Infrared Space Observatory (ISO) TAP

Infrared Space Observatory (ISO) TAP ISO TAP ivo://esavo/iso/tap European Space Agency Bruno Merin esdc_leads@cosmos.esa.int +34918131456 ESA, ISO, Archive, ESAC This service provides access to tables and catalogues of the ISO ESA mission. The Infrared Space Observatory (ISO) was the world's first true orbiting infrared observatory. Equipped with four highly-sophisticated and versatile scientific instruments, it was launched by Ariane in November 1995 and provided astronomers world-wide with a facility of unprecedented sensitivity and capabilities for a detailed exploration of the Universe at infrared wavelengths. The two spectrometers (SWS and LWS), a camera (ISOCAM) and an imaging photo-polarimeter (ISOPHOT) jointly covered wavelengths from 2.5 to around 240 microns with spatial resolutions ranging from 1.5 arcseconds (at the shortest wavelengths) to 90 arcseconds (at the longer wavelengths). Its 60 cm diameter telescope was cooled by superfluid liquid helium to temperatures of 2-4 K. https://archives.esac.esa.int/nida tap_upload hpdp hpdp.cam_sato CAM photometry of faint 6.7 um sources in the SSA13 field Faint 6.7 micron sources in the high galactic latitude field SSA13 are extracted by combining 16 CAM01 observations with the total observing time of 23 hours. aperture_flux Integrated flux in a 7".2 apertureAccepted values are in the range 2.33532 to 46.04109 DOUBLE primary bias_c_s_n Bias corrected S/NAccepted values are in the range 1.51676 to 25.13984 DOUBLE primary completeness Completeness of the source detectionAccepted values are in the range 0.0680851 to 1.0 DOUBLE primary dec deg pos.eq.dec;meta.main Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C2 DOUBLE primary dec_2000 dec in deg deg pos.eq.dec;meta.main Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C2 DOUBLE primary flux_bias_correction Flux bias correction (ratio of true flux over measured one)Accepted values are in the range 0.71537 to 0.96947 DOUBLE primary id_number Identification number of the source.If ID number 0 then it is a detection in the negative S/N map.Accepted values are in the range -11 to 64 INTEGER primary isophotal_flux Integrated flux in an isophote of S/N=1.5Accepted values are in the range 2.65471 to 186.00262 DOUBLE primary max_bias_c_s_n Upper limit of the Flux bias correctioAccepted values are in the range 0.85589 to 1.08009 DOUBLE primary max_completeness Upper limit of the completeness of the source detectionAccepted values are in the range 0.0724685 to 1.0421851 DOUBLE primary max_err_tot_flux1 Upper error in Total flux 1Accepted values are in the range 3.31938 to 65.41252 DOUBLE primary max_err_tot_flux2 Upper error in Total flux 2Accepted values are in the range 3.33852 to 65.78951 DOUBLE primary max_f_bias_correct Upper limit of the Flux bias correctionAccepted values are in the range 0.85589 to 1.08009 DOUBLE primary max_pos_uncertainty Upper limit of the position uncertaintyAccepted values are in the range 1.282721 to 6.511044 DOUBLE primary min_bias_c_s_n Lower limit of the Bias corrected S/NAccepted values are in the range 1.2043 to 23.21453 DOUBLE primary min_completeness Lower limit of the completeness of the source detectionAccepted values are in the range 0.0639597 to 0.9594902 DOUBLE primary min_err_tot_flux1 Lower error in Total flux 1Accepted values are in the range 3.24897 to 54.40046 DOUBLE primary min_err_tot_flux2 Lower error in Total flux 2Accepted values are in the range 3.24465 to 53.89949 DOUBLE primary min_f_bias_correct Lower limit of the Flux bias correctionAccepted values are in the range 0.57274 to 0.89522 DOUBLE primary min_pos_uncertainty Lower limit of the position uncertaintyAccepted values are in the range 0.820563 to 1.633247 DOUBLE primary obsno INTEGER primary obsnumber10 INTEGER primary obsnumber11 INTEGER primary obsnumber12 INTEGER primary obsnumber13 INTEGER primary obsnumber14 INTEGER primary obsnumber15 INTEGER primary obsnumber16 INTEGER primary obsnumber2 INTEGER primary obsnumber3 INTEGER primary obsnumber4 INTEGER primary obsnumber5 INTEGER primary obsnumber6 INTEGER primary obsnumber7 INTEGER primary obsnumber8 INTEGER primary obsnumber9 INTEGER primary position_uncertainty Total astrometric error: quadratic sum of the absolute and relative astrometric errorAccepted values are in the range 0.920849 to 3.33831 DOUBLE primary ra deg pos.eq.ra;meta.main Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C1 DOUBLE primary ra_2000 ra in deg deg pos.eq.ra;meta.main Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C1 DOUBLE primary s_n S/N in a 7".2 aperture at the source positionAccepted values are in the range 2.08047 to 25.93165 DOUBLE primary total_flux1 Total flux corrected from a 7".2 aperture flux with three steps (section 5.2 in the A&A paper);bias (7".2), aperture (7".2->18"), and processing (18"->total).The result correspond to F_total in the paperAccepted values are in the range 6.36095 to 167.07957 DOUBLE primary total_flux2 Total flux corrected from a 7".2 aperture flux with two steps;bias (7".2), and processing (7".2->total).Accepted values are in the range 6.48065 to 170.22389 DOUBLE primary x_position X position of the detected sourceAccepted values are in the range 34.7713 to 448.7948 DOUBLE primary y_position Y position of the detected sourceAccepted values are in the range 27.4109 to 469.0837 DOUBLE primary

hpdp.cambendo ISOCAM 12 micron Atlas of Bright Spiral GalaxiesAuthors: G. Bendo et al.Description:This atlas contains 12 micron images of a representative sample of 75 Bright Spiral Galaxies chosen from the Revised Shapley-Ames Catalog. A Catalog with fluxes at 12 microns with different apertures has been produced. dec deg pos.eq.dec;meta.main Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C2 DOUBLE primary err_flux_135 Error in Flux density within 135" apertureAccepted values are in the range 6.9 to 560.0 DOUBLE primary err_flux_15 Error in Flux density within 15" apertureAccepted values are in the range 0.27 to 160.0 DOUBLE primary err_flux_45 Flux density within 45" apertureAccepted values are in the range 1.7 to 360.0 DOUBLE primary flux_135 Flux density within 135" apertureAccepted values are in the range 0.66 to 1580.0 DOUBLE primary flux_15 Flux density within 15" apertureAccepted values are in the range 0.66 to 1580.0 DOUBLE primary flux_45 Error in Flux density within 45" apertureAccepted values are in the range 3.6 to 3630.0 DOUBLE primary object_name Object name VARCHAR primary obsno INTEGER primary ra deg pos.eq.ra;meta.main Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C1 DOUBLE primary

