2: The upper bound of the second interval.

ivo_nocasematch(value VARCHAR, pattern VARCHAR) -> INTEGER

Evaluates value ILIKE pattern, i.e., pattern is defined as for the SQL LIKE operator, but the match is performed case-insensitively. Parameters: value: A string-valued SQL expression. pattern: A SQL pattern for LIKE evaluation.

ivo_normal_random(mu REAL, sigma REAL) -> REAL

Returns a random number drawn from a normal distribution. Parameters: mu: The mean of the normal distribution. sigma: The width of the normal distribution..

ivo_simbadpoint(identifier VARCHAR) -> POINT

Queries Simbad for an identifier and returns the corresponding point. Parameters: identifier: A string containing an identifier Simbad can resolve.

ivo_string_agg(expression VARCHAR, delimiter VARCHAR) -> VARCHAR

An aggregate function returning all values of expression concatenated with delimiter. Parameters: expression: A SQL expression giving the strings to concatenate. delimiter: A string used to concatenate the values of expression in each group.

ivo_to_jd(d TIMESTAMP) -> REAL

Converts a timestamp to a Julian date. Parameters: d: The SQL timestamp to convert.

ivo_to_mjd(d TIMESTAMP) -> REAL

Converts a timestamp to modified Julian date. Parameters: d: The SQL timestamp to convert.