hpdp.chopc2i ISOPHOT C200 chopped observations of compact objects (I)Authors: A. Moor et al.Description:This catalogue contains 206 ISOPHOT observations (456 measurements) of 189 compact objects. They were observed in chopped mode with the C200 detectors (only) after revolution 95. aperture Aperture for detectors, circular for P1,P2,P3, square for C100 and C200 detectors DOUBLE primary dec deg pos.eq.dec;meta.main Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C2 DOUBLE primary detector ISOPHOT detector (C1 or C2 for C100 and C200) VARCHAR primary epoch Epoch of the observation VARCHAR primary flux_density [Jy] Flux density of the source. In case of a point source the measured flux is corrected for the size of the point spread function. In case of an extended source it corresponds to the integrated brightness. No colour correction applied DOUBLE primary flux_uncertainty [Jy] Flux uncertainty. No colour correction applied DOUBLE primary iso_name Target name as given by the original ISO proposer VARCHAR primary object_name SIMBAD compatible name VARCHAR primary object_type Standard SIMBAD code for object type VARCHAR primary off_meas Index of the off-source measurement within TDTNUM_OFF VARCHAR primary on_meas Index of the on-source measurement within TDTNUM_ON VARCHAR primary quality Quality of the observation<BR=============================================================================== Code Remark ------------------------------------------------------------------------------- R1 Standard processing according to the scheme described in the report. ------------------------------------------------------------------------------- R2 Observation was carried out at the very beginning or at the very end of orbit. Reduced photometric reliability at orbital phase lesser than 0.2 or greater than 0.8. ------------------------------------------------------------------------------- R3 Measured flux was out of the empirically calibrated range. ------------------------------------------------------------------------------- R4 Default FCS is used. =============================================================================== VARCHAR primary ra deg pos.eq.ra;meta.main Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C1 DOUBLE primary tdt_num_off The 8-digit TDTNUM of the off-source observation VARCHAR primary tdt_num_on The 8-digit TDTNUM of the on-source observation VARCHAR primary wavelength Square aperture for C100 (43.5 arcsec) and C200 (89.4 arcsec) detectors INTEGER primary

hpdp.chopc2ii ISOPHOT C200 chopped observations of compact objects (II) Authors: A. Moor et al. Description: This catalogue contains 399 ISOPHOT observations (772 measurements) of 353 compact objects. They were observed in chopped mode with the C200 detectors after revolution 95 (these objects were observed with the C100 array as well). aperture Square aperture for C100 (43.5 arcsec) and C200 (89.4 arcsec) detectors arcsec DOUBLE dec_2000 deg pos.eq.dec;meta.main Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C2 DOUBLE primary detector ISOPHOT detector (C1 or C2 for C100 and C200) VARCHAR primary epoch Epoch of the observation VARCHAR primary flux_density Flux density of the source. In case of a point source the measured flux is corrected for the size of the point spread function. In case of an extended source it corresponds to the integrated brightness. No colour correction applied Jy DOUBLE primary flux_uncertainty Flux uncertainty. No colour correction applied Jy DOUBLE primary iso_name Target name as given by the original ISO proposer VARCHAR primary object_name SIMBAD compatible name. VARCHAR primary object_type Standard SIMBAD code for object type VARCHAR primary off_meas Index of the off-source measurement within TDTNUM_OFF VARCHAR primary on_meas Index of the on-source measurement within TDTNUM_ON VARCHAR primary quality Quality of the observation =============================================================================== Code Remark ------------------------------------------------------------------------------- R1 Standard processing according to the scheme described in the report. ------------------------------------------------------------------------------- R2 Observation was carried out at the very beginning or at the very end of orbit. Reduced photometric reliability at orbital phase lesser than 0.2 or greater than 0.8. ------------------------------------------------------------------------------- R3 Measured flux was out of the empirically calibrated range. ------------------------------------------------------------------------------- R4 Default FCS is used. =============================================================================== VARCHAR primary ra_2000 deg pos.eq.ra;meta.main Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C1 DOUBLE primary tdt_num_off The 8-digit TDTNUM of the off-source observation VARCHAR primary tdt_num_on The 8-digit TDTNUM of the on-source observation VARCHAR primary wavelength Nominal wavelength of the ISOPHOT filter micron INTEGER primary

hpdp.compkon Far-infrared ISOPHOT Sparse Maps of Compact GalaxiesAuthors: Sz. Csizmadia et al.Description:This catalogue contains 64 ISOPHOT observations of 64 extragalactic objects. They were observed in sparse map mode with the C100 detector after revolution 95. aperture Aperture for detectors square for the C100 detector arcsec DOUBLE primary background Background surface brightness. No colour correction applied MJy/sr DOUBLE primary dec_2000 deg pos.eq.dec;meta.main Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C2 DOUBLE primary detector ISOPHOT detector (eg. C1 for C100) VARCHAR primary epoch Epoch of the observation VARCHAR primary flux_density Flux density of the source. No colour correction applied. Jy DOUBLE primary flux_uncertainty Flux uncertainty. No colour correction applied Jy DOUBLE primary iso_name Target name as given by the original ISO proposer VARCHAR primary object_name SIMBAD compatible name VARCHAR primary object_type Standard SIMBAD code for object type VARCHAR primary off_meas Index of the off-source measurement within TDTNUM_OFF VARCHAR primary on_meas Index of the on-source measurement within TDTNUM_ON VARCHAR primary quality Quality of the observation<BR=============================================================================== Code Remark ------------------------------------------------------------------------------- R1 Standard processing according to the scheme described in the report. ------------------------------------------------------------------------------- R2 Observation was carried out at the very beginning or at the very end of orbit. Reduced photometric reliability at orbital phase lesser than 0.2 or greater than 0.8. ------------------------------------------------------------------------------- R3 The first measurement in a sparse map sequence generally less reliable due to the non-stabilized signal. ------------------------------------------------------------------------------- =============================================================================== VARCHAR primary ra_2000 deg pos.eq.ra;meta.main Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C1 DOUBLE primary tdt_num_off The 8-digit TDTNUM of the off-source observation VARCHAR primary tdt_num_on The 8-digit TDTNUM of the on-source observation VARCHAR primary wavelength Nominal wavelength of the ISOPHOT filter micron INTEGER primary