AREA

BOX

CENTROID

CIRCLE

CONTAINS

COORD1

COORD2

COORDSYS

DISTANCE

INTERSECTS

POINT

POLYGON

REGION

WITH

LOWER

UPPER

ILIKE

UNION

EXCEPT

INTERSECT

OFFSET

COALESCE

CAST

application/x-votable+xml votable_gzip application/x-votable+xml votable application/x-votable+xml votable_plain text/csv csv text/ecsv ecsv text/tab-separated-values tsv application/json json application/fits fits text/xml votable_plain_conesearch 259200 259200 3600 3600 100000000 100000000 https://nxsa.esac.esa.int/tap-server/tap/availability https://nxsa.esac.esa.int/tap-server/tap/tables https://nxsa.esac.esa.int/tap-server/tap/examples/ https://nxsa.esac.esa.int/tap-server/tap/capabilities esasky esasky.epic_source_catThe XMM-Newton Serendipitous Source Catalogue: 5XMM-DR15 obs_id XMM-Newton observation identification of the detection char primary srcid A unique number assigned to a group of catalogue entries which are assumed to be the same source long primary iauname IAU name of the source char primary pps_srcnum The (decimal) source number in the individual PPS source list for this observation. When expressed in the hexadecimal system it identifies the source-specific product files belonging to this detection int n_obs Number of observations that comprise the stack int primary n_contrib Number of observations of the unique source int primary n_exp Total number of individual instrument observations of the unique source int primary ra Right ascension (J2000) deg pos.eq.ra;meta.main obscore:Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C14 double primary dec Declination (J2000) deg pos.eq.dec;meta.main obscore:Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C10 double primary radec_err Quadratic sum of 1-sigma errors in RA and DEC arcsec double primary sum_flag Integer representation of the stack detection flags int ep_det_ml EPIC detection maximum likelihood value in the 0.2-12.0 keV band double revolut XMM-Newton revolution number of the observation orbit int primary lii Galactic longitude of the detection in degrees corresponding to the coordinates RA and DEC. deg double bii Galactic latitude of the detection in degrees corresponding to the coordinates RA and DEC. deg double n_blend Number of simultaneously fit sources taking into account blended sources int ep_flux EPIC flux in the 0.2-12.0 keV band erg.cm-2.s-1 double gaiadr3_parallax_over_error Gaia DR3 catalogue source parallax over error double ep_flux_err 1-sigma error on EP_FLUX erg.cm-2.s-1 double gaiadr3_source_id Gaia DR3 catalogue source ID long ep_1_flux EPIC flux in the 0.2-0.5 keV band erg.cm-2.s-1 double ep_1_flux_err 1-sigma error on EP_1_FLUX erg.cm-2.s-1 double ep_2_flux EPIC flux in the 0.5-1.0 keV band erg.cm-2.s-1 double ep_2_flux_err 1-sigma error on EP_2_FLUX erg.cm-2.s-1 double ep_3_flux EPIC flux in the 1.0-2.0 keV band erg.cm-2.s-1 double ep_3_flux_err 1-sigma error on EP_3_FLUX erg.cm-2.s-1 double ep_4_flux EPIC flux in the 2.0-4.5 keV band erg.cm-2.s-1 double ep_4_flux_err 1-sigma error on EP_4_FLUX erg.cm-2.s-1 double ep_5_flux EPIC flux in the 4.5-12.0 keV band erg.cm-2.s-1 double ep_5_flux_err 1-sigma error on EP_5_FLUX erg.cm-2.s-1 double pn_flux EPIC pn flux in the 0.2-12.0 keV band erg.cm-2.s-1 double pn_flux_err 1-sigma error on PN_FLUX erg.cm-2.s-1 double pn_1_flux EPIC pn flux in the 0.2-0.5 keV band erg.cm-2.s-1 double pn_1_flux_err 1-sigma error on PN_1_FLUX erg.cm-2.s-1 double pn_2_flux EPIC pn flux in the 0.5-1.0 keV band erg.cm-2.s-1 double om_b_chisq_dof OM B band variability measure degrees of freedom double pn_2_flux_err 1-sigma error on PN_2_FLUX erg.cm-2.s-1 double pn_3_flux EPIC pn flux in the 1.0-2.0 keV band erg.cm-2.s-1 double pn_3_flux_err 1-sigma error on PN_3_FLUX erg.cm-2.s-1 double pn_4_flux EPIC pn flux in the 2.0-4.5 keV band erg.cm-2.s-1 double pn_4_flux_err 1-sigma error on PN_4_FLUX erg.cm-2.s-1 double pn_5_flux EPIC pn flux in the 4.5-12.0 keV band erg.cm-2.s-1 double pn_5_flux_err 1-sigma error on PN_5_FLUX erg.cm-2.s-1 double m1_flux EPIC MOS1 flux in the 0.2-12.0 keV band erg.cm-2.s-1 double m1_flux_err 1-sigma error on M1_FLUX erg.cm-2.s-1 double m1_1_flux EPIC MOS1 flux in the 0.2-0.5 keV band erg.cm-2.s-1 double m1_1_flux_err 1-sigma error on M1_1_FLUX erg.cm-2.s-1 double m1_2_flux EPIC MOS1 flux in the 0.5-1.0 keV band erg.cm-2.s-1 double m1_2_flux_err 1-sigma error on M1_2_FLUX erg.cm-2.s-1 double m1_3_flux EPIC MOS1 flux in the 1.0-2.0 keV band erg.cm-2.s-1 double m1_3_flux_err 1-sigma error on M1_3_FLUX erg.cm-2.s-1 double m1_4_flux EPIC MOS1 flux in the 2.0-4.5 keV band erg.cm-2.s-1 double m1_4_flux_err 1-sigma error on M1_4_FLUX erg.cm-2.s-1 double m1_5_flux EPIC MOS1 flux in the 4.5-12.0 keV band erg.cm-2.s-1 double m1_5_flux_err 1-sigma error on M1_5_FLUX erg.cm-2.s-1 double m2_flux EPIC MOS2 flux in the 0.2-12.0 keV band erg.cm-2.s-1 double primary m2_flux_err 1-sigma error on M2_FLUX erg.cm-2.s-1 double primary m2_1_flux EPIC MOS2 flux in the 0.2-0.5 keV band erg.cm-2.s-1 double primary m2_1_flux_err 1-sigma error on M2_1_FLUX erg.cm-2.s-1 double primary m2_2_flux EPIC MOS2 flux in the 0.5-1.0 keV band erg.cm-2.s-1 double m2_2_flux_err 1-sigma error on M2_2_FLUX erg.cm-2.s-1 double m2_3_flux EPIC MOS2 flux in the 1.0-2.0 keV band erg.cm-2.s-1 double primary m2_3_flux_err 1-sigma error on M2_3_FLUX erg.cm-2.s-1 double m2_4_flux EPIC MOS2 flux in the 2.0-4.5 keV band erg.cm-2.s-1 double m2_4_flux_err 1-sigma error on M2_4_FLUX erg.cm-2.s-1 double m2_5_flux EPIC MOS2 flux in the 4.5-12.0 keV band erg.cm-2.s-1 double m2_5_flux_err 1-sigma error on M2_5_FLUX erg.cm-2.s-1 double ep_rate EPIC count rate in the 0.2-12.0 keV band counts.s-1 double ep_rate_err 1-sigma error on EP_RATE counts.s-1 double ep_cts EPIC counts in the 0.2-12.0 keV band counts double ep_cts_err 1-sigma error on EP_CTS counts double extent Extent radius determined by the SAS task emldetect arcsec double extent_err 1-sigma symmetric error on EXTENT arcsec double extent_ml Extent likelihood, negative values imply point-like, L >= 4 implies extended double ep_hr1 EPIC hardness ratio of energy bands 1 and 2 double ep_hr1_err 1-sigma error on EP_HR1 double ep_hr2 EPIC hardness ratio of energy bands 2 and 3 double ep_hr2_err 1-sigma error on EP_HR2 double ep_hr3 EPIC hardness ratio of energy bands 3 and 4 double ep_hr3_err 1-sigma error on EP_HR3 double ep_hr4 EPIC hardness ratio of energy bands 4 and 5 double ep_hr4_err 1-sigma error on EP_HR4 double pn_hr1 EPIC/pn hardness ratio of energy bands 1 and 2 double pn_hr1_err 1-sigma error on PN_HR1 double pn_hr2 EPIC/pn hardness ratio of energy bands 2 and 3 double pn_hr2_err 1-sigma error on PN_HR2 double pn_hr3 EPIC/pn hardness ratio of energy bands 3 and 4 double pn_hr3_err 1-sigma error on PN_HR3 double pn_hr4 EPIC/pn hardness ratio of energy bands 4 and 5 double pn_hr4_err 1-sigma error on PN_HR4 double m1_hr1 EPIC/MOS1 hardness ratio of energy bands 1 and 2 double m1_hr1_err 1-sigma error on M1_HR1 double m1_hr2 EPIC/MOS1 hardness ratio of energy bands 2 and 3 double m1_hr2_err 1-sigma error on M1_HR2 double m1_hr3 EPIC/MOS1 hardness ratio of energy bands 3 and 4 double m1_hr3_err 1-sigma error on M1_HR3 double m1_hr4 EPIC/MOS1 hardness ratio of energy bands 4 and 5 double m1_hr4_err 1-sigma error on M1_HR4 double m2_hr1 EPIC/MOS2 hardness ratio of energy bands 1 and 2 double m2_hr1_err 1-sigma error on M2_HR1 double m2_hr2 EPIC/MOS2 hardness ratio of energy bands 2 and 3 double m2_hr2_err 1-sigma error on M2_HR2 double m2_hr3 EPIC/MOS2 hardness ratio of energy bands 3 and 4 double m2_hr3_err 1-sigma error on M2_HR3 double m2_hr4 EPIC/MOS2 hardness ratio of energy bands 4 and 5 double m2_hr4_err 1-sigma error on M2_HR4 double pn_1_exp PSF-weighted exposure of the detection in the 0.2-0.5 keV band of EPIC/pn s double pn_2_exp PSF-weighted exposure of the detection in the 0.5-1.0 keV band of EPIC/pn s double pn_3_exp PSF-weighted exposure of the detection in the 1.0-2.0 keV band of EPIC/pn s double pn_4_exp PSF-weighted exposure of the detection in the 2.0-4.5 keV band of EPIC/pn s double pn_5_exp PSF-weighted exposure of the detection in the 4.5-12.0 keV band of EPIC/pn s double m1_1_exp PSF-weighted exposure of the detection in the 0.2-0.5 keV band of EPIC/MOS1 s double m1_2_exp PSF-weighted exposure of the detection in the 0.5-1.0 keV band of EPIC/MOS1 s double m1_3_exp PSF-weighted exposure of the detection in the 1.0-2.0 keV band of EPIC/MOS1 s double m1_4_exp PSF-weighted exposure of the detection in the 2.0-4.5 keV band of EPIC/MOS1 s double m1_5_exp PSF-weighted exposure of the detection in the 4.5-12.0 keV band of EPIC/MOS1 s double m2_1_exp PSF-weighted exposure of the detection in the 0.2-0.5 keV band of EPIC/MOS2 s double m2_2_exp PSF-weighted exposure of the detection in the 0.5-1.0 keV band of EPIC/MOS2 s double m2_3_exp PSF-weighted exposure of the detection in the 1.0-2.0 keV band of EPIC/MOS2 s double m2_4_exp PSF-weighted exposure of the detection in the 2.0-4.5 keV band of EPIC/MOS2 s double m2_5_exp PSF-weighted exposure of the detection in the 4.5-12.0 keV band of EPIC/MOS2 s double pn_bg EPIC/pn background map at detection position in 0.2-12.0 keV band counts.pixel-1 double pn_1_bg EPIC/pn background map in the 0.2-0.5 keV band at detection position counts.pixel-1 double pn_2_bg EPIC/pn background map in the 0.5-1.0 keV band at detection position counts.pixel-1 double pn_3_bg EPIC/pn background map in the 1.0-2.0 keV band at detection position counts.pixel-1 double pn_4_bg EPIC/pn background map in the 2.0-4.5 keV band at detection position counts.pixel-1 double pn_5_bg EPIC/pn background map in the 4.5-12.0 keV band at detection position counts.pixel-1 double m1_bg EPIC/MOS1 background map at detection position in 0.2-12.0 keV band counts.pixel-1 double m1_1_bg EPIC/MOS1 background map in the 0.2-0.5 keV band at detection position counts.pixel-1 double m1_2_bg EPIC/MOS1 background map in the 0.5-1.0 keV band at detection position counts.pixel-1 double m1_3_bg EPIC/MOS1 background map in the 1.0-2.0 keV band at detection position counts.pixel-1 double m1_4_bg EPIC/MOS1 background map in the 2.0-4.5 keV band at detection position counts.pixel-1 double m1_5_bg EPIC/MOS1 background map in the 4.5-12.0 keV band at detection position counts.pixel-1 double m2_bg EPIC/MOS2 background map at detection position in 0.2-12.0 keV band counts.pixel-1 double m2_1_bg EPIC/MOS2 background map in the 0.2-0.5 keV band at detection position counts.pixel-1 double m2_2_bg EPIC/MOS2 background map in the 0.5-1.0 keV band at detection position counts.pixel-1 double m2_3_bg EPIC/MOS2 background map in the 1.0-2.0 keV band at detection position counts.pixel-1 double m2_4_bg EPIC/MOS2 background map in the 2.0-4.5 keV band at detection position counts.pixel-1 double m2_5_bg EPIC/MOS2 background map in the 4.5-12.0 keV band at detection position counts.pixel-1 double ep_ontime Total good EPIC exposure time s double pn_ontime Total good EPIC/pn exposure time s double m1_ontime Total good EPIC/MOS1 exposure time s double m2_ontime Total good EPIC/MOS2 exposure time s double pn_pileup Estimate of the pile-up level in EPIC/pn. A value below 1 corresponds to negligible pile-up (less than a few % flux loss) while values larger than 10 denote heavy pile-up double m1_pileup Estimate of the pile-up level in EPIC/MOS1. A value below 1 corresponds to negligible pile-up (less than a few % flux loss) while values larger than 10 denote heavy pile-up double m2_pileup Estimate of the pile-up level in EPIC/MOS2. A value below 1 corresponds to negligible pile-up (less than a few % flux loss) while values larger than 10 denote heavy pile-up double pn_maskfrac PSF-weighted detector coverage in EPIC/pn double m1_maskfrac PSF-weighted detector coverage in EPIC/MOS1 double m2_maskfrac PSF-weighted detector coverage in EPIC/MOS2 double primary dist_ref Distance to the reference coordinates of the field arcmin double primary pn_1_vig EPIC/pn vignetting factor in the 0.2-0.5 keV band in this observation double pn_2_vig EPIC/pn vignetting factor in the 0.5-1.0 keV band in this observation double pn_3_vig EPIC/pn vignetting factor in the 1.0-2.0 keV band in this observation double primary pn_4_vig EPIC/pn vignetting factor in the 2.0-4.5 keV band in this observation double pn_5_vig EPIC/pn vignetting factor in the 4.5-12.0 keV band in this observation double m1_1_vig EPIC/MOS1 vignetting factor in the 0.2-0.5 keV band in this observation double primary m1_2_vig EPIC/MOS1 vignetting factor in the 0.5-1.0 keV band in this observation double primary m1_3_vig EPIC/MOS1 vignetting factor in the 1.0-2.0 keV band in this observation double primary m1_4_vig EPIC/MOS1 vignetting factor in the 2.0-4.5 keV band in this observation double primary m1_5_vig EPIC/MOS1 vignetting factor in the 4.5-12.0 keV band in this observation double primary m2_1_vig EPIC/MOS2 vignetting factor in the 0.2-0.5 keV band in this observation double primary m2_2_vig EPIC/MOS2 vignetting factor in the 0.5-1.0 keV band in this observation double primary m2_3_vig EPIC/MOS2 vignetting factor in the 1.0-2.0 keV band in this observation double m2_4_vig EPIC/MOS2 vignetting factor in the 2.0-4.5 keV band in this observation double m2_5_vig EPIC/MOS2 vignetting factor in the 4.5-12.0 keV band in this observation double ep_flag EPIC detection quality flags char pn_flag EPIC/pn detection quality flags char m1_flag EPIC/MOS1 detection quality flags char m2_flag EPIC/MOS2 detection quality flags char om_b_chisq OM B band variability measure (chi squared from fitting a constant value) double var_chi2 Reduced chi squared of EPIC band 0.2-12.0 keV inter-observation variability double om_v_chisq_dof OM V band variability measure degrees of freedom double var_prob Probability that the EPIC band 0.2-12.0 keV flux variability is consistent with zero double fratio Maximum EPIC flux ratio band 0.2-12.0 keV double gaiadr3_parallax Gaia DR3 catalogue source parallax mas double fratio_err 1-sigma error on FRATIO double gaiadr3_parallax_error Gaia DR3 catalogue source parallax error mas double gaiadr3_pm_ra Gaia DR3 catalogue source right ascension proper motion mas yr-1 double fluxvar Maximum EPIC inter-observation flux difference in terms of sigma double gaiadr3_pm_dec Gaia DR3 catalogue source declination proper motion mas yr-1 double gaia_match_prob Probability of the Gaia and X-ray source match double classopt_prob_galaxy Optical classification posterior probability that the source is a galaxy double spec_flux_err_up_pl Upper 1-sigma (84th percentile) confidence limit of EPIC absorbed flux of absorbed powerlaw spectral fit (0.2-12.0 keV) erg s-1 cm-2 double spec_nh_pl EPIC equivalent Hydrogen column density NH from absorbed powerlaw full spectral fit cm-2 double spec_nh_err_up_pl Upper 1-sigma (84th percentile) confidence limit of EPIC NH of absorbed powerlaw spectral fit cm-2 double spec_gamma_err_up_pl Upper 1-sigma (84th percentile) confidence limit of EPIC photon index of absorbed powerlaw spectral fit double spec_iin_pl EPIC inter-instrument normalisation from absorbed powerlaw full spectral fit double spec_iin_err_lo_pl Lower 1-sigma (16th percentile) confidence limit of EPIC inter-instrument normalisation of absorbed powerlaw spectral fit double spec_pvalue_pl Pvalue of absorbed powerlaw full spectral fit double spec_flag_pl Flag that indicates possible issues with powerlaw spectral fit. A value of 0 indicates no issues int redshift_zsp Spectral redshift double redshift_tpz_z_best Redshift determined using the TPZ method double epic_source_cat_oid int approx_source_var Long-term variability factor obtained from multi X-ray mission data. Provided for sources with variability >5, at ~95% confidence double classopt_class Output class given by the optical source classification char classopt_prob_agn Optical classification posterior probability that the source is an AGN double classopt_prob_star Optical classification posterior probability that the source is a star double mjd_first Modified Julian Date JD-2400000.5 of the observation start d double mjd_last Modified Julian Date JD-2400000.5 of the observation end d double stack_det_ml Detection maximum likelihood using fitting of the 5 band spectrum (0.2-12.0 keV) double stack_flux Mean flux of spectral detection using fitting of the 5 band spectrum (0.2-12.0 keV) erg.cm-2.s-1 double stack_flux_err 1-sigma symmetric error on STACK_FLUX erg.cm-2.s-1 double chi2prob Null hypothesis probability of the chi-squared test of constancy applied to the source time series. For a detection it is the smallest value across all instruments/exposures with a time series; for a stacked source it is the smallest value across all contributing detections. double fvar Fractional excess variance of the source time series. For a detection it is taken from the instrument/exposure with the smallest CHI2PROB; for a stacked source it is taken from the contributing detection with the smallest CHI2PROB. Negative values from the time-series fit are reported as NULL. double fvar_err 1-sigma uncertainty on FVAR. For a detection it is taken from the instrument/exposure with the smallest CHI2PROB; for a stacked source it is taken from the contributing detection with the smallest CHI2PROB. Negative values from the time-series fit are reported as NULL. double var_flag Variability flag set to True when CHI2PROB is below 1e-5; False otherwise (including when no time series is available - check CHI2PROB IS NOT NULL to distinguish 'not variable' from 'no data'). char classx_class Output class given by the X-ray source classification char classx_outlier X-ray classification outlier measure double classx_prob_agn X-ray classification posterior probability that the source is an AGN double classx_prob_star X-ray classification posterior probability that the source is a star double classx_prob_gal_xrb X-ray classification posterior probability that the source is a galactic X-ray binary double classx_prob_gal_cv X-ray classification posterior probability that the source is a CV double classx_prob_bkg_agn X-ray classification posterior probability that the source is a background AGN, i.e. not in foreground galaxy double classx_prob_extragal_xrb X-ray classification posterior probability that the source is an extragalactic X-ray binary double classx_prob_extended X-ray classification posterior probability that the source is extended double om_srcid Identification of the OM source in SUSS v6.2 long om_uvw2_ab_mag OM UVW2 band magnitude (AB system) double om_uvw2_ab_mag_err OM UVW2 band magnitude error (AB system) double om_v_chisq OM V band variability measure (chi squared from fitting a constant value) double om_uvm2_ab_mag OM UVM2 band magnitude (AB system) double om_uvm2_ab_mag_err OM UVM2 band magnitude error (AB system) double om_uvw1_ab_mag OM UVW1 band magnitude (AB system) double om_uvw1_ab_mag_err OM UVW1 band magnitude error (AB system) double om_u_ab_mag OM U band magnitude (AB system) double om_u_ab_mag_err OM U band magnitude error (AB system) double om_b_ab_mag OM B band magnitude (AB system) double om_b_ab_mag_err OM B band magnitude error (AB system) double om_v_ab_mag OM V band magnitude (AB system) double om_v_ab_mag_err OM V band magnitude error (AB system) double om_match_prob Probability of the OM and X-ray source match double om_uvw2_quality_flag OM UVW2 band quality flag int om_uvm2_quality_flag OM UVM2 band quality flag int om_uvw1_quality_flag OM UVW1 band quality flag int om_u_quality_flag OM U band quality flag int om_b_quality_flag OM B band quality flag int om_v_quality_flag OM V band quality flag int spec_dof_pl Degrees of freedom of absorbed powerlaw full spectral fit int om_uvw2_extended_flag OM UVW2 band extent flag. 1 implies extended int spec_flux_err_lo_pl Lower 1-sigma (16th percentile) confidence limit of EPIC absorbed flux of absorbed powerlaw spectral fit (0.2-12.0 keV) erg s-1 cm-2 double om_uvm2_extended_flag OM UVM2 band extent flag. 1 implies extended int spec_flux_pl EPIC absorbed flux from absorbed powerlaw full spectral fit (0.2-12.0 keV) erg s-1 cm-2 double om_uvw1_extended_flag OM UVW1 band extent flag. 1 implies extended int spec_gamma_err_lo_pl Lower 1-sigma (16th percentile) confidence limit of EPIC photon index of absorbed powerlaw spectral fit double om_u_extended_flag OM U band extent flag. 1 implies extended int spec_gamma_pl EPIC photon index from absorbed powerlaw full spectral fit double om_b_extended_flag OM B band extent flag. 1 implies extended int spec_iin_err_up_pl Upper 1-sigma (84th percentile) confidence limit of EPIC inter-instrument normalisation of absorbed powerlaw spectral fit double om_v_extended_flag OM V band extent flag. 1 implies extended int spec_nh_err_lo_pl Lower 1-sigma (16th percentile) confidence limit of EPIC NH of absorbed powerlaw spectral fit cm-2 double om_uvw2_chisq OM UVW2 band variability measure (chi squared from fitting a constant value) double om_uvw2_chisq_dof OM UVW2 band variability measure degrees of freedom double om_uvm2_chisq OM UVM2 band variability measure (chi squared from fitting a constant value) double om_uvm2_chisq_dof OM UVM2 band variability measure degrees of freedom double om_uvw1_chisq OM UVW1 band variability measure (chi squared from fitting a constant value) double om_uvw1_chisq_dof OM UVW1 band variability measure degrees of freedom double om_u_chisq OM U band variability measure (chi squared from