hpdp.evolkon Far-Infrared ISOPHOT minimaps of evolved objectsAuthors: A. Moor et al. Description: This catalogue contains 52 ISOPHOT observations (53 measurements) of 50 evolved stars or planetary nebulae. They were observed in mini-map mode with the C100/C200 detectors after revolution 95. aperture Square aperture for C100 (43.5 arcsec) and C200 (89.4 arcsec) detectors arcsec DOUBLE background Background surface brightness. No colour correction applied MJy/sr DOUBLE primary dec_2000 deg pos.eq.dec;meta.main Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C2 DOUBLE primary detection The significance level of the source being detected above the background sigma DOUBLE primary detector ISOPHOT detector (C1 or C2 for C100 and C200) VARCHAR primary epoch Epoch of the observation VARCHAR primary flux_density Flux density of the source. In case of a point source the measured flux is corrected for the size of the point spread function. In case of an extended source it corresponds to the integrated brightness. No colour correction applied Jy DOUBLE primary flux_uncertainty Flux uncertainty. No colour correction applied Jy DOUBLE primary iso_name Target name as given by the original ISO proposer VARCHAR primary object_name Target name as given in this catalogue VARCHAR primary object_size Indicates if the object is point-like (P) or extended (E) VARCHAR object_type Standard SIMBAD code for object type VARCHAR primary off_meas Index of the off-source measurement within TDTNUM_OFF VARCHAR primary on_meas Index of the on-source measurement within TDTNUM_ON VARCHAR primary quality Quality of the observation. =============================================================================== Code Remark ------------------------------------------------------------------------------- R1 Standard processing according to the scheme described in the report. ------------------------------------------------------------------------------- R2 Minimap performed in astronomical (rather than satellite) coordinate. ------------------------------------------------------------------------------- R3 ISOPHOT position differs from SIMBAD position by more than 10" ------------------------------------------------------------------------------- R4 Suspected ISO pointing problem ------------------------------------------------------------------------------- R5 Only one FCS is available ------------------------------------------------------------------------------- R6 No useful FCS is available, default FCS is used ------------------------------------------------------------------------------- R7 Archive quality mark ------------------------------------------------------------------------------- R8 Not enough data points to perform drift correction ------------------------------------------------------------------------------- R9 Fitting smooth baseline to the data points failed, drift correction (partly/completely) omitted ------------------------------------------------------------------------------- R10 Observation was carried out at the very end of orbit. Reduced photometric reliability at orbital phase greater than 0.8 ------------------------------------------------------------------------------- R11 A large increase in the proton flux from the Sun was observed ------------------------------------------------------------------------------- R12 Non-stabilised target signal ------------------------------------------------------------------------------- R13 Measured flux was out of the empirically calibrated range =============================================================================== VARCHAR primary ra_2000 deg pos.eq.ra;meta.main Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C1 DOUBLE primary tdt_num_off The 8-digit TDTNUM of the off-source observation INTEGER primary tdt_num_on The 8-digit TDTNUM of the on-source observation INTEGER primary wavelength Nominal wavelength of the ISOPHOT filter micron INTEGER primary

hpdp.extrakon Far-infrared ISOPHOT minimaps of extragalactic objects Authors: A. Moor et al. Description: This catalogue contains 579 ISOPHOT observations (774 measurements) of 325 extragalactic objects. They were observed in mini-map mode with the C100/C200 detectors after revolution 95. aperture Square aperture for C100 (43.5 arcsec) and C200 (89.4 arcsec) detectors arcsec DOUBLE background Background surface brightness. No colour correction applied MJy/sr DOUBLE primary dec_2000 deg pos.eq.dec;meta.main Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C2 DOUBLE primary detection The significance level of the source being detected above the background sigma DOUBLE primary detector ISOPHOT detector (C1 or C2 for C100 and C200) VARCHAR primary epoch Epoch of the observation VARCHAR primary flux_density Flux density of the source. In case of a point source the measured flux is corrected for the size of the point spread function. In case of an extended source it corresponds to the integrated brightness. No colour correction applied Jy DOUBLE primary flux_uncertainty Flux uncertainty. No colour correction applied Jy DOUBLE primary iso_name Target name as given by the original ISO proposer VARCHAR primary object_name SIMBAD compatible name VARCHAR primary object_size Indicates if the object is point-like (P) or extended (E) VARCHAR object_type Standard SIMBAD code for object type VARCHAR primary obsno IDA obsno INTEGER primary off_meas Index of the off-source measurement within TDTNUM_OFF VARCHAR primary on_meas Index of the on-source measurement within TDTNUM_ON VARCHAR primary quality Quality of the observation. =============================================================================== Code Remark ------------------------------------------------------------------------------- R1 Standard processing according to the scheme described in the report. ------------------------------------------------------------------------------- R2 Minimap performed in astronomical (rather than satellite) coordinate. ------------------------------------------------------------------------------- R3 ISOPHOT position differs from SIMBAD position by more than 10" ------------------------------------------------------------------------------- R4 Suspected ISO pointing problem ------------------------------------------------------------------------------- R5 Only one FCS is available ------------------------------------------------------------------------------- R6 No useful FCS is available, default FCS is used ------------------------------------------------------------------------------- R7 Archive quality mark ------------------------------------------------------------------------------- R8 Not enough data points to perform drift correction ------------------------------------------------------------------------------- R9 Fitting smooth baseline to the data points failed, drift correction (partly/completely) omitted ------------------------------------------------------------------------------- R10 Observation was carried out at the very end of orbit. Reduced photometric reliability at orbital phase greater than 0.8 ------------------------------------------------------------------------------- R11 A large increase in the proton flux from the Sun was observed ------------------------------------------------------------------------------- R12 Non-stabilised target signal ------------------------------------------------------------------------------- R13 Measured flux was out of the empirically calibrated range =============================================================================== VARCHAR primary ra_2000 deg pos.eq.ra;meta.main Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C1 DOUBLE primary tdt_num_off The 8-digit TDTNUM of the off-source observation VARCHAR primary tdt_num_on The 8-digit TDTNUM of the on-source observation VARCHAR primary wavelength Nominal wavelength of the ISOPHOT filter micron INTEGER primary

hpdp.kon3p6i ISOPHOT Observations of compact sources at 3.6 um (I) Authors: A. Kospal et al. Description: This catalogue contains 32 ISOPHOT observations of 31 compact objects. They were observed in staring mode with the P1 detector at 3.6 micrometer (only). aperture Circular for P1,P2,P3, square for C100 and C200 detector arcsec INTEGER dec_2000 deg pos.eq.dec;meta.main Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C1 DOUBLE primary detector ISOPHOT detector (P1, P2, P3, C100, or C200) VARCHAR primary epoch Epoch of the observation VARCHAR primary flux_density Flux density of the source. Jy DOUBLE primary flux_uncertainty Flux uncertainty. No colour correction applied Jy DOUBLE primary iso_name Target name as given by the original ISO proposer VARCHAR primary object_name SIMBAD compatible name. Filled if a compact source from SIMBAD can be associated with the ISOPHOT target without doubt. Note that asteroids have no SIMBAD compatible name. VARCHAR primary object_size Indicates if the object is point-like (P) or extended (E) VARCHAR object_type Standard SIMBAD code for object type or object type based on the IDA classificatio VARCHAR primary off_meas Index of the off-source measurement within TDTNUM_OFF VARCHAR primary on_meas Index of the on-source measurement within TDTNUM_ON VARCHAR primary quality Quality of the observation =============================================================================== Code Remark ------------------------------------------------------------------------------- R1 Standard processing according to the scheme described in the report. =============================================================================== VARCHAR primary ra_2000 deg pos.eq.ra;meta.main Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C1 DOUBLE primary tdt_num_off The 8-digit TDTNUM of the off-source observation VARCHAR primary tdt_num_on The 8-digit TDTNUM of the on-source observation VARCHAR primary wavelength Nominal wavelength of the ISOPHOT filter micron DOUBLE primary

hpdp.kon3p6ii ISOPHOT Observations of compact sources at 3.6 um (II)Authors: A. Kospal et al.Description:This catalogue contains 237 ISOPHOT observations (259 measurements) of 179 compact objects. They were observed in staring mode with the P1 detector at 3.6 micrometer (and at other wavelengths). aperture Circular for P1,P2,P3, square for C100 and C200 detector arcsec VARCHAR primary dec_2000 deg pos.eq.dec;meta.main Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C2 DOUBLE primary detector ISOPHOT detector (P1, P2, P3, C100, or C200) VARCHAR primary epoch Epoch of the observation VARCHAR primary flux_density Flux density of the source. No colour correction applied. Jy DOUBLE primary flux_uncertainty Flux uncertainty. No colour correction applied Jy DOUBLE primary iso_name Target name as given by the original ISO proposer VARCHAR primary object_name SIMBAD compatible name. Filled if a compact source from SIMBAD can be associated with the ISOPHOT target without doubt. Note that asteroids have no SIMBAD compatible name. VARCHAR primary object_size Indicates if the object is point-like (P) or extended (E) VARCHAR primary object_type Standard SIMBAD code for object type or object type based on the IDA classification VARCHAR primary off_meas Index of the off-source measurement within TDTNUM_OFF VARCHAR primary on_meas Index of the on-source measurement within TDTNUM_ON VARCHAR primary quality Quality of the observation<BR=============================================================================== Code Remark ------------------------------------------------------------------------------- R1 Standard processing according to the scheme described in the report. =============================================================================== VARCHAR primary ra_2000 deg pos.eq.ra;meta.main Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C1 DOUBLE primary tdt_num_off The 8-digit TDTNUM of the off-source observation VARCHAR primary tdt_num_on The 8-digit TDTNUM of the on-source observation VARCHAR primary wavelength Nominal wavelength of the ISOPHOT filter micron VARCHAR primary

hpdp.konkoly Far-infrared ISOPHOT minimaps of normal stars Authors: A. Moor et al. Description: This catalogue contains 429 PHT observations (555 measurements). It includes all main-sequence stars observed in mini-map mode with C100/C200 after revolution 95, and some giant stars from the ISOPHOT standard lists. A few 1D-scans are also included. aperture Square aperture for C100 (43.5 arcsec) and C200 (89.4 arcsec) detectors arcsec DOUBLE background Background surface brightness. No colour correction applied MJy/sr DOUBLE primary dec_2000 deg pos.eq.dec;meta.main Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C2 DOUBLE primary detection The significance level of the source being detected above the background sigma DOUBLE primary detector ISOPHOT detector (C1 or C2 for C100 and C200) VARCHAR primary epoch Epoch of the observation VARCHAR primary flux_density Flux density of the source. In case of a point source the measured flux is corrected for the size of the point spread function. In case of an extended source it corresponds to the integrated brightness. No colour correction applied Jy DOUBLE primary flux_uncertainty Flux uncertainty. No colour correction applied Jy DOUBLE primary iso_name Target name as given by the original ISO proposer VARCHAR primary object_name Target name as given in this catalogue VARCHAR primary object_size Indicates if the object is point-like (P) or extended (E) VARCHAR object_type Standard SIMBAD code for object type VARCHAR primary off_meas Index of the off-source measurement within TDTNUM_OFF VARCHAR primary on_meas Index of the on-source measurement within TDTNUM_ON VARCHAR primary quality Quality of the observation. =============================================================================== Code Remark ------------------------------------------------------------------------------- R1 Standard processing according to the scheme described in the report. ------------------------------------------------------------------------------- R2 Minimap performed in astronomical (rather than satellite) coordinate. ------------------------------------------------------------------------------- R3 ISOPHOT position differs from SIMBAD position by more than 10" ------------------------------------------------------------------------------- R4 Suspected ISO pointing problem ------------------------------------------------------------------------------- R5 Only one FCS is available ------------------------------------------------------------------------------- R6 No useful FCS is available, default FCS is used ------------------------------------------------------------------------------- R7 Archive quality mark ------------------------------------------------------------------------------- R8 Not enough data points to perform drift correction ------------------------------------------------------------------------------- R9 Fitting smooth baseline to the data points failed, drift correction (partly/completely) omitted ------------------------------------------------------------------------------- R10 Observation was carried out at the very end of orbit. Reduced photometric reliability at orbital phase greater than 0.8 ------------------------------------------------------------------------------- R11 A large increase in the proton flux from the Sun was observed ------------------------------------------------------------------------------- R12 Non-stabilised target signal ------------------------------------------------------------------------------- R13 Measured flux was out of the empirically calibrated range =============================================================================== VARCHAR primary ra_2000 deg pos.eq.ra;meta.main Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C1 DOUBLE primary tdt_num_off The 8-digit TDTNUM of the off-source observation INTEGER primary tdt_num_on The 8-digit TDTNUM of the on-source observation INTEGER primary wavelength Nominal wavelength of the ISOPHOT filter micron INTEGER primary