fitting a constant value) double om_u_chisq_dof OM U band variability measure degrees of freedom double redshift_tpz_flag_zconf Confidence limit on redshift using the TPZ method double redshift_lph_z_best Redshift determined using the LePhare method double redshift_lph_flag_zconf Confidence limit on redshift using the LePhare method double tseries The flag is set to True if this detection has a time series made in at least one exposure char esasky.epic_source_cat_q3c_maxmin srcid_maxval char primary srcid_minval char primary pps_srcnum_maxval char pps_srcnum_minval char n_obs_maxval char primary n_obs_minval char primary n_contrib_maxval char primary n_contrib_minval char primary n_exp_maxval char primary n_exp_minval char primary ra_maxval char primary ra_minval char primary dec_maxval char primary dec_minval char primary radec_err_maxval char primary radec_err_minval char primary sum_flag_maxval char sum_flag_minval char ep_det_ml_maxval char ep_det_ml_minval char revolut_maxval char primary revolut_minval char primary lii_maxval char lii_minval char bii_maxval char bii_minval char n_blend_maxval char n_blend_minval char ep_flux_maxval char ep_flux_minval char gaiadr3_parallax_over_error_maxval char gaiadr3_parallax_over_error_minval char ep_flux_err_maxval char ep_flux_err_minval char gaiadr3_source_id_maxval char gaiadr3_source_id_minval char ep_1_flux_maxval char ep_1_flux_minval char ep_1_flux_err_maxval char ep_1_flux_err_minval char ep_2_flux_maxval char ep_2_flux_minval char ep_2_flux_err_maxval char ep_2_flux_err_minval char ep_3_flux_maxval char ep_3_flux_minval char ep_3_flux_err_maxval char ep_3_flux_err_minval char ep_4_flux_maxval char ep_4_flux_minval char ep_4_flux_err_maxval char ep_4_flux_err_minval char ep_5_flux_maxval char ep_5_flux_minval char ep_5_flux_err_maxval char ep_5_flux_err_minval char pn_flux_maxval char pn_flux_minval char pn_flux_err_maxval char pn_flux_err_minval char pn_1_flux_maxval char pn_1_flux_minval char pn_1_flux_err_maxval char pn_1_flux_err_minval char pn_2_flux_maxval char pn_2_flux_minval char om_b_chisq_dof_maxval char om_b_chisq_dof_minval char pn_2_flux_err_maxval char pn_2_flux_err_minval char pn_3_flux_maxval char pn_3_flux_minval char pn_3_flux_err_maxval char pn_3_flux_err_minval char pn_4_flux_maxval char pn_4_flux_minval char pn_4_flux_err_maxval char pn_4_flux_err_minval char pn_5_flux_maxval char pn_5_flux_minval char pn_5_flux_err_maxval char pn_5_flux_err_minval char m1_flux_maxval char m1_flux_minval char m1_flux_err_maxval char m1_flux_err_minval char m1_1_flux_maxval char m1_1_flux_minval char m1_1_flux_err_maxval char m1_1_flux_err_minval char m1_2_flux_maxval char m1_2_flux_minval char m1_2_flux_err_maxval char m1_2_flux_err_minval char m1_3_flux_maxval char m1_3_flux_minval char m1_3_flux_err_maxval char m1_3_flux_err_minval char m1_4_flux_maxval char m1_4_flux_minval char m1_4_flux_err_maxval char m1_4_flux_err_minval char m1_5_flux_maxval char m1_5_flux_minval char m1_5_flux_err_maxval char m1_5_flux_err_minval char m2_flux_maxval char primary m2_flux_minval char primary m2_flux_err_maxval char primary m2_flux_err_minval char primary m2_1_flux_maxval char primary m2_1_flux_minval char primary m2_1_flux_err_maxval char primary m2_1_flux_err_minval char primary m2_2_flux_maxval char m2_2_flux_minval char m2_2_flux_err_maxval char m2_2_flux_err_minval char m2_3_flux_maxval char primary m2_3_flux_minval char primary m2_3_flux_err_maxval char m2_3_flux_err_minval char m2_4_flux_maxval char m2_4_flux_minval char m2_4_flux_err_maxval char m2_4_flux_err_minval char m2_5_flux_maxval char m2_5_flux_minval char m2_5_flux_err_maxval char m2_5_flux_err_minval char ep_rate_maxval char ep_rate_minval char ep_rate_err_maxval char ep_rate_err_minval char ep_cts_maxval char ep_cts_minval char ep_cts_err_maxval char ep_cts_err_minval char extent_maxval char extent_minval char extent_err_maxval char extent_err_minval char extent_ml_maxval char extent_ml_minval char ep_hr1_maxval char ep_hr1_minval char ep_hr1_err_maxval char ep_hr1_err_minval char ep_hr2_maxval char ep_hr2_minval char ep_hr2_err_maxval char ep_hr2_err_minval char ep_hr3_maxval char ep_hr3_minval char ep_hr3_err_maxval char ep_hr3_err_minval char ep_hr4_maxval char ep_hr4_minval char ep_hr4_err_maxval char ep_hr4_err_minval char pn_hr1_maxval char pn_hr1_minval char pn_hr1_err_maxval char pn_hr1_err_minval char pn_hr2_maxval char pn_hr2_minval char pn_hr2_err_maxval char pn_hr2_err_minval char pn_hr3_maxval char pn_hr3_minval char pn_hr3_err_maxval char pn_hr3_err_minval char pn_hr4_maxval char pn_hr4_minval char pn_hr4_err_maxval char pn_hr4_err_minval char m1_hr1_maxval char m1_hr1_minval char m1_hr1_err_maxval char m1_hr1_err_minval char m1_hr2_maxval char m1_hr2_minval char m1_hr2_err_maxval char m1_hr2_err_minval char m1_hr3_maxval char m1_hr3_minval char m1_hr3_err_maxval char m1_hr3_err_minval char m1_hr4_maxval char m1_hr4_minval char m1_hr4_err_maxval char m1_hr4_err_minval char m2_hr1_maxval char m2_hr1_minval char m2_hr1_err_maxval char m2_hr1_err_minval char m2_hr2_maxval char m2_hr2_minval char m2_hr2_err_maxval char m2_hr2_err_minval char m2_hr3_maxval char m2_hr3_minval char m2_hr3_err_maxval char m2_hr3_err_minval char m2_hr4_maxval char m2_hr4_minval char m2_hr4_err_maxval char m2_hr4_err_minval char pn_1_exp_maxval char pn_1_exp_minval char pn_2_exp_maxval char pn_2_exp_minval char pn_3_exp_maxval char pn_3_exp_minval char pn_4_exp_maxval char pn_4_exp_minval char pn_5_exp_maxval char pn_5_exp_minval char m1_1_exp_maxval char m1_1_exp_minval char m1_2_exp_maxval char m1_2_exp_minval char m1_3_exp_maxval char m1_3_exp_minval char m1_4_exp_maxval char m1_4_exp_minval char m1_5_exp_maxval char m1_5_exp_minval char m2_1_exp_maxval char m2_1_exp_minval char m2_2_exp_maxval char m2_2_exp_minval char m2_3_exp_maxval char m2_3_exp_minval char m2_4_exp_maxval char m2_4_exp_minval char m2_5_exp_maxval char m2_5_exp_minval char pn_bg_maxval char pn_bg_minval char pn_1_bg_maxval char pn_1_bg_minval char pn_2_bg_maxval char pn_2_bg_minval char pn_3_bg_maxval char pn_3_bg_minval char pn_4_bg_maxval char pn_4_bg_minval char pn_5_bg_maxval char pn_5_bg_minval char m1_bg_maxval char m1_bg_minval char m1_1_bg_maxval char m1_1_bg_minval char m1_2_bg_maxval char m1_2_bg_minval char m1_3_bg_maxval char m1_3_bg_minval char m1_4_bg_maxval char m1_4_bg_minval char m1_5_bg_maxval char m1_5_bg_minval char m2_bg_maxval char m2_bg_minval char m2_1_bg_maxval char m2_1_bg_minval char m2_2_bg_maxval char m2_2_bg_minval char m2_3_bg_maxval char m2_3_bg_minval char m2_4_bg_maxval char m2_4_bg_minval char m2_5_bg_maxval char m2_5_bg_minval char ep_ontime_maxval char ep_ontime_minval char pn_ontime_maxval char pn_ontime_minval char m1_ontime_maxval char m1_ontime_minval char m2_ontime_maxval char m2_ontime_minval char pn_pileup_maxval char pn_pileup_minval char m1_pileup_maxval char m1_pileup_minval char m2_pileup_maxval char m2_pileup_minval char pn_maskfrac_maxval char pn_maskfrac_minval char m1_maskfrac_maxval char m1_maskfrac_minval char m2_maskfrac_maxval char primary m2_maskfrac_minval char primary dist_ref_maxval char primary dist_ref_minval char primary pn_1_vig_maxval char pn_1_vig_minval char pn_2_vig_maxval char pn_2_vig_minval char pn_3_vig_maxval char primary pn_3_vig_minval char primary pn_4_vig_maxval char pn_4_vig_minval char pn_5_vig_maxval char pn_5_vig_minval char m1_1_vig_maxval char primary m1_1_vig_minval char primary m1_2_vig_maxval char primary m1_2_vig_minval char primary m1_3_vig_maxval char primary m1_3_vig_minval char primary m1_4_vig_maxval char primary m1_4_vig_minval char primary m1_5_vig_maxval char primary m1_5_vig_minval char primary m2_1_vig_maxval char primary m2_1_vig_minval char primary m2_2_vig_maxval char primary m2_2_vig_minval char primary m2_3_vig_maxval char m2_3_vig_minval char m2_4_vig_maxval char m2_4_vig_minval char m2_5_vig_maxval char m2_5_vig_minval char om_b_chisq_maxval char om_b_chisq_minval char var_chi2_maxval char var_chi2_minval char om_v_chisq_dof_maxval char om_v_chisq_dof_minval char var_prob_maxval char var_prob_minval char fratio_maxval char fratio_minval char gaiadr3_parallax_maxval char gaiadr3_parallax_minval char fratio_err_maxval char fratio_err_minval char gaiadr3_parallax_error_maxval char gaiadr3_parallax_error_minval char gaiadr3_pm_ra_maxval char gaiadr3_pm_ra_minval char fluxvar_maxval char fluxvar_minval char gaiadr3_pm_dec_maxval char gaiadr3_pm_dec_minval char gaia_match_prob_maxval char gaia_match_prob_minval char classopt_prob_galaxy_maxval char classopt_prob_galaxy_minval char spec_flux_err_up_pl_maxval char spec_flux_err_up_pl_minval char spec_nh_pl_maxval char spec_nh_pl_minval char spec_nh_err_up_pl_maxval char spec_nh_err_up_pl_minval char spec_gamma_err_up_pl_maxval char spec_gamma_err_up_pl_minval char spec_iin_pl_maxval char spec_iin_pl_minval char spec_iin_err_lo_pl_maxval char spec_iin_err_lo_pl_minval char spec_pvalue_pl_maxval char spec_pvalue_pl_minval char spec_flag_pl_maxval char spec_flag_pl_minval char redshift_zsp_maxval char redshift_zsp_minval char redshift_tpz_z_best_maxval char redshift_tpz_z_best_minval char epic_source_cat_oid_maxval char epic_source_cat_oid_minval char approx_source_var_maxval char approx_source_var_minval char classopt_prob_agn_maxval char classopt_prob_agn_minval char classopt_prob_star_maxval char classopt_prob_star_minval char mjd_first_maxval char mjd_first_minval char mjd_last_maxval char mjd_last_minval char stack_det_ml_maxval char stack_det_ml_minval char stack_flux_maxval char stack_flux_minval char stack_flux_err_maxval char stack_flux_err_minval char chi2prob_maxval char chi2prob_minval char fvar_maxval char fvar_minval char fvar_err_maxval char fvar_err_minval char classx_outlier_maxval char classx_outlier_minval char classx_prob_agn_maxval char classx_prob_agn_minval char classx_prob_star_maxval char classx_prob_star_minval char classx_prob_gal_xrb_maxval char classx_prob_gal_xrb_minval char classx_prob_gal_cv_maxval char classx_prob_gal_cv_minval char classx_prob_bkg_agn_maxval char classx_prob_bkg_agn_minval char classx_prob_extragal_xrb_maxval char classx_prob_extragal_xrb_minval char classx_prob_extended_maxval char classx_prob_extended_minval char om_srcid_maxval char om_srcid_minval char om_uvw2_ab_mag_maxval char om_uvw2_ab_mag_minval char om_uvw2_ab_mag_err_maxval char om_uvw2_ab_mag_err_minval char om_v_chisq_maxval char om_v_chisq_minval char om_uvm2_ab_mag_maxval char om_uvm2_ab_mag_minval char om_uvm2_ab_mag_err_maxval char om_uvm2_ab_mag_err_minval char om_uvw1_ab_mag_maxval char om_uvw1_ab_mag_minval char om_uvw1_ab_mag_err_maxval char om_uvw1_ab_mag_err_minval char om_u_ab_mag_maxval char om_u_ab_mag_minval char om_u_ab_mag_err_maxval char om_u_ab_mag_err_minval char om_b_ab_mag_maxval char om_b_ab_mag_minval char om_b_ab_mag_err_maxval char om_b_ab_mag_err_minval char om_v_ab_mag_maxval char om_v_ab_mag_minval char om_v_ab_mag_err_maxval char om_v_ab_mag_err_minval char om_match_prob_maxval char om_match_prob_minval char om_uvw2_quality_flag_maxval char om_uvw2_quality_flag_minval char om_uvm2_quality_flag_maxval char om_uvm2_quality_flag_minval char om_uvw1_quality_flag_maxval char om_uvw1_quality_flag_minval char om_u_quality_flag_maxval char om_u_quality_flag_minval char om_b_quality_flag_maxval char om_b_quality_flag_minval char om_v_quality_flag_maxval char om_v_quality_flag_minval char spec_dof_pl_maxval char spec_dof_pl_minval char om_uvw2_extended_flag_maxval char om_uvw2_extended_flag_minval char spec_flux_err_lo_pl_maxval char spec_flux_err_lo_pl_minval char om_uvm2_extended_flag_maxval char om_uvm2_extended_flag_minval char spec_flux_pl_maxval char spec_flux_pl_minval char om_uvw1_extended_flag_maxval char om_uvw1_extended_flag_minval char spec_gamma_err_lo_pl_maxval char spec_gamma_err_lo_pl_minval char om_u_extended_flag_maxval char om_u_extended_flag_minval char spec_gamma_pl_maxval char spec_gamma_pl_minval char om_b_extended_flag_maxval char om_b_extended_flag_minval char spec_iin_err_up_pl_maxval char spec_iin_err_up_pl_minval char om_v_extended_flag_maxval char om_v_extended_flag_minval char spec_nh_err_lo_pl_maxval char spec_nh_err_lo_pl_minval char om_uvw2_chisq_maxval char om_uvw2_chisq_minval char om_uvw2_chisq_dof_maxval char om_uvw2_chisq_dof_minval char om_uvm2_chisq_maxval char om_uvm2_chisq_minval char om_uvm2_chisq_dof_maxval char om_uvm2_chisq_dof_minval char om_uvw1_chisq_maxval char om_uvw1_chisq_minval char om_uvw1_chisq_dof_maxval char om_uvw1_chisq_dof_minval char om_u_chisq_maxval char om_u_chisq_minval char om_u_chisq_dof_maxval char om_u_chisq_dof_minval char redshift_tpz_flag_zconf_maxval char redshift_tpz_flag_zconf_minval char redshift_lph_z_best_maxval char redshift_lph_z_best_minval char redshift_lph_flag_zconf_maxval char redshift_lph_flag_zconf_minval char moc_ipix int moc_order int npix_maxval char npix_minval char esasky.epic_source_cat_q3c_moc moc_count int moc_ipix int moc_order int esasky.slew_source_cat srcname char srcnum This is the official name for sources detected in the XMM-Newton slew survey int ra Right Ascension [degrees] deg pos.eq.ra;meta.main double primary dec Declination J2000 [degrees] deg pos.eq.dec;meta.main double primary radec_err Radial error on the position, computed as sqrt(ra_err2 + dec_err2), in arcsecs, where ra_err and dec_err are the 1 sigma uncertainties in the RA and DEC coordinates respectively. arcsec double lii Galactic Longitude [degrees] deg double bii Galactic Latitude [degrees] deg double date_obs SLEW exposure start date char us_extras Name in the EXTRAS catalogue double date_end SLEW exposure end date char rate_b8 The total band count rate (0.2-12.0 keV) counts/s double rate_b8_err The error on the total band count rate (0.2-12.0 keV) counts/s double rate_b7 The hard band count rate (2.0-12.0 keV) counts/s double rate_b7_err The error on the hard band count rate (2.0-12.0 keV) counts/s double rate_b6 The soft band count rate (0.2-2.0 keV) counts/s double rate_b6_err The error on the soft band count rate (0.2-2.0 keV) counts/s double flux_b8 The source flux in the total energy (0.2-12.0 keV) (10E-12) ergs/s/cm2 double primary flux_b8_err The error on the total band source flux. (10E-12) ergs/s/cm2 double primary flux_b7 The source flux in the hard energy (2.0-12.0 keV) (10E-12) ergs/s/cm2 double primary flux_b7_err The error on the hard band source flux (10E-12) ergs/s/cm2 double primary flux_b6 The source flux in the total energy (0.2-2.0 keV) (10E-12) ergs/s/cm2 double primary flux_b6_err The error on the soft band source flux (10E-12) ergs/s/cm2 double primary scts_b8 The number of background subtracted counts, in the total energy band (0.2-12.0 keV) counts double scts_b8_err Statistical 1 sigma error on the total band source counts (0.2-12.0 keV) counts double scts_b7 The number of background subtracted counts, in the hard energy band (2.0-12.0 keV) counts double scts_b7_err Statistical 1 sigma error on the hard band source counts (2.0-12.0 keV) counts double scts_b6 The number of background subtracted counts, in the soft energy band (0.2-2 keV), corrected for the PSF counts double scts_b6_err Statistical 1 sigma error on the soft band source counts (0.2-2.0 keV). counts double x_ima_b8 The X position of the source in the total band image in image pixels. (0.2-12.0 keV) pixels double y_ima_b8 The Y position of the source in the total band image in image pixels. (0.2-12.0 keV) pixels double x_ima_b7 The X position of the source in the hard band image in image pixels. (2.0-12.0 keV) pixels double y_ima_b7 The Y position of the source in the hard band image in image pixels. (2.0-12.0 keV) pixels double x_ima_b6 The X position of the source in the soft band image in image pixels. (0.2-2.0 keV) pixels double y_ima_b6 The Y position of the source in the soft band image in image pixels. (0.2-2.0 keV) pixels double det_ml_b8 The detection likelihood in the total (0.2-12 keV) energy band double det_ml_b7 The detection likelihood in the hard (2.0-12 keV) energy band double det_ml_b6 The detection likelihood in the soft (0.2-2.0 keV) energy band double ext_ml_b8 Likelihood of the source being extended in the total (0.2-12 keV) energy band. double ext_ml_b7 Likelihood of the source being extended in the hard (2-12 keV) energy band double ext_ml_b6 Likelihood of the source being extended in the soft (0.2-2 keV) energy band double ext_b8 Spatial extension of the source in the total energy band. (0.2-12.0 keV) pixels double ext_b8_err Statistical one sigma error on the total band extension parameter. (0.2-12.0 keV) pixels double ext_b7 Spatial extension of the source in the hard energy band. (2.0-12.0 keV) pixels double ext_b7_err Statistical one sigma error on the hard band extension parameter. (2.0-12.0 keV) pixels double ext_b6 Spatial extension of the source in the soft energy band. (0.2-2.0 keV) pixels double ext_b6_err Statistical one sigma error on the soft band extension parameter. (0.2-2.0 keV) pixels double bg_map_b8 Background value for the total band. (0.2-12.0 keV) counts/pixel double bg_map_b7 Background value for the hard band. (2.0-12.0 keV) counts/pixel double bg_map_b6 Background value for the soft band. (0.2-2.0 keV) counts/pixel double exp_map_b8 The effective on-axis exposure time in [seconds], in the total energy band. (0.2-12.0 keV) seconds double exp_map_b7 The effective on-axis exposure time in [seconds], in the hard energy band. (2.0-12.0 keV) seconds double exp_map_b6 The effective on-axis exposure time in [seconds], in the soft energy band. (0.2-2.0 keV) seconds double hr1 The hardness ratio, defined as HR1 = (rate_b7-rate_b6)/(rate_b7+rate_b6) where rate_b7 is the hard band count rate and rate_b6 is the soft band count rate. This has been calculated for the 1936 sources which have a positive detection in both bands double hr1_err Error on the hardness ratio calculated as: sqrt(rate_b7_err*rate_b7_err + rate_b6_err*rate_b6_err) /(rate_b7+rate_b6) where rate_b7_err and rate_b6_err are the errors on the hard and soft band count rates respectively double val_flag A text string which is set to 'CLEAN_SAMPLE' if this source is included in the clean subset char ver_false This is a catch-all for problems not included in the other flags. char ver_halo If set true, this flag indicates that a detection lies within the point spread function, or halo, of a very bright source and is probably spurious. char ver_hibgnd If set true, this flag indicates that the source lies within a bright region, caused by high background, and is probably spurious. char ver_inext If set true, this flag notes that a detection has been found within an extended source and is probably false. This flag is used to ensure that only one source is quoted for the large supernova remnants. char ver_nredg Source near edge. Not used in XMMSL2. char ver_psusp This flag indicates that the quoted position of the source is likely to be inaccurate. In a few slews the attitude reconstruction is poor and in these cases the actual position of the source is difficult to determine and can be wrong by an arcminute. char ra_b8 The J2000 celestial position of the total band source. (0.2-12.0 keV) deg double dec_b8 The J2000 celestial position of of the total band source. (0.2-12.0 keV) deg double lii_b8 The galactic position in [degrees] of the total band source. (0.2-12.0 keV) deg double radec_b8_err The statistical error in [degrees], on the total band position. (0.2-12.0 keV) deg double bii_b8 The galactic position in [degrees] of the total band source. (0.2-12.0 keV) deg double ra_b7 The J2000 celestial position of the hard band source. (2.0-12.0 keV) deg double dec_b7 The J2000 celestial position of of the hard band source. (2.0-12.0 keV) deg double radec_b7_err The statistical error in [degrees], on the hard band position. (2.0-12.0 keV) deg double lii_b7 The galactic position in [degrees] of the hard band source. (2.0-12.0 keV) deg double bii_b7 The galactic position in [degrees] of the hard band source. (2.0-12.0 keV) deg double ra_b6 The J2000 celestial position of the soft band source. (0.2-2.0 keV) deg double dec_b6 The J2000 celestial position of of the soft band source. (0.2-2.0 keV) deg double radec_b6_err The statistical error in [degrees], on the soft band position. (0.2-2.0 keV) deg double lii_b6 The galactic position in [degrees] of the soft band source. (0.2-2.0 keV) deg double bii_b6 The galactic position in [degrees] of the soft band source. (0.2-2.0 keV) deg double srcname_b8 The source name defined in the total band list. The format is 'xs' followed by the revolution number, the observation ID and the source position, e.g. xs0841_9084100002_12:57:07.5+01:50:42 char srcname_b7 The source name defined in the hard band list. The format is 'xs' followed by the revolution number, the observation ID and the source position, e.g. xs0841_9084100002_12:57:07.5+01:50:42 char srcname_b6 The source name defined in the soft band list. The format is 'xs' followed by the revolution number, the observation ID and the source position, e.g. xs0841_9084100002_12:57:07.5+01:50:42 char ximname_b8 The name of the image containing the total band detection. (0.2-12.0 keV) char ximname_b7 The name of the image containing the hard band detection. (2.0-12.0 keV) char ximname_b6 The name of the image containing the soft band detection. (0.2-2.0 keV) char flag_comment A comment which explains why a particular source flag has been set to true char ident Cross-correlations of the positions of the slew sources with astronomical databases and catalogues have been performed (see section on IDs) char altident An alternative name for the best match source. char rassname char id_category The source type as returned by SIMBAD, NED and the other resources used in the cross-matching process. char id_resource The astronomical database or catalogue from which the best match has been selected. char id_dist The distance in arcminutes between the best match candidate and the SLEW survey source arcsec double mode_id Observing mode of the EPIC-pn camera. FF= Full frame mode eFF = extended full frame mode LW = large window mode char image_bg_rate Peak background count rate in the image from which the source was extracted counts/s double rass_dist The distance from the best match ROSAT source and the SLEW source arcsec double mjd_start Modified Julian Date (i.e., JD - 2400000.5) of the start of the observation. double mjd_stop Modified Julian Date (i.e., JD - 2400000.5) of the end of the observation. double ver_optload A warning flag indicating that the source may suffer from optical loading char filt_cnts The number of counts found within a 1 arcminute radius about the source position after standard filtering is applied. double unfilt_cnts The number of counts found within a 1 arcminute radius about the source position with no filtering applied double us_xmmsl1 XMMSL1 name char duration Exposure on time pixels int slew_observation_id SLEW observation ID char npix Healpix pixel of the center for nside 256 long esasky.slew_source_cat_q3c_maxmin moc_ipix int moc_order int srcnum_maxval char srcnum_minval char ra_maxval char primary ra_minval char primary dec_maxval char primary dec_minval char primary radec_err_maxval char radec_err_minval char lii_maxval char lii_minval char bii_maxval char bii_minval char us_extras_maxval char us_extras_minval char rate_b8_maxval char rate_b8_minval char rate_b8_err_maxval char rate_b8_err_minval char rate_b7_maxval char rate_b7_minval char rate_b7_err_maxval char rate_b7_err_minval char rate_b6_maxval char rate_b6_minval char rate_b6_err_maxval char rate_b6_err_minval char flux_b8_maxval char primary flux_b8_minval char primary flux_b8_err_maxval char primary flux_b8_err_minval char primary flux_b7_maxval char primary flux_b7_minval char primary flux_b7_err_maxval char primary flux_b7_err_minval char primary flux_b6_maxval char primary flux_b6_minval char primary flux_b6_err_maxval char primary flux_b6_err_minval char primary scts_b8_maxval char scts_b8_minval char scts_b8_err_maxval char scts_b8_err_minval char scts_b7_maxval char scts_b7_minval char scts_b7_err_maxval char scts_b7_err_minval char scts_b6_maxval char scts_b6_minval char scts_b6_err_maxval char scts_b6_err_minval char x_ima_b8_maxval char x_ima_b8_minval char y_ima_b8_maxval char y_ima_b8_minval char x_ima_b7_maxval char x_ima_b7_minval char y_ima_b7_maxval char y_ima_b7_minval char x_ima_b6_maxval char x_ima_b6_minval char y_ima_b6_maxval char y_ima_b6_minval char det_ml_b8_maxval char det_ml_b8_minval char det_ml_b7_maxval char det_ml_b7_minval char det_ml_b6_maxval char det_ml_b6_minval char ext_ml_b8_maxval char ext_ml_b8_minval char ext_ml_b7_maxval char ext_ml_b7_minval char ext_ml_b6_maxval char ext_ml_b6_minval char ext_b8_maxval char ext_b8_minval char ext_b8_err_maxval char ext_b8_err_minval char ext_b7_maxval char ext_b7_minval char ext_b7_err_maxval char ext_b7_err_minval char ext_b6_maxval char ext_b6_minval char ext_b6_err_maxval char ext_b6_err_minval char bg_map_b8_maxval char bg_map_b8_minval char bg_map_b7_maxval char bg_map_b7_minval char bg_map_b6_maxval char bg_map_b6_minval char exp_map_b8_maxval char exp_map_b8_minval char exp_map_b7_maxval char exp_map_b7_minval char exp_map_b6_maxval char exp_map_b6_minval char hr1_maxval char hr1_minval char hr1_err_maxval char hr1_err_minval char ra_b8_maxval char ra_b8_minval char dec_b8_maxval char dec_b8_minval char lii_b8_maxval char lii_b8_minval char radec_b8_err_maxval char radec_b8_err_minval char bii_b8_maxval char bii_b8_minval char ra_b7_maxval char ra_b7_minval char dec_b7_maxval char dec_b7_minval char radec_b7_err_maxval char radec_b7_err_minval char lii_b7_maxval char lii_b7_minval char bii_b7_maxval char bii_b7_minval char ra_b6_maxval char ra_b6_minval char dec_b6_maxval char dec_b6_minval char radec_b6_err_maxval char radec_b6_err_minval char lii_b6_maxval char lii_b6_minval char bii_b6_maxval char bii_b6_minval char id_dist_maxval char id_dist_minval char image_bg_rate_maxval char image_bg_rate_minval char rass_dist_maxval char rass_dist_minval char mjd_start_maxval char mjd_start_minval char mjd_stop_maxval char mjd_stop_minval char filt_cnts_maxval char filt_cnts_minval char unfilt_cnts_maxval char unfilt_cnts_minval char duration_maxval char duration_minval char npix_maxval char npix_minval char esasky.slew_source_cat_q3c_moc moc_count int moc_ipix int moc_order int job_upload public public.dualauxiliary table to be used as dummy "from" dummy int tap_config tap_config.coord_sys epoch char equinox char id char system char xml_output char tap_config.properties "key" char "value" char tap_schema tap_schema.columnsTAP SCHEMA columns arraysize char column_index int column_name char datatype char db_column_name char description char indexed int principal int schema_name char "size" int std int table_name char ucd char unit char utype char xtype char tap_schema.tables table_name table_name TAP schema table name tap_schema.key_columnsTAP SCHEMA key columns from_column char key_id char target_column char tap_schema.keys key_id key_id TAP schema key columns key id tap_schema.keysTAP SCHEMA keys description char from_table char key_id char target_table char utype char tap_schema.tables from_table table_name TAP schema keys from table tap_schema.tables target_table table_name TAP schema keys target table tap_schema.schemasTAP SCHEMA schemas db_schema_name char description char schema_index int schema_name char utype char tap_schema.tablesTAP SCHEMA tables db_table_name char description char schema_name char "size" long size_bytes long table_index int table_name char table_type char utype char tap_schema.schemas schema_name schema_name TAP schema schema name tap_upload xsa xsa.data_product filename char filepath char "level" char obsid char xsa.image_gallery_categoriesAuxiliary categories metadata table for the archive UI image gallery cat_description char cat_id int cat_title char xsa.image_gallery_subcategoriesAuxiliary subcategories metadata table for the archive UI image gallery cat_id int sub_description char sub_id int sub_title char xsa.joint_exposure_info exposure_id Exposure Identifier char exposure_oid Internal identifier int filter Exposure Filter char instrument Instrument char is_scientific If it is Scientific Exposure boolean mode Instrument Mode char observation_id The XMM-Newton observation identification char observation_oid Internal identifier int xsa.joint_observation_info abstract Proposal Abstract text char ao int category Proposal Category char coord_obs char coord_type char dec double description Target Type description char duration Exposure ON time long end_utc char footprint_fov double heasarc_code int is_public If the observation is public boolean mosaic If the observation is part of a mosaic (or a mosaic parent) boolean mosaic_parent boolean moving_target If the observation contains a moving target boolean observation_fov_scircle double observation_id The XMM-Newton observation identification char observation_oid Internal identifier int odf_version char pi_first_name char pi_name PI first name or surname char pi_surname char position_angle double pps_version char processed If the observation has PPS available boolean proposal_id Proposal Identifier char proprietary_end_date char ra double ra_h double revolution The XMM-Newton revolution number int seq_id long start_utc Start date of the observation in UTC char std_odf If the observation has a standard (or non-problematic) ODF boolean target Target name given by proposer char title char type Prposal Program char with_science If the observation is processed and contains science products boolean xsa.small_epic_source_cat approx_source_var Long-term variability factor obtained from multi X-ray mission data. Provided for sources with variability >5, at ~95% confidence double bii Galactic latitude of the detection in degrees corresponding to the coordinates RA and DEC. deg double chi2prob Null hypothesis probability of the chi-squared test of constancy applied to the source time series. For a detection it is the smallest value across all instruments/exposures with a time series; for a stacked source it is the smallest value across all contributing detections. double classopt_class Output class given by the optical source classification char classopt_prob_agn Optical classification posterior probability that the source is an AGN double classopt_prob_galaxy Optical classification posterior probability that the source is a galaxy double classopt_prob_star Optical classification posterior probability that the source is a star double classx_class Output class given by the X-ray source classification char classx_outlier X-ray classification outlier measure double classx_prob_agn X-ray classification posterior probability that the source is an AGN double classx_prob_bkg_agn X-ray classification posterior probability that the source is a background AGN, i.e. not in foreground galaxy double classx_prob_extended X-ray classification posterior probability that the source is extended double classx_prob_extragal_xrb X-ray classification posterior probability that the source is an extragalactic X-ray binary double classx_prob_gal_cv X-ray classification posterior probability that the source is a CV double classx_prob_gal_xrb X-ray classification posterior probability that the source is a galactic X-ray binary double classx_prob_star X-ray classification posterior probability that the source is a star double dec Declination (J2000) deg double dist_ref Distance to the reference coordinates of the field arcmin double ep_1_flux EPIC flux in the 0.2-0.5 keV band erg.cm-2.s-1 double ep_1_flux_err 1-sigma error on EP_1_FLUX erg.cm-2.s-1 double ep_2_flux EPIC flux in the 0.5-1.0 keV band erg.cm-2.s-1 double ep_2_flux_err 1-sigma error on EP_2_FLUX erg.cm-2.s-1 double ep_3_flux EPIC flux in the 1.0-2.0 keV band erg.cm-2.s-1 double ep_3_flux_err 1-sigma error on EP_3_FLUX erg.cm-2.s-1 double ep_4_flux EPIC flux in the 2.0-4.5 keV band erg.cm-2.s-1 double ep_4_flux_err 1-sigma error on EP_4_FLUX erg.cm-2.s-1 double ep_5_flux EPIC flux in the 4.5-12.0 keV band erg.cm-2.s-1 double ep_5_flux_err 1-sigma error on EP_5_FLUX erg.cm-2.s-1 double ep_cts EPIC counts in the 0.2-12.0 keV band counts double ep_cts_err 1-sigma error on EP_CTS counts double ep_det_ml EPIC detection maximum likelihood value in the 0.2-12.0 keV band double ep_flag EPIC detection quality flags char ep_flux EPIC flux in the 0.2-12.0 keV band erg.cm-2.s-1 double ep_flux_err 1-sigma error on EP_FLUX erg.cm-2.s-1 double ep_hr1 EPIC hardness ratio of energy bands 1 and 2 double ep_hr1_err 1-sigma error on EP_HR1 double ep_hr2 EPIC hardness ratio of energy bands 2 and 3 double ep_hr2_err 1-sigma error on EP_HR2 double ep_hr3 EPIC hardness ratio of energy bands 3 and 4 double ep_hr3_err 1-sigma error on EP_HR3 double ep_hr4 EPIC hardness ratio of energy bands 4 and 5 double ep_hr4_err 1-sigma error on EP_HR4 double epic_source_cat_oid Internal Identifier int ep_ontime Total good EPIC exposure time s double ep_rate EPIC count rate in the 0.2-12.0 keV band counts.s-1 double ep_rate_err 1-sigma error on EP_RATE counts.s-1 double extent Extent radius determined by the SAS task emldetect arcsec double extent_err 1-sigma symmetric error on EXTENT arcsec double extent_ml Extent likelihood, negative values imply point-like, L >= 4 implies extended double fluxvar Maximum EPIC inter-observation flux difference in terms of sigma double fratio Maximum EPIC flux ratio band 0.2-12.0 keV double fratio_err 1-sigma error on FRATIO double fvar Fractional excess variance of the source time series. For a detection it is taken from the instrument/exposure with the smallest CHI2PROB; for a stacked source it is taken from the contributing detection with the smallest CHI2PROB. Negative values from the time-series fit are reported as NULL. double fvar_err 1-sigma uncertainty on FVAR. For a detection it is taken from the instrument/exposure with the smallest CHI2PROB; for a stacked source it is taken from the contributing detection with the smallest CHI2PROB. Negative values from the time-series fit are reported as NULL. double gaiadr3_parallax Gaia DR3 catalogue source parallax mas double gaiadr3_parallax_error Gaia DR3 catalogue source parallax error mas double gaiadr3_parallax_over_error Gaia DR3 catalogue source parallax over error double gaiadr3_pm_dec Gaia DR3 catalogue source declination proper motion mas yr-1 double gaiadr3_pm_ra Gaia DR3 catalogue source right ascension proper motion mas yr-1 double gaiadr3_source_id Gaia DR3 catalogue source ID long gaia_match_prob Probability of the Gaia and X-ray source match double iauname IAU name of the source char lii Galactic longitude of the detection in degrees corresponding to the coordinates RA and DEC. deg double m1_1_bg EPIC/MOS1 background map in the 0.2-0.5 keV band at detection position counts.pixel-1 double m1_1_exp PSF-weighted exposure of the detection in the 0.2-0.5 keV band of EPIC/MOS1 s double m1_1_flux EPIC MOS1 flux in the 0.2-0.5 keV band erg.cm-2.s-1 double m1_1_flux_err 1-sigma error on M1_1_FLUX erg.cm-2.s-1 double m1_1_vig EPIC/MOS1 vignetting factor in the 0.2-0.5 keV band in this observation double m1_2_bg EPIC/MOS1 background map in the 0.5-1.0 keV band at detection position counts.pixel-1 double m1_2_exp PSF-weighted exposure of the detection in the 0.5-1.0 keV band of EPIC/MOS1 s double m1_2_flux EPIC MOS1 flux in the 0.5-1.0 keV band erg.cm-2.s-1 double m1_2_flux_err 1-sigma error on M1_2_FLUX erg.cm-2.s-1 double m1_2_vig EPIC/MOS1 vignetting factor in the 0.5-1.0 keV band in this observation double m1_3_bg EPIC/MOS1 background map in the 1.0-2.0 keV band at detection position counts.pixel-1 double m1_3_exp PSF-weighted exposure of the detection in the 1.0-2.0 keV band of EPIC/MOS1 s double m1_3_flux EPIC MOS1 flux in the 1.0-2.0 keV band erg.cm-2.s-1 double m1_3_flux_err 1-sigma error on M1_3_FLUX erg.cm-2.s-1 double m1_3_vig EPIC/MOS1 vignetting factor in the 1.0-2.0 keV band in this observation double m1_4_bg EPIC/MOS1 background map in the 2.0-4.5 keV band at detection position counts.pixel-1 double m1_4_exp PSF-weighted exposure of the detection in the 2.0-4.5 keV band of EPIC/MOS1 s double m1_4_flux EPIC MOS1 flux in the 2.0-4.5 keV band erg.cm-2.s-1 double m1_4_flux_err 1-sigma error on M1_4_FLUX erg.cm-2.s-1 double m1_4_vig EPIC/MOS1 vignetting factor in the 2.0-4.5 keV band in this observation double m1_5_bg EPIC/MOS1 background map in the 4.5-12.0 keV band at detection position counts.pixel-1 double m1_5_exp PSF-weighted exposure of the detection in the 4.5-12.0 keV band of EPIC/MOS1 s double m1_5_flux EPIC MOS1 flux in the 4.5-12.0 keV band erg.cm-2.s-1 double m1_5_flux_err 1-sigma error on M1_5_FLUX erg.cm-2.s-1 double m1_5_vig EPIC/MOS1 vignetting factor in the 4.5-12.0 keV band in this observation double m1_bg EPIC/MOS1 background map at detection position in 0.2-12.0 keV band counts.pixel-1 double m1_flag EPIC/MOS1 detection quality flags char m1_flux EPIC MOS1 flux in the 0.2-12.0 keV band erg.cm-2.s-1 double m1_flux_err 1-sigma error on M1_FLUX erg.cm-2.s-1 double m1_hr1 EPIC/MOS1 hardness ratio of energy bands 1 and 2 double m1_hr1_err 1-sigma error on M1_HR1 double m1_hr2 EPIC/MOS1 hardness ratio of energy bands 2 and 3 double m1_hr2_err 1-sigma error on M1_HR2 double m1_hr3 EPIC/MOS1 hardness ratio of energy bands 3 and 4 double m1_hr3_err 1-sigma error on M1_HR3 double m1_hr4 EPIC/MOS1 hardness ratio of energy bands 4 and 5 double m1_hr4_err 1-sigma error on M1_HR4 double m1_maskfrac PSF-weighted detector coverage in EPIC/MOS1 double m1_ontime Total good EPIC/MOS1 exposure time s double m1_pileup Estimate of the pile-up level in EPIC/MOS1. A value below 1 corresponds to negligible pile-up (less than a few % flux loss) while values larger than 10 denote heavy pile-up double m2_1_bg EPIC/MOS2 background map in the 0.2-0.5 keV band at detection position counts.pixel-1 double m2_1_exp PSF-weighted exposure of the detection in the 0.2-0.5 keV band of EPIC/MOS2 s double m2_1_flux EPIC MOS2 flux in the 0.2-0.5 keV band erg.cm-2.s-1 double m2_1_flux_err 1-sigma error on M2_1_FLUX erg.cm-2.s-1 double m2_1_vig EPIC/MOS2 vignetting factor in the 0.2-0.5 keV band in this observation double m2_2_bg EPIC/MOS2 background map in the 0.5-1.0 keV band at detection position counts.pixel-1 double m2_2_exp PSF-weighted exposure of the detection in the 0.5-1.0 keV band of EPIC/MOS2 s double m2_2_flux EPIC MOS2 flux in the 0.5-1.0 keV band erg.cm-2.s-1 double m2_2_flux_err 1-sigma error on M2_2_FLUX erg.cm-2.s-1 double m2_2_vig EPIC/MOS2 vignetting factor in the 0.5-1.0 keV band in this observation double m2_3_bg EPIC/MOS2 background map in the 1.0-2.0 keV band at detection position counts.pixel-1 double m2_3_exp PSF-weighted exposure of the detection in the 1.0-2.0 keV band of EPIC/MOS2 s double m2_3_flux EPIC MOS2 flux in the 1.0-2.0 keV band erg.cm-2.s-1 double m2_3_flux_err 1-sigma error on M2_3_FLUX erg.cm-2.s-1 double m2_3_vig EPIC/MOS2 vignetting factor in the 1.0-2.0 keV band in this observation double m2_4_bg EPIC/MOS2 background map in the 2.0-4.5 keV band at detection position counts.pixel-1 double m2_4_exp PSF-weighted exposure of the detection in the 2.0-4.5 keV band of EPIC/MOS2 s double m2_4_flux EPIC MOS2 flux in the 2.0-4.5 keV band erg.cm-2.s-1 double m2_4_flux_err 1-sigma error on M2_4_FLUX erg.cm-2.s-1 double m2_4_vig EPIC/MOS2 vignetting factor in the 2.0-4.5 keV band in this observation double m2_5_bg EPIC/MOS2 background map in the 4.5-12.0 keV band at detection position counts.pixel-1 double m2_5_exp PSF-weighted exposure of the detection in the 4.5-12.0 keV band of EPIC/MOS2 s double m2_5_flux EPIC MOS2 flux in the 4.5-12.0 keV band erg.cm-2.s-1 double m2_5_flux_err 1-sigma error on M2_5_FLUX erg.cm-2.s-1 double m2_5_vig EPIC/MOS2 vignetting factor in the 4.5-12.0 keV band in this observation double m2_bg EPIC/MOS2 background map at detection position in 0.2-12.0 keV band counts.pixel-1 double m2_flag EPIC/MOS2 detection quality flags char m2_flux EPIC MOS2 flux in the 0.2-12.0 keV band erg.cm-2.s-1 double m2_flux_err 1-sigma error on M2_FLUX erg.cm-2.s-1 double m2_hr1 EPIC/MOS2 hardness ratio of energy bands 1 and 2 double m2_hr1_err 1-sigma error on M2_HR1 double m2_hr2 EPIC/MOS2 hardness ratio of energy bands 2 and 3 double m2_hr2_err 1-sigma error on M2_HR2 double m2_hr3 EPIC/MOS2 hardness ratio of energy bands 3 and 4 double m2_hr3_err 1-sigma error on M2_HR3 double m2_hr4 EPIC/MOS2 hardness ratio of energy bands 4 and 5 double m2_hr4_err 1-sigma error on M2_HR4 double m2_maskfrac PSF-weighted detector coverage in EPIC/MOS2 double m2_ontime Total good EPIC/MOS2 exposure time s double m2_pileup Estimate of the pile-up level in EPIC/MOS2. A value below 1 corresponds to negligible pile-up (less than a few % flux loss) while values larger than 10 denote heavy pile-up double mjd_first Modified Julian Date JD-2400000.5 of the observation start d double mjd_last Modified Julian Date JD-2400000.5 of the observation end d double n_blend Number of simultaneously fit sources taking into account blended sources int n_contrib Number of observations of the unique source int n_exp Total number of individual instrument observations of the unique source int n_obs Number of observations that comprise the stack int obs_id XMM-Newton observation identification of the detection char om_b_ab_mag OM B band magnitude (AB system) double om_b_ab_mag_err OM B band magnitude error (AB system) double om_b_chisq OM B band variability measure (chi squared from fitting a constant value) double om_b_chisq_dof OM B band variability measure degrees of freedom double om_b_extended_flag OM B band extent flag. 1 implies extended int om_b_quality_flag OM B band quality flag int om_match_prob Probability of the OM and X-ray source match double om_srcid Identification of the OM source in SUSS v6.2 long om_u_ab_mag OM U band magnitude (AB system) double om_u_ab_mag_err OM U band magnitude error (AB system) double om_u_chisq OM U band variability measure (chi squared from fitting a constant value) double om_u_chisq_dof OM U band variability measure degrees of freedom double om_u_extended_flag OM U band extent flag. 1 implies extended int om_u_quality_flag OM U band quality flag int om_uvm2_ab_mag OM UVM2 band magnitude (AB system) double om_uvm2_ab_mag_err OM UVM2 band magnitude error (AB system) double om_uvm2_chisq OM UVM2 band variability measure (chi squared from fitting a constant value) double om_uvm2_chisq_dof OM UVM2 band variability measure degrees of freedom double om_uvm2_extended_flag OM UVM2 band extent flag. 1 implies extended int om_uvm2_quality_flag OM UVM2 band quality flag int om_uvw1_ab_mag OM UVW1 band magnitude (AB system) double om_uvw1_ab_mag_err