hpdp.lwsasti LWS Observations of Asteroids (I)F. Hormuth and T.G. MullerDescription:This catalogue consists of 53 manually reduced LWS observations of asteroids and background measurements. Special effort was put into the accurate dark current substraction, responsivity calibration and deglitching. bidir YES, if scans were performed in bidirectional mode, allowing asessment of memory effects. VARCHAR primary date Date of observation VARCHAR primary dec deg pos.eq.dec;meta.main Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C2 DOUBLE primary object Object name VARCHAR primary obs_type Template used for observation VARCHAR primary onoff ON for on-source observations, OFF for background observations VARCHAR primary photscan PHO, if observation contains 10-point photometry. SCA, if observation contains line scans or full grating scans. VARCHAR primary ra deg pos.eq.ra;meta.main Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C1 DOUBLE primary tdt TDT number of the observation VARCHAR primary

hpdp.lwsastii LWS Observations of Asteroids (II)F. Hormuth and T.G. MullerDescription:This catalogue consists of 4 manually reduced LWS observations of asteroids and background measurements. Special effort was put into the accurate dark current substraction, responsivity calibration and deglitching. bidir YES, if scans were performed in bidirectional mode, allowing asessment of memory effects. VARCHAR primary date Date of observation VARCHAR primary dec deg pos.eq.dec;meta.main Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C2 DOUBLE primary object Object name VARCHAR primary obs_type Template used for observation VARCHAR primary onoff ON for on-source observations, OFF for background observations VARCHAR primary photscan PHO, if observation contains 10-point photometry. SCA, if observation contains line scans or full grating scans. VARCHAR primary ra deg pos.eq.ra;meta.main Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C1 DOUBLE primary tdt TDT number of the observation VARCHAR primary

hpdp.misckon Far-Infrared ISOPHOT minimaps of miscellaneous objects Authors: A. Moor et al. Description: This catalogue contains 48 ISOPHOT observations (49 measurements) of 48 miscellaneous far-infrared sources. They were observed in mini-map mode with the C100/C200 detectors after revolution 95. aperture Square aperture for C100 (43.5 arcsec) and C200 (89.4 arcsec) detectors arcsec DOUBLE background Background surface brightness. No colour correction applied MJy/sr DOUBLE primary dec_2000 deg pos.eq.dec;meta.main Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C2 DOUBLE primary detection The significance level of the source being detected above the background sigma DOUBLE primary detector ISOPHOT detector (C1 or C2 for C100 and C200) VARCHAR primary epoch Epoch of the observation VARCHAR primary flux_density Flux density of the source. In case of a point source the measured flux is corrected for the size of the point spread function. In case of an extended source it corresponds to the integrated brightness. No colour correction applied Jy DOUBLE primary flux_uncertainty Flux uncertainty. No colour correction applied Jy DOUBLE primary iso_name Target name as given by the original ISO proposer VARCHAR primary object_name Target name as given in this catalogue VARCHAR primary object_size Indicates if the object is point-like (P) or extended (E) VARCHAR object_type Standard SIMBAD code for object type VARCHAR primary off_meas Index of the off-source measurement within TDTNUM_OFF VARCHAR primary on_meas Index of the on-source measurement within TDTNUM_ON VARCHAR primary quality Quality of the observation. =============================================================================== Code Remark ------------------------------------------------------------------------------- R1 Standard processing according to the scheme described in the report. ------------------------------------------------------------------------------- R2 Minimap performed in astronomical (rather than satellite) coordinate. ------------------------------------------------------------------------------- R3 ISOPHOT position differs from SIMBAD position by more than 10" ------------------------------------------------------------------------------- R4 Suspected ISO pointing problem ------------------------------------------------------------------------------- R5 Only one FCS is available ------------------------------------------------------------------------------- R6 No useful FCS is available, default FCS is used ------------------------------------------------------------------------------- R7 Archive quality mark ------------------------------------------------------------------------------- R8 Not enough data points to perform drift correction ------------------------------------------------------------------------------- R9 Fitting smooth baseline to the data points failed, drift correction (partly/completely) omitted ------------------------------------------------------------------------------- R10 Observation was carried out at the very end of orbit. Reduced photometric reliability at orbital phase greater than 0.8 ------------------------------------------------------------------------------- R11 A large increase in the proton flux from the Sun was observed ------------------------------------------------------------------------------- R12 Non-stabilised target signal ------------------------------------------------------------------------------- R13 Measured flux was out of the empirically calibrated range =============================================================================== VARCHAR primary ra_2000 deg pos.eq.ra;meta.main Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C1 DOUBLE primary tdt_num_off The 8-digit TDTNUM of the off-source observation INTEGER primary tdt_num_on The 8-digit TDTNUM of the on-source observation INTEGER primary wavelength Nominal wavelength of the ISOPHOT filter micron INTEGER primary