OM UVW1 band magnitude error (AB system) double om_uvw1_chisq OM UVW1 band variability measure (chi squared from fitting a constant value) double om_uvw1_chisq_dof OM UVW1 band variability measure degrees of freedom double om_uvw1_extended_flag OM UVW1 band extent flag. 1 implies extended int om_uvw1_quality_flag OM UVW1 band quality flag int om_uvw2_ab_mag OM UVW2 band magnitude (AB system) double om_uvw2_ab_mag_err OM UVW2 band magnitude error (AB system) double om_uvw2_chisq OM UVW2 band variability measure (chi squared from fitting a constant value) double om_uvw2_chisq_dof OM UVW2 band variability measure degrees of freedom double om_uvw2_extended_flag OM UVW2 band extent flag. 1 implies extended int om_uvw2_quality_flag OM UVW2 band quality flag int om_v_ab_mag OM V band magnitude (AB system) double om_v_ab_mag_err OM V band magnitude error (AB system) double om_v_chisq OM V band variability measure (chi squared from fitting a constant value) double om_v_chisq_dof OM V band variability measure degrees of freedom double om_v_extended_flag OM V band extent flag. 1 implies extended int om_v_quality_flag OM V band quality flag int pn_1_bg EPIC/pn background map in the 0.2-0.5 keV band at detection position counts.pixel-1 double pn_1_exp PSF-weighted exposure of the detection in the 0.2-0.5 keV band of EPIC/pn s double pn_1_flux EPIC pn flux in the 0.2-0.5 keV band erg.cm-2.s-1 double pn_1_flux_err 1-sigma error on PN_1_FLUX erg.cm-2.s-1 double pn_1_vig EPIC/pn vignetting factor in the 0.2-0.5 keV band in this observation double pn_2_bg EPIC/pn background map in the 0.5-1.0 keV band at detection position counts.pixel-1 double pn_2_exp PSF-weighted exposure of the detection in the 0.5-1.0 keV band of EPIC/pn s double pn_2_flux EPIC pn flux in the 0.5-1.0 keV band erg.cm-2.s-1 double pn_2_flux_err 1-sigma error on PN_2_FLUX erg.cm-2.s-1 double pn_2_vig EPIC/pn vignetting factor in the 0.5-1.0 keV band in this observation double pn_3_bg EPIC/pn background map in the 1.0-2.0 keV band at detection position counts.pixel-1 double pn_3_exp PSF-weighted exposure of the detection in the 1.0-2.0 keV band of EPIC/pn s double pn_3_flux EPIC pn flux in the 1.0-2.0 keV band erg.cm-2.s-1 double pn_3_flux_err 1-sigma error on PN_3_FLUX erg.cm-2.s-1 double pn_3_vig EPIC/pn vignetting factor in the 1.0-2.0 keV band in this observation double pn_4_bg EPIC/pn background map in the 2.0-4.5 keV band at detection position counts.pixel-1 double pn_4_exp PSF-weighted exposure of the detection in the 2.0-4.5 keV band of EPIC/pn s double pn_4_flux EPIC pn flux in the 2.0-4.5 keV band erg.cm-2.s-1 double pn_4_flux_err 1-sigma error on PN_4_FLUX erg.cm-2.s-1 double pn_4_vig EPIC/pn vignetting factor in the 2.0-4.5 keV band in this observation double pn_5_bg EPIC/pn background map in the 4.5-12.0 keV band at detection position counts.pixel-1 double pn_5_exp PSF-weighted exposure of the detection in the 4.5-12.0 keV band of EPIC/pn s double pn_5_flux EPIC pn flux in the 4.5-12.0 keV band erg.cm-2.s-1 double pn_5_flux_err 1-sigma error on PN_5_FLUX erg.cm-2.s-1 double pn_5_vig EPIC/pn vignetting factor in the 4.5-12.0 keV band in this observation double pn_bg EPIC/pn background map at detection position in 0.2-12.0 keV band counts.pixel-1 double pn_flag EPIC/pn detection quality flags char pn_flux EPIC pn flux in the 0.2-12.0 keV band erg.cm-2.s-1 double pn_flux_err 1-sigma error on PN_FLUX erg.cm-2.s-1 double pn_hr1 EPIC/pn hardness ratio of energy bands 1 and 2 double pn_hr1_err 1-sigma error on PN_HR1 double pn_hr2 EPIC/pn hardness ratio of energy bands 2 and 3 double pn_hr2_err 1-sigma error on PN_HR2 double pn_hr3 EPIC/pn hardness ratio of energy bands 3 and 4 double pn_hr3_err 1-sigma error on PN_HR3 double pn_hr4 EPIC/pn hardness ratio of energy bands 4 and 5 double pn_hr4_err 1-sigma error on PN_HR4 double pn_maskfrac PSF-weighted detector coverage in EPIC/pn double pn_ontime Total good EPIC/pn exposure time s double pn_pileup Estimate of the pile-up level in EPIC/pn. A value below 1 corresponds to negligible pile-up (less than a few % flux loss) while values larger than 10 denote heavy pile-up double pps_srcnum The (decimal) source number in the individual PPS source list for this observation. When expressed in the hexadecimal system it identifies the source-specific product files belonging to this detection int ra Right ascension (J2000) deg double radec_err Quadratic sum of 1-sigma errors in RA and DEC arcsec double redshift_lph_flag_zconf Confidence limit on redshift using the LePhare method double redshift_lph_z_best Redshift determined using the LePhare method double redshift_tpz_flag_zconf Confidence limit on redshift using the TPZ method double redshift_tpz_z_best Redshift determined using the TPZ method double redshift_zsp Spectral redshift double revolut XMM-Newton revolution number of the observation orbit int spec_dof_pl Degrees of freedom of absorbed powerlaw full spectral fit int spec_flag_pl Flag that indicates possible issues with powerlaw spectral fit. A value of 0 indicates no issues int spec_flux_err_lo_pl Lower 1-sigma (16th percentile) confidence limit of EPIC absorbed flux of absorbed powerlaw spectral fit (0.2-12.0 keV) erg s-1 cm-2 double spec_flux_err_up_pl Upper 1-sigma (84th percentile) confidence limit of EPIC absorbed flux of absorbed powerlaw spectral fit (0.2-12.0 keV) erg s-1 cm-2 double spec_flux_pl EPIC absorbed flux from absorbed powerlaw full spectral fit (0.2-12.0 keV) erg s-1 cm-2 double spec_gamma_err_lo_pl Lower 1-sigma (16th percentile) confidence limit of EPIC photon index of absorbed powerlaw spectral fit double spec_gamma_err_up_pl Upper 1-sigma (84th percentile) confidence limit of EPIC photon index of absorbed powerlaw spectral fit double spec_gamma_pl EPIC photon index from absorbed powerlaw full spectral fit double spec_iin_err_lo_pl Lower 1-sigma (16th percentile) confidence limit of EPIC inter-instrument normalisation of absorbed powerlaw spectral fit double spec_iin_err_up_pl Upper 1-sigma (84th percentile) confidence limit of EPIC inter-instrument normalisation of absorbed powerlaw spectral fit double spec_iin_pl EPIC inter-instrument normalisation from absorbed powerlaw full spectral fit double spec_nh_err_lo_pl Lower 1-sigma (16th percentile) confidence limit of EPIC NH of absorbed powerlaw spectral fit cm-2 double spec_nh_err_up_pl Upper 1-sigma (84th percentile) confidence limit of EPIC NH of absorbed powerlaw spectral fit cm-2 double spec_nh_pl EPIC equivalent Hydrogen column density NH from absorbed powerlaw full spectral fit cm-2 double spec_pvalue_pl Pvalue of absorbed powerlaw full spectral fit double srcid A unique number assigned to a group of catalogue entries which are assumed to be the same source long stack_det_ml Detection maximum likelihood using fitting of the 5 band spectrum (0.2-12.0 keV) double stack_flux Mean flux of spectral detection using fitting of the 5 band spectrum (0.2-12.0 keV) erg.cm-2.s-1 double stack_flux_err 1-sigma symmetric error on STACK_FLUX erg.cm-2.s-1 double sum_flag Integer representation of the stack detection flags int var_chi2 Reduced chi squared of EPIC band 0.2-12.0 keV inter-observation variability double var_flag Variability flag set to True when CHI2PROB is below 1e-5; False otherwise (including when no time series is available - check CHI2PROB IS NOT NULL to distinguish 'not variable' from 'no data'). char var_prob Probability that the EPIC band 0.2-12.0 keV flux variability is consistent with zero double xsa.small_om_source_cat b_ab_flux Source flux for the filter B erg/s/cm**2/A double b_ab_flux_err Source flux error for the filter B erg/s/cm**2/A double b_ab_mag Source AB magnitude for the filter B mag double b_ab_mag_err Source AB magnitude error, filter B mag double b_extended_flag Source extended flag for the filter B int bii Source galactic latitude degrees double b_quality_flag Source quality flag for the filter B int b_quality_flag_st Source quality flag string, filter B char b_rate Source count rate for the filter B count/sec double b_rate_err Source count rate error, filter B count/sec double b_signif Source significance for the filter B sigma double b_sky_image Source detected in stacked images filter B char b_vega_mag Source Vega magnitude for the filter B mag double b_vega_mag_err Source Vega magnitude error, filter B mag double date_obs OM observation start time in UTC char dec Source Declination coordinate (deg) degrees double iauname Source IAU name char lii Source galactic longtude degrees double obsid Source OBSID number char poserr Source positional (coordinate) error arcsec double ra Source Right Ascension coordinate (deg) degrees double srcnum Source number in this catalogue long u_ab_flux Source flux for the filter U erg/s/cm**2/A double u_ab_flux_err Source flux error for the filter U erg/s/cm**2/A double u_ab_mag Source AB magnitude for the filter U mag double u_ab_mag_err Source AB magnitude error, filter U mag double u_extended_flag Source extended flag for the filter U int u_quality_flag Source quality flag for the filter U int u_rate Source count rate for the filter U count/sec double u_rate_err Source count rate error, filter U count/sec double u_signif Source significance for the filter U sigma double u_sky_image Source detected in stacked images filter U char u_vega_mag Source Vega magnitude for the filter U mag double u_vega_mag_err Source Vega magnitude error, filter U mag double uvm2_ab_flux Source flux for the filter UVM2 erg/s/cm**2/A double uvm2_ab_flux_err Source flux error for the filter UVM2 erg/s/cm**2/A double uvm2_ab_mag Source AB magnitude for the filter UVM2 mag double uvm2_ab_mag_err Source AB magnitude error, filter UVM2 mag double uvm2_extended_flag Source extended flag for the filter UVM2 int uvm2_quality_flag Source quality flag for the filter UVM2 int uvm2_quality_flag_st Source quality flag string, filter UVM2 char uvm2_rate Source count rate for the filter UVM2 count/sec double uvm2_rate_err Source count rate error, filter UVM2 count/sec double uvm2_signif Source significance for the filter UVM2 sigma double uvm2_sky_image Source detected in stacked images filter UVM2 char uvm2_vega_mag Source Vega magnitude for the filter UVM2 mag double uvm2_vega_mag_err Source Vega magnitude error, filter UVM2 mag double uvw1_ab_flux Source flux for the filter UVW1 erg/s/cm**2/A double uvw1_ab_flux_err Source flux error for the filter UVW1 erg/s/cm**2/A double uvw1_ab_mag Source AB magnitude for the filter UVW1 mag double uvw1_ab_mag_err Source AB magnitude error, filter UVW1 mag double uvw1_extended_flag Source extended flag for the filter UVW1 int uvw1_quality_flag Source quality flag for the filter UVW1 int uvw1_quality_flag_st Source quality flag string, filter UVW1 char uvw1_rate Source count rate for the filter UVW1 count/sec double uvw1_rate_err Source count rate error, filter UVW1 count/sec double uvw1_signif Source significance for the filter UVW1 sigma double uvw1_sky_image Source detected in stacked images filter UVW1 char uvw1_vega_mag Source Vega magnitude for the filter UVW1 mag double uvw1_vega_mag_err Source Vega magnitude error, filter UVW1 mag double uvw2_ab_flux Source flux for the filter UVW2 erg/s/cm**2/A double uvw2_ab_flux_err Source flux error for the filter UVW2 erg/s/cm**2/A double uvw2_ab_mag Source AB magnitude for the filter UVW2 mag double uvw2_ab_mag_err Source AB magnitude error, filter UVW2 mag double uvw2_extended_flag Source extended flag for the filter UVW2 int uvw2_quality_flag Source quality flag for the filter UVW2 int uvw2_quality_flag_st Source quality flag string, filter UVW2 char uvw2_rate Source count rate for the filter UVW2 count/sec double uvw2_rate_err Source count rate error, filter UVW2 count/sec double uvw2_signif Source significance for the filter UVW2 sigma double uvw2_sky_image Source detected in stacked images filter UVW2 char uvw2_vega_mag Source Vega magnitude for the filter UVW2 mag double uvw2_vega_mag_err Source Vega magnitude error, filter UVW2 mag double v_ab_flux Source flux for the filter V erg/s/cm**2/A double v_ab_flux_err Source flux error for the filter V erg/s/cm**2/A double v_ab_mag Source AB magnitude for the filter V mag double v_ab_mag_err Source AB magnitude error, filter V mag double v_extended_flag Source extended flag for the filter V int v_quality_flag Source quality flag for the filter V int v_quality_flag_st Source quality flag string, filter V char v_rate Source count rate for the filter V count/sec double v_rate_err Source count rate error, filter V count/sec double v_signif Source significance for the filter V sigma double v_sky_image Source detected in stacked images filter V char v_vega_mag Source Vega magnitude for the filter V mag double v_vega_mag_err Source Vega magnitude error, filter V mag double xsa.small_slew_source_cat altident An alternative name for the best match source. char bg_map_b6 Background value for the soft band. (0.2-2.0 keV) counts/pixel double bg_map_b7 Background value for the hard band. (2.0-12.0 keV) counts/pixel double bg_map_b8 Background value for the total band. (0.2-12.0 keV) counts/pixel double bii Galactic Latitude [degrees] deg double bii_b6 The galactic position in [degrees] of the soft band source. (0.2-2.0 keV) deg double bii_b7 The galactic position in [degrees] of the hard band source. (2.0-12.0 keV) deg double bii_b8 The galactic position in [degrees] of the total band source. (0.2-12.0 keV) deg double date_end SLEW exposure end date char date_obs SLEW exposure start date char dec Declination J2000 [degrees] deg double dec_b6 The J2000 celestial position of of the soft band source. (0.2-2.0 keV) deg double dec_b7 The J2000 celestial position of of the hard band source. (2.0-12.0 keV) deg double dec_b8 The J2000 celestial position of of the total band source. (0.2-12.0 keV) deg double det_ml_b6 The detection likelihood in the soft (0.2-2.0 keV) energy band double det_ml_b7 The detection likelihood in the hard (2.0-12 keV) energy band double det_ml_b8 The detection likelihood in the total (0.2-12 keV) energy band double duration Exposure on time pixels int exp_map_b6 The effective on-axis exposure time in [seconds], in the soft energy band. (0.2-2.0 keV) seconds double exp_map_b7 The effective on-axis exposure time in [seconds], in the hard energy band. (2.0-12.0 keV) seconds double exp_map_b8 The effective on-axis exposure time in [seconds], in the total energy band. (0.2-12.0 keV) seconds double ext_b6 Spatial extension of the source in the soft energy band. (0.2-2.0 keV) pixels double ext_b6_err Statistical one sigma error on the soft band extension parameter. (0.2-2.0 keV) pixels double ext_b7 Spatial extension of the source in the hard energy band. (2.0-12.0 keV) pixels double ext_b7_err Statistical one sigma error on the hard band extension parameter. (2.0-12.0 keV) pixels double ext_b8 Spatial extension of the source in the total energy band. (0.2-12.0 keV) pixels double ext_b8_err Statistical one sigma error on the total band extension parameter. (0.2-12.0 keV) pixels double ext_ml_b6 Likelihood of the source being extended in the soft (0.2-2 keV) energy band double ext_ml_b7 Likelihood of the source being extended in the hard (2-12 keV) energy band double ext_ml_b8 Likelihood of the source being extended in the total (0.2-12 keV) energy band. double filt_cnts The number of counts found within a 1 arcminute radius about the source position after standard filtering is applied. int flag_comment A comment which explains why a particular source flag has been set to true char flux_b6 The source flux in the total energy (0.2-2.0 keV) (10E-12) ergs/s/cm2 double flux_b6_err The error on the soft band source flux (10E-12) ergs/s/cm2 double flux_b7 The source flux in the hard energy (2.0-12.0 keV) (10E-12) ergs/s/cm2 double flux_b7_err The error on the hard band source flux (10E-12) ergs/s/cm2 double flux_b8 The source flux in the total energy (0.2-12.0 keV) (10E-12) ergs/s/cm2 double flux_b8_err The error on the total band source flux. (10E-12) ergs/s/cm2 double hr1 The hardness ratio, defined as HR1 = (rate_b7-rate_b6)/(rate_b7+rate_b6) where rate_b7 is the hard band count rate and rate_b6 is the soft band count rate. This has been calculated for the 1936 sources which have a positive detection in both bands double hr1_err Error on the hardness ratio calculated as: sqrt(rate_b7_err*rate_b7_err + rate_b6_err*rate_b6_err) /(rate_b7+rate_b6) where rate_b7_err and rate_b6_err are the errors on the hard and soft band count rates respectively double id_category The source type as returned by SIMBAD, NED and the other resources used in the cross-matching process. char id_dist The distance in arcminutes between the best match candidate and the SLEW survey source arcsec double ident Cross-correlations of the positions of the slew sources with astronomical databases and catalogues have been performed (see section on IDs) char id_resource The astronomical database or catalogue from which the best match has been selected. char image_bg_rate Peak background count rate in the image from which the source was extracted counts/s double lii Galactic Longitude [degrees] deg double lii_b6 The galactic position in [degrees] of the soft band source. (0.2-2.0 keV) deg double lii_b7 The galactic position in [degrees] of the hard band source. (2.0-12.0 keV) deg double lii_b8 The galactic position in [degrees] of the total band source. (0.2-12.0 keV) deg double mjd_start Modified Julian Date (i.e., JD - 2400000.5) of the start of the observation. double mjd_stop Modified Julian Date (i.e., JD - 2400000.5) of the end of the observation. double mode_id Observing mode of the EPIC-pn camera. FF= Full frame mode eFF = extended full frame mode LW = large window mode char ra Right Ascension [degrees] deg double ra_b6 The J2000 celestial position of the soft band source. (0.2-2.0 keV) deg double ra_b7 The J2000 celestial position of the hard band source. (2.0-12.0 keV) deg double ra_b8 The J2000 celestial position of the total band source. (0.2-12.0 keV) deg double radec_b6_err The statistical error in [degrees], on the soft band position. (0.2-2.0 keV) deg double radec_b7_err The statistical error in [degrees], on the hard band position. (2.0-12.0 keV) deg double radec_b8_err The statistical error in [degrees], on the total band position. (0.2-12.0 keV) deg double radec_err Radial error on the position, computed as sqrt(ra_err2 + dec_err2), in arcsecs, where ra_err and dec_err are the 1 sigma uncertainties in the RA and DEC coordinates respectively. arcsec double rass_dist The distance from the best match ROSAT source and the SLEW source arcsec double rassname char rate_b6 The soft band count rate (0.2-2.0 keV) counts/s double rate_b6_err The error on the soft band count rate (0.2-2.0 keV) counts/s double rate_b7 The hard band count rate (2.0-12.0 keV) counts/s double rate_b7_err The error on the hard band count rate (2.0-12.0 keV) counts/s double rate_b8 The total band count rate (0.2-12.0 keV) counts/s double rate_b8_err The error on the total band count rate (0.2-12.0 keV) counts/s double scts_b6 The number of background subtracted counts, in the soft energy band (0.2-2 keV), corrected for the PSF counts double scts_b6_err Statistical 1 sigma error on the soft band source counts (0.2-2.0 keV). counts double scts_b7 The number of background subtracted counts, in the hard energy band (2.0-12.0 keV) counts double scts_b7_err Statistical 1 sigma error on the hard band source counts (2.0-12.0 keV) counts double scts_b8 The number of background subtracted counts, in the total energy band (0.2-12.0 keV) counts double scts_b8_err Statistical 1 sigma error on the total band source counts (0.2-12.0 keV) counts double slew_observation_id SLEW observation ID char srcname This is the official name for sources detected in the XMM-Newton slew survey char srcname_b6 The source name defined in the soft band list. The format is 'xs' followed by the revolution number, the observation ID and the source position, e.g. xs0841_9084100002_12:57:07.5+01:50:42 char srcname_b7 The source name defined in the hard band list. The format is 'xs' followed by the revolution number, the observation ID and the source position, e.g. xs0841_9084100002_12:57:07.5+01:50:42 char srcname_b8 The source name defined in the total band list. The format is 'xs' followed by the revolution number, the observation ID and the source position, e.g. xs0841_9084100002_12:57:07.5+01:50:42 char srcnum This is the official name for sources detected in the XMM-Newton slew survey int unfilt_cnts The number of counts found within a 1 arcminute radius about the source position with no filtering applied int us_extras Name in the EXTRAS catalogue int us_xmmsl1 XMMSL1 name char val_flag A text string which is set to 'CLEAN_SAMPLE' if this source is included in the clean subset char ver_false This is a catch-all for problems not included in the other flags. char ver_halo If set true, this flag indicates that a detection lies within the point spread function, or halo, of a very bright source and is probably spurious. char ver_hibgnd If set true, this flag indicates that the source lies within a bright region, caused by high background, and is probably spurious. char ver_inext If set true, this flag notes that a detection has been found within an extended source and is probably false. This flag is used to ensure that only one source is quoted for the large supernova remnants. char ver_nredg Source near edge. Not used in XMMSL2. char ver_optload A warning flag indicating that the source may suffer from optical loading char ver_psusp This flag indicates that the quoted position of the source is likely to be inaccurate. In a few slews the attitude reconstruction is poor and in these cases the actual position of the source is difficult to determine and can be wrong by an arcminute. char x_ima_b6 The X position of the source in the soft band image in image pixels. (0.2-2.0 keV) pixels double x_ima_b7 The X position of the source in the hard band image in image pixels. (2.0-12.0 keV) pixels double x_ima_b8 The X position of the source in the total band image in image pixels. (0.2-12.0 keV) pixels double ximname_b6 The name of the image containing the soft band detection. (0.2-2.0 keV) char ximname_b7 The name of the image containing the hard band detection. (2.0-12.0 keV) char ximname_b8 The name of the image containing the total band detection. (0.2-12.0 keV) char y_ima_b6 The Y position of the source in the soft band image in image pixels. (0.2-2.0 keV) pixels double y_ima_b7 The Y position of the source in the hard band image in image pixels. (2.0-12.0 keV) pixels double y_ima_b8 The Y position of the source in the total band image in image pixels. (0.2-12.0 keV) pixels double xsa.v_all_observations bii Galactic Latitude [degrees] deg double citext Target name char dec Declination J2000 [degrees] deg double duration Exposure on time long end_utc End date of the observation in UTC char footprint_fov double heasarc_code HEASARC Object Classification int lii Galactic Longitude [degrees] deg double moving_target If the observation contains a moving target boolean observation_equatorial_spoint double observation_fov_scircle double observation_galactic_spoint double observation_id The XMM-Newton observation identification. char observation_oid Observation internal identifier int odf_proc_date char odf_version char position_angle Position Angle [degrees] double pps_proc_date char pps_version char proposal_id char proposal_oid int proprietary_end_date Propietary period expiry date char ra Right Ascension [degrees] deg double ra_nom Right Ascension decimal hours double revolution The XMM-Newton revolution number. int sas_version char seq_id Pipeline sequence long start_utc Start date of the observation in UTC char stc_s char with_science Processed observation with science products boolean xsa.v_epic_source bii Galactic Latitude [degrees] deg double dec Declination J2000 [degrees] deg double ep_det_ml Detection Likelihood double ep_extent Extent radius of a source detected as extended by the SAS task emldetect arcsec double ep_ext_err EPIC Source Extent Error arcsec double ep_flag EPIC Quality Flag char ep_hr1 EPIC Hardness Ratio 1, between counts in the 0.5-1.0 and the 0.2-0.5 keV energy bands double ep_hr1_err Error on EPIC Hardness Ratio 1, between counts in the 0.5-1.0 and the 0.2-0.5 keV energy bands double ep_hr2 EPIC hardness ratio between the 0.5-1.0 keV and 1.0-2.0 keV bands double ep_hr2_err Error on EPIC hardness ratio between the 0.5-1.0 keV and 1.0-2.0 keV bands double ep_hr3 EPIC Hardness Ratio 3, between the counts in the 2.0-4.5 and 1.0-2.0 keV energy bands double ep_hr3_err Error on EPIC Hardness Ratio 3, between the counts in the 2.0-4.5 and 1.0-2.0 keV energy bands double ep_hr4 EPIC Hardness Ratio 4, between the counts in the 4.5-12.0 and 2.0-4.5 keV energy bands double ep_hr4_err Error on EPIC Hardness Ratio 4, between the counts in the 4.5-12.0 and 2.0-4.5 keV energy bands double epic_source_equatorial_spoint double epic_source_fov_scircle double epic_source_galactic_spoint double ep_tot EPIC total band count rate of this source double ep_tot_err Error on the EPIC total band count rate of this source double ep_tot_flux Total Flux erg/cm**2/s double ep_tot_flux_err Error on Total Flux erg/cm**2/s double lii Galactic Longitude [degrees] deg double m1_cts EPIC MOS1 number of counts counts double m1_tot MOS1 Total Count Rate [counts/s] counts/s double m1_tot_flux MOS1 Total Flux [erg cm-2 s-1] erg/cm**2/s double m2_cts EPIC MOS2 number of counts counts double m2_tot MOS2Total Count Rate [counts/s] counts/s double m2_tot_flux MOS2Total Flux [erg cm-2 s-1] erg/cm**2/s double observation_id char observation_oid int om_id1 Source number of OM PPS source possibly associated int om_id1_dist Distance to OM_ID1 [arcsec] arcsec double om_id2 Source number of OM PPS source possibly associated int om_id2_dist Distance to OM_ID2[arcsec] arcsec double om_id3 Source number of OM PPS source possibly associated int om_id3_dist Distance to OM_ID3 [arcsec] arcsec double om_id4 Source number of OM PPS source possibly associated int om_id4_dist Distance to OM_ID4 [arcsec] arcsec double om_id5 Source number of OM PPS source possibly associated int om_id5_dist Distance to OM_ID5 [arcsec] arcsec double pn_cts EPIC PN number of counts counts double pn_tot PN Total Count Rate [counts/s] counts/s double pn_tot_flux PN Total Flux [erg cm-2 s-1] erg/cm**2/s double ra Right Ascension [degrees] deg double radec_err Radial error on the position, computed as sqrt(ra_err2 + dec_err2), in arcsecs, where ra_err and dec_err are the 1 sigma uncertainties in the RA and DEC coordinates respectively. double src_num The (decimal) source number in the individual source list for this observation int xsa.v_epic_source_catThe XMM-Newton Serendipitous Source Catalogue: 5XMM-DR15 approx_source_var Long-term variability factor obtained from multi X-ray mission data. Provided for sources with variability >5, at ~95% confidence double bii Galactic latitude of the detection in degrees corresponding to the coordinates RA and DEC. deg double ccdm1 M1 CCD number in which detection lies int ccdm2 M2 CCD number in which detection lies int ccdpn PN CCD number in which detection lies int chi2prob Null hypothesis probability of the chi-squared test of constancy applied to the source time series. For a detection it is the smallest value across all instruments/exposures with a time series; for a stacked source it is the smallest value across all contributing detections. double classopt_class Output class given by the optical source classification char classopt_prob_agn Optical classification posterior probability that the source is an AGN double classopt_prob_galaxy Optical classification posterior probability that the source is a galaxy double classopt_prob_star Optical classification posterior probability that the source is a star double classx_class Output class given by the X-ray source classification char classx_outlier X-ray classification outlier measure double classx_prob_agn X-ray classification posterior probability that the source is an AGN double classx_prob_bkg_agn X-ray classification posterior probability that the source is a background AGN, i.e. not in foreground galaxy double classx_prob_extended X-ray classification posterior probability that the source is extended double classx_prob_extragal_xrb X-ray classification posterior probability that the source is an extragalactic X-ray binary double classx_prob_gal_cv X-ray classification posterior probability that the source is a CV double classx_prob_gal_xrb X-ray classification posterior probability that the source is a galactic X-ray binary double classx_prob_star X-ray classification posterior probability that the source is a star double dec Declination (J2000) deg double dist_nn Distance to the nearest neighbouring detection arcsec double dist_ref Distance to the reference coordinates of the field arcmin double ell_major Major semi-axis of the positional error ellipse arcsec double ell_minor Minor semi-axis of the positional error ellipse arcsec double ell_pa Rotation angle of the positional error ellipse deg double ep_1_flux EPIC flux in the 0.2-0.5 keV band erg.cm-2.s-1 double ep_1_flux_err 1-sigma error on EP_1_FLUX erg.cm-2.s-1 double ep_2_flux EPIC flux in the 0.5-1.0 keV band erg.cm-2.s-1 double ep_2_flux_err 1-sigma error on EP_2_FLUX erg.cm-2.s-1 double ep_3_flux EPIC flux in the 1.0-2.0 keV band erg.cm-2.s-1 double ep_3_flux_err 1-sigma error on EP_3_FLUX erg.cm-2.s-1 double ep_4_flux EPIC flux in the 2.0-4.5 keV band erg.cm-2.s-1 double ep_4_flux_err 1-sigma error on EP_4_FLUX erg.cm-2.s-1 double ep_5_flux EPIC flux in the 4.5-12.0 keV band erg.cm-2.s-1 double ep_5_flux_err 1-sigma error on EP_5_FLUX erg.cm-2.s-1 double ep_cts EPIC counts in the 0.2-12.0 keV band counts double ep_cts_err 1-sigma error on EP_CTS counts double ep_det_ml EPIC detection maximum likelihood value in the 0.2-12.0 keV band double ep_flag EPIC detection quality flags char ep_flux EPIC flux in the 0.2-12.0 keV band erg.cm-2.s-1 double ep_flux_err 1-sigma error on EP_FLUX erg.cm-2.s-1 double ep_hr1 EPIC hardness ratio of energy bands 1 and 2 double ep_hr1_err 1-sigma error on EP_HR1 double ep_hr2 EPIC hardness ratio of energy bands 2 and 3 double ep_hr2_err 1-sigma error on EP_HR2 double ep_hr3 EPIC hardness ratio of energy bands 3 and 4 double ep_hr3_err 1-sigma error on EP_HR3 double ep_hr4 EPIC hardness ratio of energy bands 4 and 5 double ep_hr4_err 1-sigma error on EP_HR4 double epic_source_cat_oid Internal identifier int ep_offax All-EPIC off-axis angle between source position and aim point arcmin double ep_ontime Total good EPIC exposure time s double ep_rate EPIC count rate in the 0.2-12.0 keV band counts.s-1 double ep_rate_err 1-sigma error on EP_RATE counts.s-1 double extent Extent radius determined by the SAS task emldetect arcsec double extent_err 1-sigma symmetric error on EXTENT arcsec double extent_err_lo Lower 1-sigma asymmetric error on EXTENT arcsec double extent_err_up Upper 1-sigma asymmetric error on EXTENT arcsec double extent_ml Extent likelihood, negative values imply point-like, L >= 4 implies extended double fluxvar Maximum EPIC inter-observation flux difference in terms of sigma double fluxvar_1 Maximum EPIC inter-observation band 1 flux difference in terms of sigma double fluxvar_2 Maximum EPIC inter-observation band 2 flux difference in terms of sigma double fluxvar_3 Maximum EPIC inter-observation band 3 flux difference in terms of sigma double fluxvar_4 Maximum EPIC inter-observation band 4 flux difference in terms of sigma double fluxvar_5 Maximum EPIC inter-observation band 5 flux difference in terms of sigma double fratio Maximum EPIC flux ratio band 0.2-12.0 keV double fratio_1 Maximum EPIC band 1 inter-observation flux ratio double fratio_1_err 1-sigma error on FRATIO_1 double fratio_2 Maximum EPIC band 2 inter-observation flux ratio double fratio_2_err 1-sigma error on FRATIO_2 double fratio_3 Maximum EPIC band 3 inter-observation flux ratio double fratio_3_err 1-sigma error on FRATIO_3 double fratio_4 Maximum EPIC band 4 inter-observation flux ratio double fratio_4_err 1-sigma error on FRATIO_4 double fratio_5 Maximum EPIC band 5 inter-observation flux ratio double fratio_5_err 1-sigma error on FRATIO_5 double fratio_err 1-sigma error on FRATIO double fvar Fractional excess variance of the source time series. For a detection it is taken from the instrument/exposure with the smallest CHI2PROB; for a stacked source it is taken from the contributing detection with the smallest CHI2PROB. Negative values from the time-series fit are reported as NULL. double fvar_err 1-sigma uncertainty on FVAR. For a detection it is taken from the instrument/exposure with the smallest CHI2PROB; for a stacked source it is taken from the contributing detection with the smallest CHI2PROB. Negative values from the time-series fit are reported as NULL. double gaiadr3_bpmag Gaia DR3 catalogue source Bp magnitude mag double gaiadr3_dist Gaia DR3 catalogue source distance pc double gaiadr3_gmag Gaia DR3 catalogue source g magnitude mag double gaiadr3_parallax Gaia DR3 catalogue source parallax mas double gaiadr3_parallax_error Gaia DR3 catalogue source parallax error mas double gaiadr3_parallax_over_error Gaia DR3 catalogue source parallax over error double gaiadr3_pm_dec Gaia DR3 catalogue source declination proper motion mas yr-1 double gaiadr3_pm_ra Gaia DR3 catalogue source right ascension proper motion mas yr-1 double gaiadr3_rpmag Gaia DR3 catalogue source Rp magnitude mag double gaiadr3_source_id Gaia DR3 catalogue source ID long gaia_match_prob Probability of the Gaia and X-ray source match double iauname IAU name of the source char info_counterparts Link to further information on counterparts char lii Galactic longitude of the detection in degrees corresponding to the coordinates RA and DEC. deg double m1_1_bg EPIC/MOS1 background map in the 0.2-0.5 keV band at detection position counts.pixel-1 double m1_1_det_ml EPIC MOS1 detection maximum likelihood value in the 0.2-0.5 keV band double m1_1_ecf Energy conversion factor for MOS1 in the 0.2-0.5 keV band cts.cm2.erg-1 double m1_1_exp PSF-weighted exposure of the detection in the 0.2-0.5 keV band of EPIC/MOS1 s double m1_1_flux EPIC MOS1 flux in the 0.2-0.5 keV band erg.cm-2.s-1 double m1_1_flux_err 1-sigma error on M1_1_FLUX erg.cm-2.s-1 double m1_1_rate EPIC MOS1 count rate in the 0.2-0.5 keV band counts.s-1 double m1_1_rate_err 1-sigma error on M1_1_RATE counts.s-1 double m1_1_vig EPIC/MOS1 vignetting factor in the 0.2-0.5 keV band in this observation double m1_2_bg EPIC/MOS1 background map in the 0.5-1.0 keV band at detection position counts.pixel-1 double m1_2_det_ml EPIC MOS1 detection maximum likelihood value in the 0.5-1.0 keV band double m1_2_ecf Energy conversion factor for MOS1 in the 0.5-1.0 keV band cts.cm2.erg-1 double m1_2_exp PSF-weighted exposure of the detection in the 0.5-1.0 keV band of EPIC/MOS1 s double m1_2_flux EPIC MOS1 flux in the 0.5-1.0 keV band erg.cm-2.s-1 double m1_2_flux_err 1-sigma error on M1_2_FLUX erg.cm-2.s-1 double m1_2_rate EPIC MOS1 count rate in the 0.5-1.0 keV band counts.s-1 double m1_2_rate_err 1-sigma error on M1_2_RATE counts.s-1 double m1_2_vig EPIC/MOS1 vignetting factor in the 0.5-1.0 keV band in this observation double m1_3_bg EPIC/MOS1 background map in the 1.0-2.0 keV band at detection position counts.pixel-1 double m1_3_det_ml EPIC MOS1 detection maximum likelihood value in the 1.0-2.0 keV band double m1_3_ecf Energy conversion factor for MOS1 in the 1.0-2.0 keV band cts.cm2.erg-1 double m1_3_exp PSF-weighted exposure of the detection in the 1.0-2.0 keV band of EPIC/MOS1 s double m1_3_flux EPIC MOS1 flux in the 1.0-2.0 keV band erg.cm-2.s-1 double m1_3_flux_err 1-sigma error on M1_3_FLUX erg.cm-2.s-1 double m1_3_rate EPIC MOS1 count rate in the 1.0-2.0 keV band counts.s-1 double m1_3_rate_err 1-sigma error on M1_3_RATE counts.s-1 double m1_3_vig EPIC/MOS1 vignetting factor in the 1.0-2.0 keV band in this observation double m1_4_bg EPIC/MOS1 background map in the 2.0-4.5 keV band at detection position counts.pixel-1 double m1_4_det_ml EPIC MOS1 detection maximum likelihood value in the 2.0-4.5 keV band double m1_4_ecf Energy conversion factor for MOS1 in the 2.0-4.5 keV band cts.cm2.erg-1 double m1_4_exp PSF-weighted exposure of the detection in the 2.0-4.5 keV band of EPIC/MOS1 s double m1_4_flux EPIC MOS1 flux in the 2.0-4.5 keV band erg.cm-2.s-1 double m1_4_flux_err 1-sigma error on M1_4_FLUX erg.cm-2.s-1 double m1_4_rate EPIC MOS1 count rate in the 2.0-4.5 keV band counts.s-1 double m1_4_rate_err 1-sigma error on M1_4_RATE counts.s-1 double m1_4_vig EPIC/MOS1 vignetting factor in the 2.0-4.5 keV band in this observation double m1_5_bg EPIC/MOS1 background map in the 4.5-12.0 keV band at detection position counts.pixel-1 double m1_5_det_ml EPIC MOS1 detection maximum likelihood value in the 4.5-12.0 keV band double m1_5_ecf Energy conversion factor for MOS1 in the 4.5-12.0 keV band cts.cm2.erg-1 double m1_5_exp PSF-weighted exposure of the detection in the 4.5-12.0 keV band of EPIC/MOS1 s double m1_5_flux EPIC MOS1 flux in the 4.5-12.0 keV band erg.cm-2.s-1 double m1_5_flux_err 1-sigma error on M1_5_FLUX erg.cm-2.s-1 double m1_5_rate EPIC MOS1 count rate in the 4.5-12.0 keV band counts.s-1 double m1_5_rate_err 1-sigma error on M1_5_RATE counts.s-1 double m1_5_vig EPIC/MOS1 vignetting factor in the 4.5-12.0 keV band in this observation double m1_bg EPIC/MOS1 background map at detection position in 0.2-12.0 keV band counts.pixel-1 double m1_cts EPIC MOS1 counts in the 0.2-12.0 keV band counts double m1_cts_err 1-sigma error on M1_CTS counts double m1_det_ml EPIC MOS1 detection maximum likelihood value in the 0.2-12.0 keV band double m1_filter EPIC/MOS1 filter used for the observation char m1_flag EPIC/MOS1 detection quality flags char m1_flux EPIC MOS1 flux in the 0.2-12.0 keV band erg.cm-2.s-1 double m1_flux_err 1-sigma error on M1_FLUX erg.cm-2.s-1 double m1_hr1 EPIC/MOS1 hardness ratio of energy bands 1 and 2 double m1_hr1_err 1-sigma error on M1_HR1 double m1_hr2 EPIC/MOS1 hardness ratio of energy bands 2 and 3 double m1_hr2_err 1-sigma error on M1_HR2 double m1_hr3 EPIC/MOS1 hardness ratio of energy bands 3 and 4 double m1_hr3_err 1-sigma error on M1_HR3 double m1_hr4 EPIC/MOS1 hardness ratio of energy bands 4 and 5 double m1_hr4_err 1-sigma error on M1_HR4 double m1_maskfrac PSF-weighted detector coverage in EPIC/MOS1 double m1_offax EPIC/MOS1 off-axis angle between source position and aim point arcmin double m1_ontime Total good EPIC/MOS1 exposure time s double m1_pileup Estimate of the pile-up level in EPIC/MOS1. A value below 1 corresponds to negligible pile-up (less than a few % flux loss) while values larger than 10 denote heavy pile-up double m1_rate EPIC MOS1 count rate in the 0.2-12.0 keV band counts.s-1 double m1_rate_err 1-sigma error on M1_RATE counts.s-1 double m1_rawx X raw pixel position of detection in M1 image int m1_rawy Y raw pixel position of detection in M1 image int m1_submode EPIC/MOS1 submode used for the observation char m2_1_bg EPIC/MOS2 background map in the 0.2-0.5 keV band at detection position counts.pixel-1 double m2_1_det_ml EPIC MOS2 detection maximum likelihood value in the 0.2-0.5 keV band double m2_1_ecf Energy conversion factor for MOS2 in the 0.2-0.5 keV band cts.cm2.erg-1 double m2_1_exp PSF-weighted exposure of the detection in the 0.2-0.5 keV band of EPIC/MOS2 s double m2_1_flux EPIC MOS2 flux in the 0.2-0.5 keV band erg.cm-2.s-1 double m2_1_flux_err 1-sigma error on M2_1_FLUX erg.cm-2.s-1 double m2_1_rate EPIC MOS2 count rate in the 0.2-0.5 keV band counts.s-1 double m2_1_rate_err 1-sigma error on M2_1_RATE counts.s-1 double m2_1_vig EPIC/MOS2 vignetting factor in the 0.2-0.5 keV band in this observation double m2_2_bg EPIC/MOS2 background map in the 0.5-1.0 keV band at detection position counts.pixel-1 double m2_2_det_ml EPIC MOS2 detection maximum likelihood value in the 0.5-1.0 keV band double m2_2_ecf Energy conversion factor for MOS2 in the 0.5-1.0 keV band cts.cm2.erg-1 double m2_2_exp PSF-weighted exposure of the detection in the 0.5-1.0 keV band of EPIC/MOS2 s double m2_2_flux EPIC MOS2 flux in the 0.5-1.0 keV band erg.cm-2.s-1 double m2_2_flux_err 1-sigma error on M2_2_FLUX erg.cm-2.s-1 double m2_2_rate EPIC MOS2 EPIC count rate in the 0.5-1.0 keV band counts.s-1 double m2_2_rate_err 1-sigma error on M2_2_RATE counts.s-1 double m2_2_vig EPIC/MOS2 vignetting factor in the 0.5-1.0 keV band in this observation double m2_3_bg EPIC/MOS2 background map in the 1.0-2.0 keV band at detection position counts.pixel-1 double m2_3_det_ml EPIC MOS2 detection maximum likelihood value in the 1.0-2.0 keV band double m2_3_ecf Energy conversion factor for MOS2 in the 1.0-2.0 keV band cts.cm2.erg-1 double m2_3_exp PSF-weighted exposure of the detection in the 1.0-2.0 keV band of EPIC/MOS2 s double m2_3_flux EPIC MOS2 flux in the 1.0-2.0 keV band erg.cm-2.s-1 double m2_3_flux_err 1-sigma error on M2_3_FLUX erg.cm-2.s-1 double m2_3_rate EPIC MOS2 count rate in the 1.0-2.0 keV band counts.s-1 double m2_3_rate_err 1-sigma error on M2_3_RATE counts.s-1 double m2_3_vig EPIC/MOS2 vignetting factor in the 1.0-2.0 keV band in this observation double m2_4_bg EPIC/MOS2 background map in the 2.0-4.5 keV band at detection position counts.pixel-1 double m2_4_det_ml EPIC MOS2 detection maximum likelihood value in the 2.0-4.5 keV band double m2_4_ecf Energy conversion factor for MOS2 in the 2.0-4.5 keV band cts.cm2.erg-1 double m2_4_exp PSF-weighted exposure of the detection in the 2.0-4.5 keV band of EPIC/MOS2 s double m2_4_flux EPIC MOS2 flux in the 2.0-4.5 keV band erg.cm-2.s-1 double m2_4_flux_err 1-sigma error on M2_4_FLUX erg.cm-2.s-1 double m2_4_rate EPIC MOS2 count rate in the 2.0-4.5 keV band counts.s-1 double m2_4_rate_err 1-sigma error on M2_4_RATE counts.s-1 double m2_4_vig EPIC/MOS2 vignetting factor in the 2.0-4.5 keV band in this observation double m2_5_bg EPIC/MOS2 background map in the 4.5-12.0 keV band at detection position counts.pixel-1 double m2_5_det_ml EPIC MOS2 detection maximum likelihood value in the 4.5-12.0 keV band double m2_5_ecf Energy conversion factor for MOS2 in the 4.5-12.0 keV band cts.cm2.erg-1 double m2_5_exp PSF-weighted exposure of the detection in the 4.5-12.0 keV band of EPIC/MOS2 s double m2_5_flux EPIC MOS2 flux in the 4.5-12.0 keV band erg.cm-2.s-1 double m2_5_flux_err 1-sigma error on M2_5_FLUX erg.cm-2.s-1 double m2_5_rate EPIC MOS2 count rate in the 4.5-12.0 keV band counts.s-1 double m2_5_rate_err 1-sigma error on M2_5_RATE counts.s-1 double m2_5_vig EPIC/MOS2 vignetting factor in the 4.5-12.0 keV band in this