hpdp.p32_c200 ISOPHOT P32 observations with the C200 detectorAuthors: A. Moor et al.Description:This catalogue contains 226 ISOPHOT observations of 196 objects, observed in P32 mode with the C200 detector aperture Aperture for detectors, circular for P1,P2,P3, square for C100 and C200 detectors arcsec DOUBLE primary background Flux uncertainty. No colour correction applied MJy/sr DOUBLE primary dec deg pos.eq.dec;meta.main Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C2 DOUBLE primary detector ISOPHOT detector (eg. C1 for C100) VARCHAR primary epoch Epoch of the observation VARCHAR primary flux_density Flux density of the source. In case of a point source the measured flux is corrected for the size of the point spread function. In case of an extended source it corresponds to the integrated brightness. No colour correction applied Jy DOUBLE primary flux_uncertainty Flux uncertainty. No colour correction applied Jy DOUBLE primary iso_name Target name as given by the original ISO proposer VARCHAR primary object_name SIMBAD compatible name or target name as given by the original ISO proposer if SIMBAD compatible name is not available VARCHAR primary object_size Indicates if the object is point-like (P) or extended (E) VARCHAR primary object_type Standard SIMBAD code for object type VARCHAR primary off_meas Index of the off-source measurement within TDTNUM_OFF VARCHAR primary on_meas Index of the on-source measurement within TDTNUM_ON VARCHAR primary quality Quality of the observation<BR=============================================================================== Code Remark ------------------------------------------------------------------------------- R1 Standard processing according to the scheme described in the report. ------------------------------------------------------------------------------- R2 Observation was carried out at the very beginning or at the very end of orbit. Reduced photometric reliability at orbital phase lesser than 0.2 or greater than 0.8. ------------------------------------------------------------------------------- R3 The detected source could not be identified unambiguously, because more than one SIMBAD objects were located close to the brightness peak. It is possible that several far-infrared sources contribute to the measured flux. ------------------------------------------------------------------------------- R4 ISOPHOT position differs from SIMBAD position by more than 20" =============================================================================== VARCHAR primary ra deg pos.eq.ra;meta.main Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C1 DOUBLE primary tdt_num_off The 8-digit TDTNUM of the off-source observation VARCHAR primary tdt_num_on The 8-digit TDTNUM of the on-source observation VARCHAR primary wavelength Square aperture for C100 (43.5 arcsec) and C200 (89.4 arcsec) detectors micron INTEGER primary

hpdp.p32virgo Far-Infrared ISOPHOT Photometry of Virgo Cluster GalaxiesAuthors: R. Tuffs et al.Description:This catalogue contains 124 ISOPHOT observations (184 measurements) of a sample of 63 galaxies later than S0 selected from the Virgo Cluster Catalogue of Bingelli, Sandage, & Tamman. Galaxies were observed in P32 mode with the C100/C200 detectors. aperture Square aperture for C100 (43.5 arcsec) and C200 (89.4 arcsec) detectors arcsec DOUBLE primary background Background surface brightness. No colour correction applied. MJy/sr DOUBLE primary bg_uncertainty Background surface brightness. No colour correction applied. DOUBLE primary comment Comments on the observation =============================================================================== Code Comment ------------------------------------------------------------------------------- C1 Modified beam was used. In some cases it was necessary to consider a narrower width for the beam fit model. ------------------------------------------------------------------------------- C2 Poor fit. Fluxes were derived from the integration of the raw maps. ------------------------------------------------------------------------------- C3 Confusion limited. ------------------------------------------------------------------------------- C4 Off-center emission. ------------------------------------------------------------------------------- C5 Interacting galactic system. ------------------------------------------------------------------------------- C6 The object shows evidence for faint extended emission, not fitted by the model. Only the beam fit to the data is presented, resulting in a lower limit for the derived flux. =============================================================================== VARCHAR primary dec deg pos.eq.dec;meta.main Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C2 DOUBLE primary detector ISOPHOT detector (C1 or C2 for C100 and C200) VARCHAR primary epoch Epoch of the observation VARCHAR primary flux_density Flux density of the source. Jy DOUBLE primary flux_extraction Flux extraction method. =============================================================================== Model Description ------------------------------------------------------------------------------- 1 Flux density value was derived from the integration of the raw maps. ------------------------------------------------------------------------------- 2 Beam fit for point-like source. Flux density value was derived from integrating the model fit to infinity. ------------------------------------------------------------------------------- 3 Single Gaussian fit (for parameters see Table 4). Flux density value was derived from integrating the model fit to infinity. ------------------------------------------------------------------------------- 4 Two Gaussian fit (for parameters see Table 4). Flux density value was derived from integrating the model fit to infinity. ------------------------------------------------------------------------------- 5 Multicomponent fit (for parameters see Table 5). Flux density value was derived from integrating the model fit to infinity. =============================================================================== INTEGER primary flux_quality Flux quality. =============================================================================== Quality Description ------------------------------------------------------------------------------- 1 Detection. ------------------------------------------------------------------------------- 0 3 sigma upper limit. Flux uncertainty is set to 0. =============================================================================== INTEGER primary flux_uncertainty Flux uncertainty. No colour correction applied Jy DOUBLE primary iso_name Target name as given by the original ISO proposer VARCHAR primary object_name SIMBAD compatible name VARCHAR primary object_type Standard SIMBAD code for object type VARCHAR primary off_meas Index of the off-source measurement within TDTNUM_OFF VARCHAR primary on_meas Index of the on-source measurement within TDTNUM_ON VARCHAR primary ra deg pos.eq.ra;meta.main Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C1 DOUBLE primary tdt_num_off The 8-digit TDTNUM of the off-source observation VARCHAR primary tdt_num_on The 8-digit TDTNUM of the on-source observation VARCHAR primary wavelength Nominal wavelength of the ISOPHOT filter INTEGER primary