observation double m2_bg EPIC/MOS2 background map at detection position in 0.2-12.0 keV band counts.pixel-1 double m2_cts EPIC MOS2 counts in the 0.2-12.0 keV band counts double m2_cts_err 1-sigma error on M2_CTS counts double m2_det_ml EPIC MOS2 detection maximum likelihood value in the 0.2-12.0 keV band double m2_filter EPIC/MOS2 filter used for the observation char m2_flag EPIC/MOS2 detection quality flags char m2_flux EPIC MOS2 flux in the 0.2-12.0 keV band erg.cm-2.s-1 double m2_flux_err 1-sigma error on M2_FLUX erg.cm-2.s-1 double m2_hr1 EPIC/MOS2 hardness ratio of energy bands 1 and 2 double m2_hr1_err 1-sigma error on M2_HR1 double m2_hr2 EPIC/MOS2 hardness ratio of energy bands 2 and 3 double m2_hr2_err 1-sigma error on M2_HR2 double m2_hr3 EPIC/MOS2 hardness ratio of energy bands 3 and 4 double m2_hr3_err 1-sigma error on M2_HR3 double m2_hr4 EPIC/MOS2 hardness ratio of energy bands 4 and 5 double m2_hr4_err 1-sigma error on M2_HR4 double m2_maskfrac PSF-weighted detector coverage in EPIC/MOS2 double m2_offax EPIC/MOS2 off-axis angle between source position and aim point arcmin double m2_ontime Total good EPIC/MOS2 exposure time s double m2_pileup Estimate of the pile-up level in EPIC/MOS2. A value below 1 corresponds to negligible pile-up (less than a few % flux loss) while values larger than 10 denote heavy pile-up double m2_rate EPIC MOS2 count rate in the 0.2-12.0 keV band counts.s-1 double m2_rate_err 1-sigma error on M2_RATE counts.s-1 double m2_rawx X raw pixel position of detection in M2 image int m2_rawy Y raw pixel position of detection in M2 image int m2_submode EPIC/MOS2 submode used for the observation char mjd_first Modified Julian Date JD-2400000.5 of the observation start d double mjd_last Modified Julian Date JD-2400000.5 of the observation end d double n_blend Number of simultaneously fit sources taking into account blended sources int n_contrib Number of observations of the unique source int n_exp Total number of individual instrument observations of the unique source int n_obs Number of observations that comprise the stack int obs_id XMM-Newton observation identification of the detection char om_b_ab_mag OM B band magnitude (AB system) double om_b_ab_mag_err OM B band magnitude error (AB system) double om_b_chisq OM B band variability measure (chi squared from fitting a constant value) double om_b_chisq_dof OM B band variability measure degrees of freedom double om_b_extended_flag OM B band extent flag. 1 implies extended int om_b_quality_flag OM B band quality flag int om_match_prob Probability of the OM and X-ray source match double om_srcid Identification of the OM source in SUSS v6.2 long om_u_ab_mag OM U band magnitude (AB system) double om_u_ab_mag_err OM U band magnitude error (AB system) double om_u_chisq OM U band variability measure (chi squared from fitting a constant value) double om_u_chisq_dof OM U band variability measure degrees of freedom double om_u_extended_flag OM U band extent flag. 1 implies extended int om_u_quality_flag OM U band quality flag int om_uvm2_ab_mag OM UVM2 band magnitude (AB system) double om_uvm2_ab_mag_err OM UVM2 band magnitude error (AB system) double om_uvm2_chisq OM UVM2 band variability measure (chi squared from fitting a constant value) double om_uvm2_chisq_dof OM UVM2 band variability measure degrees of freedom double om_uvm2_extended_flag OM UVM2 band extent flag. 1 implies extended int om_uvm2_quality_flag OM UVM2 band quality flag int om_uvw1_ab_mag OM UVW1 band magnitude (AB system) double om_uvw1_ab_mag_err OM UVW1 band magnitude error (AB system) double om_uvw1_chisq OM UVW1 band variability measure (chi squared from fitting a constant value) double om_uvw1_chisq_dof OM UVW1 band variability measure degrees of freedom double om_uvw1_extended_flag OM UVW1 band extent flag. 1 implies extended int om_uvw1_quality_flag OM UVW1 band quality flag int om_uvw2_ab_mag OM UVW2 band magnitude (AB system) double om_uvw2_ab_mag_err OM UVW2 band magnitude error (AB system) double om_uvw2_chisq OM UVW2 band variability measure (chi squared from fitting a constant value) double om_uvw2_chisq_dof OM UVW2 band variability measure degrees of freedom double om_uvw2_extended_flag OM UVW2 band extent flag. 1 implies extended int om_uvw2_quality_flag OM UVW2 band quality flag int om_v_ab_mag OM V band magnitude (AB system) double om_v_ab_mag_err OM V band magnitude error (AB system) double om_v_chisq OM V band variability measure (chi squared from fitting a constant value) double om_v_chisq_dof OM V band variability measure degrees of freedom double om_v_extended_flag OM V band extent flag. 1 implies extended int om_v_quality_flag OM V band quality flag int pn_1_bg EPIC/pn background map in the 0.2-0.5 keV band at detection position counts.pixel-1 double pn_1_det_ml EPIC pn detection maximum likelihood value in the 0.2-0.5 keV band double pn_1_ecf Energy conversion factor for pn in the 0.2-0.5 keV band cts.cm2.erg-1 double pn_1_exp PSF-weighted exposure of the detection in the 0.2-0.5 keV band of EPIC/pn s double pn_1_flux EPIC pn flux in the 0.2-0.5 keV band erg.cm-2.s-1 double pn_1_flux_err 1-sigma error on PN_1_FLUX erg.cm-2.s-1 double pn_1_rate EPIC pn count rate in the 0.2-0.5 keV band counts.s-1 double pn_1_rate_err 1-sigma error on PN_1_RATE counts.s-1 double pn_1_vig EPIC/pn vignetting factor in the 0.2-0.5 keV band in this observation double pn_2_bg EPIC/pn background map in the 0.5-1.0 keV band at detection position counts.pixel-1 double pn_2_det_ml EPIC pn detection maximum likelihood value in the 0.5-1.0 keV band double pn_2_ecf Energy conversion factor for pn in the 0.5-1.0 keV band cts.cm2.erg-1 double pn_2_exp PSF-weighted exposure of the detection in the 0.5-1.0 keV band of EPIC/pn s double pn_2_flux EPIC pn flux in the 0.5-1.0 keV band erg.cm-2.s-1 double pn_2_flux_err 1-sigma error on PN_2_FLUX erg.cm-2.s-1 double pn_2_rate EPIC pn count rate in the 0.5-1.0 keV band counts.s-1 double pn_2_rate_err 1-sigma error on PN_2_RATE counts.s-1 double pn_2_vig EPIC/pn vignetting factor in the 0.5-1.0 keV band in this observation double pn_3_bg EPIC/pn background map in the 1.0-2.0 keV band at detection position counts.pixel-1 double pn_3_det_ml EPIC pn detection maximum likelihood value in the 1.0-2.0 keV band double pn_3_ecf Energy conversion factor for pn in the 1.0-2.0 keV band cts.cm2.erg-1 double pn_3_exp PSF-weighted exposure of the detection in the 1.0-2.0 keV band of EPIC/pn s double pn_3_flux EPIC pn flux in the 1.0-2.0 keV band erg.cm-2.s-1 double pn_3_flux_err 1-sigma error on PN_3_FLUX erg.cm-2.s-1 double pn_3_rate EPIC pn count rate in the 1.0-2.0 keV band counts.s-1 double pn_3_rate_err 1-sigma error on PN_3_RATE counts.s-1 double pn_3_vig EPIC/pn vignetting factor in the 1.0-2.0 keV band in this observation double pn_4_bg EPIC/pn background map in the 2.0-4.5 keV band at detection position counts.pixel-1 double pn_4_det_ml EPIC pn detection maximum likelihood value in the 2.0-4.5 keV band double pn_4_ecf Energy conversion factor for pn in the 2.0-4.5 keV band cts.cm2.erg-1 double pn_4_exp PSF-weighted exposure of the detection in the 2.0-4.5 keV band of EPIC/pn s double pn_4_flux EPIC pn flux in the 2.0-4.5 keV band erg.cm-2.s-1 double pn_4_flux_err 1-sigma error on PN_4_FLUX erg.cm-2.s-1 double pn_4_rate EPIC pn count rate in the 2.0-4.5 keV band counts.s-1 double pn_4_rate_err 1-sigma error on PN_4_RATE counts.s-1 double pn_4_vig EPIC/pn vignetting factor in the 2.0-4.5 keV band in this observation double pn_5_bg EPIC/pn background map in the 4.5-12.0 keV band at detection position counts.pixel-1 double pn_5_det_ml EPIC pn detection maximum likelihood value in the 4.5-12.0 keV band double pn_5_ecf Energy conversion factor for pn in the 4.5-12.0 keV band cts.cm2.erg-1 double pn_5_exp PSF-weighted exposure of the detection in the 4.5-12.0 keV band of EPIC/pn s double pn_5_flux EPIC pn flux in the 4.5-12.0 keV band erg.cm-2.s-1 double pn_5_flux_err 1-sigma error on PN_5_FLUX erg.cm-2.s-1 double pn_5_rate EPIC pn count rate in the 4.5-12.0 keV band counts.s-1 double pn_5_rate_err 1-sigma error on PN_5_RATE counts.s-1 double pn_5_vig EPIC/pn vignetting factor in the 4.5-12.0 keV band in this observation double pn_bg EPIC/pn background map at detection position in 0.2-12.0 keV band counts.pixel-1 double pn_cts EPIC pn counts in the 0.2-12.0 keV band counts double pn_cts_err 1-sigma error on PN_CTS counts double pn_det_ml EPIC pn detection maximum likelihood value in the 0.2-12.0 keV band double pn_filter EPIC/pn filter used for the observation char pn_flag EPIC/pn detection quality flags char pn_flux EPIC pn flux in the 0.2-12.0 keV band erg.cm-2.s-1 double pn_flux_err 1-sigma error on PN_FLUX erg.cm-2.s-1 double pn_hr1 EPIC/pn hardness ratio of energy bands 1 and 2 double pn_hr1_err 1-sigma error on PN_HR1 double pn_hr2 EPIC/pn hardness ratio of energy bands 2 and 3 double pn_hr2_err 1-sigma error on PN_HR2 double pn_hr3 EPIC/pn hardness ratio of energy bands 3 and 4 double pn_hr3_err 1-sigma error on PN_HR3 double pn_hr4 EPIC/pn hardness ratio of energy bands 4 and 5 double pn_hr4_err 1-sigma error on PN_HR4 double pn_maskfrac PSF-weighted detector coverage in EPIC/pn double pn_offax EPIC/pn off-axis angle between source position and aim point arcmin double pn_ontime Total good EPIC/pn exposure time s double pn_pileup Estimate of the pile-up level in EPIC/pn. A value below 1 corresponds to negligible pile-up (less than a few % flux loss) while values larger than 10 denote heavy pile-up double pn_rate EPIC pn count rate in the 0.2-12.0 keV band counts.s-1 double pn_rate_err 1-sigma error on PN_RATE counts.s-1 double pn_rawx X raw pixel position of detection in PN image int pn_rawy Y raw pixel position of detection in PN image int pn_submode EPIC/pn submode used for the observation char pps_srcnum The (decimal) source number in the individual PPS source list for this observation. When expressed in the hexadecimal system it identifies the source-specific product files belonging to this detection int ra Right ascension (J2000) deg double radec_err Quadratic sum of 1-sigma errors in RA and DEC arcsec double redshift_info_distance Link to complementary information on distance determination char redshift_lph_flag_zconf Confidence limit on redshift using the LePhare method double redshift_lph_z_best Redshift determined using the LePhare method double redshift_tpz_flag_zconf Confidence limit on redshift using the TPZ method double redshift_tpz_z_best Redshift determined using the TPZ method double redshift_zsp Spectral redshift double revolut XMM-Newton revolution number of the observation orbit char spec_dof_pl Degrees of freedom of absorbed powerlaw full spectral fit int spec_flag_pl Flag that indicates possible issues with powerlaw spectral fit. A value of 0 indicates no issues int spec_flux_err_lo_pl Lower 1-sigma (16th percentile) confidence limit of EPIC absorbed flux of absorbed powerlaw spectral fit (0.2-12.0 keV) erg s-1 cm-2 double spec_flux_err_up_pl Upper 1-sigma (84th percentile) confidence limit of EPIC absorbed flux of absorbed powerlaw spectral fit (0.2-12.0 keV) erg s-1 cm-2 double spec_flux_pl EPIC absorbed flux from absorbed powerlaw full spectral fit (0.2-12.0 keV) erg s-1 cm-2 double spec_gamma_err_lo_pl Lower 1-sigma (16th percentile) confidence limit of EPIC photon index of absorbed powerlaw spectral fit double spec_gamma_err_up_pl Upper 1-sigma (84th percentile) confidence limit of EPIC photon index of absorbed powerlaw spectral fit double spec_gamma_pl EPIC photon index from absorbed powerlaw full spectral fit double spec_iin_err_lo_pl Lower 1-sigma (16th percentile) confidence limit of EPIC inter-instrument normalisation of absorbed powerlaw spectral fit double spec_iin_err_up_pl Upper 1-sigma (84th percentile) confidence limit of EPIC inter-instrument normalisation of absorbed powerlaw spectral fit double spec_iin_pl EPIC inter-instrument normalisation from absorbed powerlaw full spectral fit double spec_info Link to further spectral information char spec_nh_err_lo_pl Lower 1-sigma (16th percentile) confidence limit of EPIC NH of absorbed powerlaw spectral fit cm-2 double spec_nh_err_up_pl Upper 1-sigma (84th percentile) confidence limit of EPIC NH of absorbed powerlaw spectral fit cm-2 double spec_nh_pl EPIC equivalent Hydrogen column density NH from absorbed powerlaw full spectral fit cm-2 double spec_pvalue_pl Pvalue of absorbed powerlaw full spectral fit double spectra The flag is set to True if this detection has a spectrum made in at least one exposure char srcid A unique number assigned to a group of catalogue entries which are assumed to be the same source long stack_det_ml Detection maximum likelihood using fitting of the 5 band spectrum (0.2-12.0 keV) double stack_flux Mean flux of spectral detection using fitting of the 5 band spectrum (0.2-12.0 keV) erg.cm-2.s-1 double stack_flux_err 1-sigma symmetric error on STACK_FLUX erg.cm-2.s-1 double stack_flux_err_lo Lower 1-sigma asymmetric error on STACK_FLUX erg s-1 cm-2 double stack_flux_err_up Upper 1-sigma asymmetric error on STACK_FLUX erg s-1 cm-2 double stack_gamma Power-law index from fitting of the 5 band spectrum double stack_gamma_err 1-sigma error on STACK_GAMMA double stack_gamma_err_lo Lower 1-sigma error on STACK_GAMMA double stack_gamma_err_up Upper 1-sigma error on STACK_GAMMA double stack_nh Hydrogen column density from fitting of the 5 band spectrum cm-2 double stack_nh_err 1-sigma error on STACK_NH cm-2 double stack_nh_err_lo Lower 1-sigma error on STACK_NH cm-2 double stack_nh_err_up Upper 1-sigma error on STACK_NH cm-2 double sum_flag Integer representation of the stack detection flags int tseries The flag is set to True if this detection has a time series made in at least one exposure char var_chi2 Reduced chi squared of EPIC band 0.2-12.0 keV inter-observation variability double var_chi2_1 Reduced chi squared of EPIC band 1 inter-observation variability double var_chi2_2 Reduced chi squared of EPIC band 2 inter-observation variability double var_chi2_3 Reduced chi squared of EPIC band 3 inter-observation variability double var_chi2_4 Reduced chi squared of EPIC band 4 inter-observation variability double var_chi2_5 Reduced chi squared of EPIC band 5 inter-observation variability double var_flag Variability flag set to True when CHI2PROB is below 1e-5; False otherwise (including when no time series is available - check CHI2PROB IS NOT NULL to distinguish 'not variable' from 'no data'). char var_prob Probability that the EPIC band 0.2-12.0 keV flux variability is consistent with zero double var_prob_1 Probability that the EPIC band 1 flux variability is consistent with zero double var_prob_2 Probability that the EPIC band 2 flux variability is consistent with zero double var_prob_3 Probability that the EPIC band 3 flux variability is consistent with zero double var_prob_4 Probability that the EPIC band 4 flux variability is consistent with zero double var_prob_5 Probability that the EPIC band 5 flux variability is consistent with zero double wise_match_prob Probability of the Wise and X-ray source match double wise_name WISE All-Sky Release Catalog name, based on J2000 position (designation) char wise_w1mag WISE W1 band source magnitude (AB system) mag double wise_w1mag_err WISE W1 band source magnitude error (AB system) mag double wise_w2mag WISE W2 band source magnitude (AB system) mag double wise_w2mag_err WISE W2 band source magnitude error (AB system) mag double wise_w3mag WISE W3 band source magnitude (AB system) mag double wise_w3mag_err WISE W3 band source magnitude error (AB system) mag double wise_w4mag WISE W4 band source magnitude (AB system) mag double wise_w4mag_err WISE W4 band source magnitude error (AB system) mag double x_ima X image coordinate pixel double x_ima_err 1-sigma symmetric error on X_IMA pixel double x_ima_err_lo Lower 1-sigma asymmetric error on X_IMA pixel double x_ima_err_up Upper 1-sigma asymmetric error on X_IMA pixel double y_ima Y image coordinate pixel double y_ima_err 1-sigma symmetric error on Y_IMA pixel double y_ima_err_lo Lower 1-sigma asymmetric error on Y_IMA pixel double y_ima_err_up Upper 1-sigma asymmetric error on Y_IMA pixel double xsa.v_exposure duration Exposure on time long end_utc End date of the observation in UTC char epic_bkg_count_rate double exposure_id Exposure Identifier char exposure_oid Internal identifier int filter char instrument char instrument_mode_oid Internal identifier for the observing mode of the instrument int is_scientific boolean mode_friendly_name char observation_id char observation_oid Internal identifier int start_utc Start date of the observation in UTC char xsa.v_image_galleryArchive UI image gallery metadata table article_html char category int credit char dec2000 double decd int decm int decs double filter char fovunits char fovx double fovy double id int img_path char instrument char mode char obs_date char observers char other_res char ra2000 double rah int ram int ras double src_gallery char subcat int target char thumb_path char title char xsa.v_ingestions date_file_delivered char date_ingest_finished char file_size long input_file char xsa.v_instrument_mode instrument char instrument_mode_oid int mode char mode_friendly_name char xsa.v_om_source b_ab_mag B AB_Magnitude double b_flux B Flux erg s-1 cm-2 A-1 double bii Galactic Latitude [degrees] deg double b_signif B Detection Significance double dec Declination J2000 [degrees] deg double eflag_max int lii Galactic Longitude [degrees] deg double observation_id char observation_oid Internal ID for OM observation int om_source_equatorial_spoint double om_source_fov_scircle double om_source_galactic_spoint double om_source_oid Internal ID for OM source int poserr Position Error arcsec double qflag_comb int ra Right Ascension [degrees] deg double src_num The (decimal) source number in the individual source list for this observation int u_ab_mag U AB_Magnitude double u_flux U Flux erg s-1 cm-2 A-1 double u_signif U Detection Significance double uvm2_ab_mag UVM2 AB_Magnitude double uvm2_flux UVM2 Flux erg s-1 cm-2 A-1 double uvm2_signif UVM2 Detection Significance double uvw1_ab_mag UVW1 AB_Magnitude double uvw1_flux UVW1 Flux erg s-1 cm-2 A-1 double uvw1_signif UVW1 Detection Significance double uvw2_ab_mag UVW2 AB_Magnitude double uvw2_flux UVW2 Flux erg s-1 cm-2 A-1 double uvw2_signif UVW2 Detection Significance double v_ab_mag V AB_Magnitude double v_flux V Flux erg s-1 cm-2 A-1 double v_signif V Detection Significance double xsa.v_om_source_catThe XMM-Newton Serendipitous Ultraviolet Source Survey (XMM-SUSS) is a catalog of ultraviolet (UV) sources detected serendipitously by the Optical Monitor (XMM-OM) on board the XMM-Newton observatory. The current version is SUSS-6.2. b_ab_flux Source flux for the filter B erg/s/cm**2/A double b_ab_flux_err Source flux error for the filter B erg/s/cm**2/A double b_ab_mag Source AB magnitude for the filter B mag double b_ab_mag_err Source AB magnitude error, filter B mag double b_extended_flag Source extended flag for the filter B int bii Source galactic latitude degrees double b_major_axis Source major semi-axis for the filter B arcsec double b_minor_axis Source minor semi-axis for the filter B arcsec double b_posang Source position angle for the filter B degree double b_quality_flag Source quality flag for the filter B int b_quality_flag_st Source quality flag string, filter B char b_rate Source count rate for the filter B count/sec double b_rate_err Source count rate error, filter B count/sec double b_signif Source significance for the filter B sigma double b_sky_image Source detected in stacked images filter B char b_srcdist Dist. to the nearest source, B filter arcsec double b_vega_mag Source Vega magnitude for the filter B mag double b_vega_mag_err Source Vega magnitude error, filter B mag double date_end OM observation end time in UTC char date_obs OM observation start time in UTC char dec Source Declination coordinate (deg) degrees double dec_dms Source Declination coordinate in DMS char duration Exposure on time int fast_id Fast timeseries source identification char iauname Source IAU name char lii Source galactic longtude degrees double n_obsid Number of observation IDs for this source int n_summary Index in the SUMMARY table for the source OBSID long obsid Source OBSID number char om_source_cat_equatorial_spoint Coordinates of the source on the celestial sphere given in RA and DEC (J2000). double om_source_cat_fov_scircle Circle projected on the surface of the celestial sphere centered at the coordinates of the source given in RA and DEC (J2000) and a given radius of 15 arc min. double om_source_cat_galactic_spoint Coordinates of the source on the celestial sphere given in latitude and longitude. double poserr Source positional (coordinate) error arcsec double ra Source Right Ascension coordinate (deg) degrees double ra_hms Source Right Ascension in hour units char src_id Source number in observation int srcnum Source number in this catalogue long u_ab_flux Source flux for the filter U erg/s/cm**2/A double u_ab_flux_err Source flux error for the filter U erg/s/cm**2/A double u_ab_mag Source AB magnitude for the filter U mag double u_ab_mag_err Source AB magnitude error, filter U mag double u_extended_flag Source extended flag for the filter U int u_major_axis Source major semi-axis for the filter U arcsec double