hpdp.scanskon Far-infrared ISOPHOT scans of compact objects Authors: A. Moor et al. Description: This catalogue contains 77 ISOPHOT observations (94 measurements) of 54 miscellaneous compact objects. They were observed in nodding and scan mode with the C100/C200 detectors. aperture Square aperture for C100 (43.5 arcsec) and C200 (89.4 arcsec) detectors arcsec DOUBLE background Background surface brightness. No colour correction applied MJy/sr DOUBLE primary dec_2000 deg pos.eq.dec;meta.main Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C1 DOUBLE primary detection The significance level of the source being detected above the background sigma DOUBLE primary detector ISOPHOT detector (C1 or C2 for C100 and C200) VARCHAR primary epoch Epoch of the observation VARCHAR primary flux_density Flux density of the source. In case of a point source the measured flux is corrected for the size of the point spread function. In case of an extended source it corresponds to the integrated brightness. No colour correction applied Jy DOUBLE primary flux_uncertainty Flux uncertainty. No colour correction applied Jy DOUBLE primary iso_name Target name as given by the original ISO proposer VARCHAR primary object_name SIMBAD compatible name. VARCHAR primary object_size Indicates if the object is point-like (P) or extended (E) VARCHAR object_type Standard SIMBAD code for object type VARCHAR primary off_meas Index of the off-source measurement within TDTNUM_OFF VARCHAR primary on_meas Index of the on-source measurement within TDTNUM_ON VARCHAR primary quality Quality of the observation =============================================================================== Code Remark ------------------------------------------------------------------------------- R1 Standard processing according to the scheme described in the report. ------------------------------------------------------------------------------- R2 Minimap performed in astronomical (rather than satellite) coordinate system ------------------------------------------------------------------------------- R3 ISOPHOT position differs from SIMBAD position by more than 10" ------------------------------------------------------------------------------- R4 Suspected ISO pointing problem ------------------------------------------------------------------------------- R5 Only one FCS is available ------------------------------------------------------------------------------- R6 No useful FCS is available, default FCS is used ------------------------------------------------------------------------------- R7 Archive quality mark ------------------------------------------------------------------------------- R8 Not enough data points to perform drift correction ------------------------------------------------------------------------------ R9 Fitting smooth baseline to the data points failed, drift correction (partly/completely) omitted ------------------------------------------------------------------------------- R10 Observation was carried out at the very beginning or at the very end of orbit. Reduced photometric reliability at orbital phase lesser than 0.2 or greater than 0.8 ------------------------------------------------------------------------------- R11 A large increase in the proton flux from the Sun was observed ------------------------------------------------------------------------------- R12 Non-stabilised target signal ------------------------------------------------------------------------------- R13 Measured flux was out of the empirically calibrated range =============================================================================== VARCHAR primary ra_2000 deg pos.eq.ra;meta.main Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C1 DOUBLE primary tdt_num_off The 8-digit TDTNUM of the off-source observation VARCHAR primary tdt_num_on The 8-digit TDTNUM of the on-source observation VARCHAR primary wavelength Nominal wavelength of the ISOPHOT filter micron INTEGER primary

hpdp.sloansws A uniform database of SWS 2.4-45.4 micron spectra Authors: G.C. Sloan et al. Description: All valid SWS full-scan spectra, systematically processed from the last stage of the pipeline software. Most of these can be searched in a catalogue, including a spectral classification system (Kraemer et al., 2002). comm (Kraemer et al., 2002, ApJS,140,389) ======================================================================== Code Comment ------------------------------------------------------------------------ F Quality flag such as pointing or telemetry problems ------------------------------------------------------------------------ G Extragalactic source ------------------------------------------------------------------------ W Wrong coordinates ------------------------------------------------------------------------ o Probably an off, but odd in some way ------------------------------------------------------------------------ R Possibly a recoverable group 7 ------------------------------------------------------------------------ R: Possibly a recoverable group 7 ------------------------------------------------------------------------ H Probably irrecoverable in group 7 ------------------------------------------------------------------------ Offset Name includes offsets from nominal position indicated by (0,0) ------------------------------------------------------------------------ Propn Name from original observer======================================================================== VARCHAR primary dec deg pos.eq.dec;meta.main Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C2 DOUBLE ir_class Group and Subgroup classifications (Kraemer et al., 2002, ApJS,140,389). VARCHAR primary object_name SIMBAD compatible name (Kraemer et al., 2002, ApJS,140,389). VARCHAR primary ra deg pos.eq.ra;meta.main Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C1 DOUBLE tdt The 8-digit observation identifier. VARCHAR primary

hpdp.solarkon Far-Infrared ISOPHOT minimaps of solar-system objects Authors: A. Moor et al. Description: This catalogue contains 155 ISOPHOT observations (168 measurements) of 11 compact solar-system objects (planets or asteroids). They were observed in mini-map mode with the C100/C200 detectors after revolution 95. aperture Square aperture for C100 (43.5 arcsec) and C200 (89.4 arcsec) detectors arcsec DOUBLE background Background surface brightness. No colour correction applied MJy/sr DOUBLE primary dec_2000 deg pos.eq.dec;meta.main Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C2 DOUBLE primary detection The significance level of the source being detected above the background sigma DOUBLE primary detector ISOPHOT detector (C1 or C2 for C100 and C200) VARCHAR primary epoch Epoch of the observation VARCHAR primary flux_density Flux density of the source. In case of a point source the measured flux is corrected for the size of the point spread function. In case of an extended source it corresponds to the integrated brightness. No colour correction applied Jy DOUBLE primary flux_uncertainty Flux uncertainty. No colour correction applied Jy DOUBLE primary iso_name Target name as given by the original ISO proposer VARCHAR primary iso_type Object type based on the IDA classification VARCHAR primary object_size Indicates if the object is point-like (P) or extended (E) VARCHAR off_meas Index of the off-source measurement within TDTNUM_OFF VARCHAR primary on_meas Index of the on-source measurement within TDTNUM_ON VARCHAR primary quality Quality of the observation===============================================================================Code Remark-------------------------------------------------------------------------------R1 Standard processing according to the scheme described in the report.-------------------------------------------------------------------------------R2 Minimap performed in astronomical (rather than satellite) coordinate.-------------------------------------------------------------------------------R3 ISOPHOT position differs from SIMBAD position by more than 10"-------------------------------------------------------------------------------R4 Suspected ISO pointing problem-------------------------------------------------------------------------------R5 Only one FCS is available-------------------------------------------------------------------------------R6 No useful FCS is available, default FCS is used-------------------------------------------------------------------------------R7 Archive quality mark-------------------------------------------------------------------------------R8 Not enough data points to perform drift correction-------------------------------------------------------------------------------R9 Fitting smooth baseline to the data points failed, drift correction(partly/completely) omitted-------------------------------------------------------------------------------R10 Observation was carried out at the very end of orbit.Reduced photometric reliability at orbital phase greater than 0.8-------------------------------------------------------------------------------R11 A large increase in the proton flux from the Sun was observed-------------------------------------------------------------------------------R12 Non-stabilised target signal-------------------------------------------------------------------------------R13 Measured flux was out of the empirically calibrated range-------------------------------------------------------------------------------R14 Measurement towards the source saturated;flux determined from the footprint fraction at +-1 raster step=============================================================================== VARCHAR primary ra_2000 deg pos.eq.ra;meta.main Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C1 DOUBLE primary tdt_num_off The 8-digit TDTNUM of the off-source observation INTEGER primary tdt_num_on The 8-digit TDTNUM of the on-source observation INTEGER primary wavelength Nominal wavelength of the ISOPHOT filter micron INTEGER primary