u_minor_axis Source minor semi-axis for the filter U arcsec double u_posang Source position angle for the filter U degree double u_quality_flag Source quality flag for the filter U int u_quality_flag_st Source quality flag string, filter U char u_rate Source count rate for the filter U count/sec double u_rate_err Source count rate error, filter U count/sec double u_signif Source significance for the filter U sigma double u_sky_image Source detected in stacked images filter U char u_srcdist Dist. to the nearest source, U filter arcsec double u_vega_mag Source Vega magnitude for the filter U mag double u_vega_mag_err Source Vega magnitude error, filter U mag double uvm2_ab_flux Source flux for the filter UVM2 erg/s/cm**2/A double uvm2_ab_flux_err Source flux error for the filter UVM2 erg/s/cm**2/A double uvm2_ab_mag Source AB magnitude for the filter UVM2 mag double uvm2_ab_mag_err Source AB magnitude error, filter UVM2 mag double uvm2_extended_flag Source extended flag for the filter UVM2 int uvm2_major_axis Source major semi-axis for the filter UVM2 arcsec double uvm2_minor_axis Source minor semi-axis for the filter UVM2 arcsec double uvm2_posang Source position angle for the filter UVM2 degree double uvm2_quality_flag Source quality flag for the filter UVM2 int uvm2_quality_flag_st Source quality flag string, filter UVM2 char uvm2_rate Source count rate for the filter UVM2 count/sec double uvm2_rate_err Source count rate error, filter UVM2 count/sec double uvm2_signif Source significance for the filter UVM2 sigma double uvm2_sky_image Source detected in stacked images filter UVM2 char uvm2_srcdist Dist. to the nearest source, UVM2 filter arcsec double uvm2_vega_mag Source Vega magnitude for the filter UVM2 mag double uvm2_vega_mag_err Source Vega magnitude error, filter UVM2 mag double uvw1_ab_flux Source flux for the filter UVW1 erg/s/cm**2/A double uvw1_ab_flux_err Source flux error for the filter UVW1 erg/s/cm**2/A double uvw1_ab_mag Source AB magnitude for the filter UVW1 mag double uvw1_ab_mag_err Source AB magnitude error, filter UVW1 mag double uvw1_extended_flag Source extended flag for the filter UVW1 int uvw1_major_axis Source major semi-axis for the filter UVW1 arcsec double uvw1_minor_axis Source minor semi-axis for the filter UVW1 arcsec double uvw1_posang Source position angle for the filter UVW1 degree double uvw1_quality_flag Source quality flag for the filter UVW1 int uvw1_quality_flag_st Source quality flag string, filter UVW1 char uvw1_rate Source count rate for the filter UVW1 count/sec double uvw1_rate_err Source count rate error, filter UVW1 count/sec double uvw1_signif Source significance for the filter UVW1 sigma double uvw1_sky_image Source detected in stacked images filter UVW1 char uvw1_srcdist Dist. to the nearest source, UVW1 filter arcsec double uvw1_vega_mag Source Vega magnitude for the filter UVW1 mag double uvw1_vega_mag_err Source Vega magnitude error, filter UVW1 mag double uvw2_ab_flux Source flux for the filter UVW2 erg/s/cm**2/A double uvw2_ab_flux_err Source flux error for the filter UVW2 erg/s/cm**2/A double uvw2_ab_mag Source AB magnitude for the filter UVW2 mag double uvw2_ab_mag_err Source AB magnitude error, filter UVW2 mag double uvw2_extended_flag Source extended flag for the filter UVW2 int uvw2_major_axis Source major semi-axis for the filter UVW2 arcsec double uvw2_minor_axis Source minor semi-axis for the filter UVW2 arcsec double uvw2_posang Source position angle for the filter UVW2 degree double uvw2_quality_flag Source quality flag for the filter UVW2 int uvw2_quality_flag_st Source quality flag string, filter UVW2 char uvw2_rate Source count rate for the filter UVW2 count/sec double uvw2_rate_err Source count rate error, filter UVW2 count/sec double uvw2_signif Source significance for the filter UVW2 sigma double uvw2_sky_image Source detected in stacked images filter UVW2 char uvw2_srcdist Dist. to the nearest source, UVW2 filter arcsec double uvw2_vega_mag Source Vega magnitude for the filter UVW2 mag double uvw2_vega_mag_err Source Vega magnitude error, filter UVW2 mag double v_ab_flux Source flux for the filter V erg/s/cm**2/A double v_ab_flux_err Source flux error for the filter V erg/s/cm**2/A double v_ab_mag Source AB magnitude for the filter V mag double v_ab_mag_err Source AB magnitude error, filter V mag double v_extended_flag Source extended flag for the filter V int v_major_axis Source major semi-axis for the filter V arcsec double v_minor_axis Source minor semi-axis for the filter V arcsec double v_posang Source position angle for the filter V degree double v_quality_flag Source quality flag for the filter V int v_quality_flag_st Source quality flag string, filter V char v_rate Source count rate for the filter V count/sec double v_rate_err Source count rate error, filter V count/sec double v_signif Source significance for the filter V sigma double v_sky_image Source detected in stacked images filter V char v_srcdist Dist. to the nearest source, V filter arcsec double v_vega_mag Source Vega magnitude for the filter V mag double v_vega_mag_err Source Vega magnitude error, filter V mag double xsa.v_proposal abstract char address1 char address2 char ams_id int ao int category char country char institute char pi_first_name char pi_surname char pi_title char proposal_id char proposal_oid int state char title char town char type char user_oid int xsa.v_proposal_observation_info heasarc_code HEASARC Object Classification int observation_id The XMM-Newton observation identification. char otac_id char prim_inst char prop_flag char proposal_id char proposal_observation_info_oid int proposal_oid Internal proposal identifier int xsa.v_publication abstract_url char authors char bib_code char journal char "month" short page char publication_oid int title char volume short "year" short xsa.v_publication_observation bib_code char observation_id char observation_oid Internal identifier for XMM-Newton Observation int publication_observation_oid int publication_oid Internal identifier for publication int xsa.v_publication_slew_observation bib_code char publication_oid Internal identifier for publication int publication_slew_observation_oid int slew_observation_id char slew_observation_oid Internal identifier for SLEW observation int xsa.v_public_observations bii Galactic Latitude [degrees] deg double dec Declination J2000 [degrees] deg double duration Exposure on time long end_utc End date of the observation in UTC char footprint_fov double heasarc_code HEASARC Object Classification int lii Galactic Longitude [degrees] deg double moving_target If the observation contains a moving target boolean observation_equatorial_spoint double observation_fov_scircle double observation_galactic_spoint double observation_id The XMM-Newton observation identification. char observation_oid Internal identifier for the observation int odf_proc_date char odf_version char position_angle Position Angle [degrees] deg double pps_proc_date char pps_version char proposal_id char proposal_oid Internal proposal identifier int proprietary_end_date Propietary period expiry date char ra Right Ascension [degrees] deg double ra_nom Right Ascension decima hours double revolution The XMM-Newton revolution number. int sas_version char seq_id Pipeline sequence long start_utc Start date of the observation in UTC char stc_s char target Target name char with_science Processed observation with science products boolean xsa.v_public_observations_new_odf_ingestion date_ingest_finished char observation_id char odf_version char xsa.v_public_observations_new_pps_ingestion date_ingest_finished char observation_id char pps_version char xsa.v_rgs_source bii Galactic Latitude [degrees] deg double dec Declination J2000 [degrees] deg double ep_tot EPIC total band count rate of this source double ep_tot_err Error on total count rate of this source double lii Galactic Longitude [degrees] deg double observation_id char observation_oid Internal ID for observation int ra Right Ascension [degrees] deg double rgs_source_equatorial_spoint double rgs_source_fov_scircle double rgs_source_galactic_spoint double rgs_source_oid Internal ID for RGS source int src_num The (decimal) source number in the individual source list for this observation int xsa.v_slew_exposure bii double dec double end_utc char filter char instrument char instrument_mode_oid long lii double mode_friendly_name char naxis int naxis1 int naxis2 int ra double ra_hhmmss double slew_exposure_equatorial_spoint double slew_exposure_fov_sbox double slew_exposure_fov_spoly double slew_exposure_galactic_spoint double slew_exposure_id char slew_exposure_oid int slew_observation_id char slew_observation_oid long start_utc char xsa.v_slew_observation proprietary_end_date Propietary period expiry date char revolution The XMM-Newton revolution number. int sdf_version char slew_observation_id SLEW Observation identifier char slew_observation_oid Internal identifier for Slew observation int slew_pps_version char start_date Start date of SLEW observation char xsa.v_slew_source dec Declination J2000 [degrees] deg double det_ml_b6 The detection likelihood in the soft (0.2-2 keV) energy band. double det_ml_b7 The detection likelihood in the hard (2-12 keV) energy band. double det_ml_b8 The detection likelihood in the total (0.2-12 keV) energy band. double flux_b6 Source flux in the soft band (0.2-2.0 keV) (10E-12) ergs/s/cm2 double flux_b6_err The source flux in the soft energy (0.2-2.0 keV) (10E-12) ergs/s/cm2 double flux_b7 Source flux in the hard band (2.0-12.0 keV) (10E-12) ergs/s/cm2 double flux_b7_err Error on source flux in the hard band (2.0-12.0 keV) (10E-12) ergs/s/cm2 double flux_b8 Source flux in the total band (0.2-12.0 keV) (10E-12) ergs/s/cm2 double flux_b8_err Error on source flux in the total band (0.2-12.0 keV) (10E-12) ergs/s/cm2 double ra Right Ascension [degrees] deg double radec_err Radial error on the position, computed as sqrt(ra_err2 + dec_err2), in arcsecs, where ra_err and dec_err are the 1 sigma uncertainties in the RA and DEC coordinates respectively. arcsec double ra_hhmmss Right Ascension [decimal hours] double scts_b6 Source counts in the soft band (0.2-2.0 keV) counts double scts_b6_err Error on source counts in the soft band (0.2-2.0 keV) counts double scts_b7 Source counts in the hard band (2.0-12.0 keV) counts double scts_b7_err Error on source counts in the hard band (2.0-12.0 keV) counts double scts_b8 Source counts in the total band (0.2-12.0 keV) counts double scts_b8_err Error on source counts in the total band (0.2-12.0 keV) counts double slew_exposure_id char slew_exposure_oid Internal identifier for SLEW exposure int slew_observation_id char slew_observation_oid Internal identifier for SLEW observation int slew_source_equatorial_spoint double slew_source_fov_scircle double slew_source_oid Internal identifier for SLEW source int src_name This is the official name for sources detected in the XMM-Newton slew survey char xsa.v_slew_source_catThe XMM-Newton Slew Source catalogue: XMMSL3 altident An alternative name for the best match source. char bg_map_b6 Background value for the soft band. (0.2-2.0 keV) counts/pixel double bg_map_b7 Background value for the hard band. (2.0-12.0 keV) counts/pixel double bg_map_b8 Background value for the total band. (0.2-12.0 keV) counts/pixel double bii Galactic Latitude [degrees] deg double bii_b6 The galactic position in [degrees] of the soft band source. (0.2-2.0 keV) deg double bii_b7 The galactic position in [degrees] of the hard band source. (2.0-12.0 keV) deg double bii_b8 The galactic position in [degrees] of the total band source. (0.2-12.0 keV) deg double date_end SLEW exposure end date char date_obs SLEW exposure start date char dec Declination J2000 [degrees] deg double dec_b6 The J2000 celestial position of of the soft band source. (0.2-2.0 keV) deg double dec_b7 The J2000 celestial position of of the hard band source. (2.0-12.0 keV) deg double dec_b8 The J2000 celestial position of of the total band source. (0.2-12.0 keV) deg double det_ml_b6 The detection likelihood in the soft (0.2-2.0 keV) energy band double det_ml_b7 The detection likelihood in the hard (2.0-12 keV) energy band double det_ml_b8 The detection likelihood in the total (0.2-12 keV) energy band double duration Exposure on time pixels int exp_map_b6 The effective on-axis exposure time in [seconds], in the soft energy band. (0.2-2.0 keV) seconds double exp_map_b7 The effective on-axis exposure time in [seconds], in the hard energy band. (2.0-12.0 keV) seconds double exp_map_b8 The effective on-axis exposure time in [seconds], in the total energy band. (0.2-12.0 keV) seconds double ext_b6 Spatial extension of the source in the soft energy band. (0.2-2.0 keV) pixels double ext_b6_err Statistical one sigma error on the soft band extension parameter. (0.2-2.0 keV) pixels double ext_b7 Spatial extension of the source in the hard energy band. (2.0-12.0 keV) pixels double ext_b7_err Statistical one sigma error on the hard band extension parameter. (2.0-12.0 keV) pixels double ext_b8 Spatial extension of the source in the total energy band. (0.2-12.0 keV) pixels double ext_b8_err Statistical one sigma error on the total band extension parameter. (0.2-12.0 keV) pixels double ext_ml_b6 Likelihood of the source being extended in the soft (0.2-2 keV) energy band double ext_ml_b7 Likelihood of the source being extended in the hard (2-12 keV) energy band double ext_ml_b8 Likelihood of the source being extended in the total (0.2-12 keV) energy band. double filt_cnts The number of counts found within a 1 arcminute radius about the source position after standard filtering is applied. double flag_comment A comment which explains why a particular source flag has been set to true char flux_b6 The source flux in the total energy (0.2-2.0 keV) (10E-12) ergs/s/cm2 double flux_b6_err The error on the soft band source flux (10E-12) ergs/s/cm2 double flux_b7 The source flux in the hard energy (2.0-12.0 keV) (10E-12) ergs/s/cm2 double flux_b7_err The error on the hard band source flux (10E-12) ergs/s/cm2 double flux_b8 The source flux in the total energy (0.2-12.0 keV) (10E-12) ergs/s/cm2 double flux_b8_err The error on the total band source flux. (10E-12) ergs/s/cm2 double hr1 The hardness ratio, defined as HR1 = (rate_b7-rate_b6)/(rate_b7+rate_b6) where rate_b7 is the hard band count rate and rate_b6 is the soft band count rate. This has been calculated for the 1936 sources which have a positive detection in both bands double hr1_err Error on the hardness ratio calculated as: sqrt(rate_b7_err*rate_b7_err + rate_b6_err*rate_b6_err) /(rate_b7+rate_b6) where rate_b7_err and rate_b6_err are the errors on the hard and soft band count rates respectively double id_category The source type as returned by SIMBAD, NED and the other resources used in the cross-matching process. char id_dist The distance in arcminutes between the best match candidate and the SLEW survey source arcsec double ident Cross-correlations of the positions of the slew sources with astronomical databases and catalogues have been performed (see section on IDs) char id_resource The astronomical database or catalogue from which the best match has been selected. char image_bg_rate Peak background count rate in the image from which the source was extracted counts/s double lii Galactic Longitude [degrees] deg double lii_b6 The galactic position in [degrees] of the soft band source. (0.2-2.0 keV) deg double lii_b7 The galactic position in [degrees] of the hard band source. (2.0-12.0 keV) deg double lii_b8 The galactic position in [degrees] of the total band source. (0.2-12.0 keV) deg double mjd_start Modified Julian Date (i.e., JD - 2400000.5) of the start of the observation. double mjd_stop Modified Julian Date (i.e., JD - 2400000.5) of the end of the observation. double mode_id Observing mode of the EPIC-pn camera. FF= Full frame mode eFF = extended full frame mode LW = large window mode char ra Right Ascension [degrees] deg double ra_b6 The J2000 celestial position of the soft band source. (0.2-2.0 keV) deg double ra_b7 The J2000 celestial position of the hard band source. (2.0-12.0 keV) deg double ra_b8 The J2000 celestial position of the total band source. (0.2-12.0 keV) deg double radec_b6_err The statistical error in [degrees], on the soft band position. (0.2-2.0 keV) deg double radec_b7_err The statistical error in [degrees], on the hard band position. (2.0-12.0 keV) deg double radec_b8_err The statistical error in [degrees], on the total band position. (0.2-12.0 keV) deg double radec_err Radial error on the position, computed as sqrt(ra_err2 + dec_err2), in arcsecs, where ra_err and dec_err are the 1 sigma uncertainties in the RA and DEC coordinates respectively. arcsec double rass_dist The distance from the best match ROSAT source and the SLEW source arcsec double rassname char rate_b6 The soft band count rate (0.2-2.0 keV) counts/s double rate_b6_err The error on the soft band count rate (0.2-2.0 keV) counts/s double rate_b7 The hard band count rate (2.0-12.0 keV) counts/s double rate_b7_err The error on the hard band count rate (2.0-12.0 keV) counts/s double rate_b8 The total band count rate (0.2-12.0 keV) counts/s double rate_b8_err The error on the total band count rate (0.2-12.0 keV) counts/s double scts_b6 The number of background subtracted counts, in the soft energy band (0.2-2 keV), corrected for the PSF counts double scts_b6_err Statistical 1 sigma error on the soft band source counts (0.2-2.0 keV). counts double scts_b7 The number of background subtracted counts, in the hard energy band (2.0-12.0 keV) counts double scts_b7_err Statistical 1 sigma error on the hard band source counts (2.0-12.0 keV) counts double scts_b8 The number of background subtracted counts, in the total energy band (0.2-12.0 keV) counts double scts_b8_err Statistical 1 sigma error on the total band source counts (0.2-12.0 keV) counts double slew_observation_id SLEW observation ID char slew_source_cat_equatorial_spoint double slew_source_cat_fov_scircle double slew_source_cat_galactic_spoint double srcname This is the official name for sources detected in the XMM-Newton slew survey char srcname_b6 The source name defined in the soft band list. The format is 'xs' followed by the revolution number, the observation ID and the source position, e.g. xs0841_9084100002_12:57:07.5+01:50:42 char srcname_b7 The source name defined in the hard band list. The format is 'xs' followed by the revolution number, the observation ID and the source position, e.g. xs0841_9084100002_12:57:07.5+01:50:42 char srcname_b8 The source name defined in the total band list. The format is 'xs' followed by the revolution number, the observation ID and the source position, e.g. xs0841_9084100002_12:57:07.5+01:50:42 char srcnum This is the official name for sources detected in the XMM-Newton slew survey int unfilt_cnts The number of counts found within a 1 arcminute radius about the source position with no filtering applied double us_extras Name in the EXTRAS catalogue double us_xmmsl1 XMMSL1 name char val_flag A text string which is set to 'CLEAN_SAMPLE' if this source is included in the clean subset char ver_false This is a catch-all for problems not included in the other flags. char ver_halo If set true, this flag indicates that a detection lies within the point spread function, or halo, of a very bright source and is probably spurious. char ver_hibgnd If set true, this flag indicates that the source lies within a bright region, caused by high background, and is probably spurious. char ver_inext If set true, this flag notes that a detection has been found within an extended source and is probably false. This flag is used to ensure that only one source is quoted for the large supernova remnants. char ver_nredg Source near edge. Not used in XMMSL2. char ver_optload A warning flag indicating that the source may suffer from optical loading char ver_psusp This flag indicates that the quoted position of the source is likely to be inaccurate. In a few slews the attitude reconstruction is poor and in these cases the actual position of the source is difficult to determine and can be wrong by an arcminute. char x_ima_b6 The X position of the source in the soft band image in image pixels. (0.2-2.0 keV) pixels double x_ima_b7 The X position of the source in the hard band image in image pixels. (2.0-12.0 keV) pixels double x_ima_b8 The X position of the source in the total band image in image pixels. (0.2-12.0 keV) pixels double ximname_b6 The name of the image containing the soft band detection. (0.2-2.0 keV) char ximname_b7 The name of the image containing the hard band detection. (2.0-12.0 keV) char ximname_b8 The name of the image containing the total band detection. (0.2-12.0 keV) char y_ima_b6 The Y position of the source in the soft band image in image pixels. (0.2-2.0 keV) pixels double y_ima_b7 The Y position of the source in the hard band image in image pixels. (2.0-12.0 keV) pixels double y_ima_b8 The Y position of the source in the total band image in image pixels. (0.2-12.0 keV) pixels double xsa.v_target_type description char heasarc_code HEASARC Object Classification int xsa.v_uls_exposure_image exposure_oid int filename char instrument char observation_id char revolution char xsa.v_uls_slew_exposure_image filename char instrument char revolution char slew_exposure_oid int slew_observation_id char