hpdp.sws01hrd High resolution processed and defringed SWS01s Authors: W. Frieswijk et al. Description: The full grating scan SWS01 data, reprocessed and defringed. For the SWS01 speeds 3 and 4, the spectral resolution is increased over the pipeline processing. Browse products are derived. A catalogue is provided, listing noise and average flux per AOTBAND. avg_fl_b1b Average flux in band 1B Jy DOUBLE primary avg_fl_b1c Average flux in band 1C Jy DOUBLE primary avg_fl_b1d Average flux in band 1D Jy DOUBLE primary avg_fl_b2a Average flux in band 2A Jy DOUBLE primary avg_fl_b2b Average flux in band 2B Jy DOUBLE primary avg_fl_b2c Average flux in band 2C Jy DOUBLE primary avg_fl_b3a Average flux in band 3A Jy DOUBLE primary avg_fl_b3c Average flux in band 3C Jy DOUBLE primary avg_fl_b3d Average flux in band 3D Jy DOUBLE primary avg_fl_b3e Average flux in band 3E Jy DOUBLE primary avg_fl_b4 Average flux in band 4 Jy DOUBLE primary dec deg pos.eq.dec;meta.main Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C2 DOUBLE noise_b1a Noise estimate in band 1A Jy DOUBLE primary noise_b1b Noise estimate in band 1B Jy DOUBLE primary noise_b1c Noise estimate in band 1C Jy DOUBLE primary noise_b2a Noise estimate in band 2A Jy DOUBLE primary noise_b2b Noise estimate in band 2B Jy DOUBLE primary noise_b2c Noise estimate in band 2C Jy DOUBLE primary noise_b3a Noise estimate in band 3A Jy DOUBLE primary noise_b3c Noise estimate in band 3C Jy DOUBLE primary noise_b3d Noise estimate in band 3D Jy DOUBLE primary noise_b3e Noise estimate in band 3E Jy DOUBLE primary noise_b4 Noise estimate in band 4 Jy DOUBLE primary ra deg pos.eq.ra;meta.main Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C1 DOUBLE st_code_1 1=Defringing successful; 0=Defringing failed in at least one AOTBAND INTEGER primary st_code_2 1=High Resolution Processing 0=Normal Resolution Processing INTEGER primary st_code_3 1=RESP_INTER and ANTIMEM ON 0=RESPCAL and ANTIMEM OFF INTEGER primary st_code_4 MAX Ratio of Noise in NEW AAR to OLP 10.1 AAR: 0=0-1,1=1-2,2=2-3,3=3-4,4=4-5,5=5-6,9=9+ INTEGER primary st_code_band AOTBAND line number 0=1A,1=1B,2=1D,3=1E,4=2A,5=2B,6=2C,7=3A,8=3C,9=3D,10=3E,11=4 INTEGER primary

hpdp.ysokon ISOPHOT Catalogue of Young Stellar ObjectsAuthors: A. Moor et al.Description:This catalogue contains 288 ISOPHOT observations of 183 Young Stellar Objects. aot Astronomical Observation Template VARCHAR primary aperture Aperture for detectors, circular for P1,P2,P3, square for C100 and C200 detectors arcsec DOUBLE primary background Background surface brightness. No colour correction applied MJy/sr DOUBLE primary dec_2000 deg pos.eq.dec;meta.main Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C2 DOUBLE primary detector ISOPHOT detector (eg. C1 for C100) VARCHAR primary epoch Epoch of the observation VARCHAR primary flux_density Flux density of the source. In case of a point source the measured flux is corrected for the size of the point spread function. In case of an extended source it corresponds to the integrated brightness. No colour correction applied Jy DOUBLE primary flux_uncertainty Flux uncertainty. No colour correction applied Jy DOUBLE primary iso_name Target name as given by the original ISO proposer VARCHAR primary object_name SIMBAD compatible name or target name as given by the original ISO proposer if SIMBAD compatible name is not available VARCHAR primary object_size Indicates if the object is point-like (P) or extended (E) VARCHAR primary object_type Standard SIMBAD code for object type VARCHAR primary obsmode Observing mode VARCHAR primary off_meas Index of the off-source measurement within TDTNUM_OFF VARCHAR primary on_meas Index of the on-source measurement within TDTNUM_ON VARCHAR primary quality Quality of the observation<BR=============================================================================== Code Remark ------------------------------------------------------------------------------- R1 Standard processing according to the scheme described in the report. ------------------------------------------------------------------------------- R2 Default FCS is used. ------------------------------------------------------------------------------- R3 Fitting smooth baseline to the data points failed, drift correction (partly/completely) omitted. ------------------------------------------------------------------------------- R4 Observation was carried out at the very beginning or at the very end of orbit. Reduced photometric reliability at orbital phase lesser than 0.2 or greater than 0.8. ------------------------------------------------------------------------------- R5 The first measurement in a sparse map sequence generally less reliable due to the non-stabilized signal. =============================================================================== VARCHAR primary ra_2000 deg pos.eq.ra;meta.main Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C1 DOUBLE primary tdt_num_off The 8-digit TDTNUM of the off-source observation VARCHAR primary tdt_num_on The 8-digit TDTNUM of the on-source observation VARCHAR primary wavelength Nominal wavelength of the ISOPHOT filter micron DOUBLE primary

public tap_config tap_config.coord_sys epoch VARCHAR primary equinox VARCHAR primary id VARCHAR primary system VARCHAR primary xml_output VARCHAR primary

tap_schema tap_schema.columns TAP SCHEMA columns column_name VARCHAR primary datatype VARCHAR primary db_column_name VARCHAR primary description VARCHAR primary indexed INTEGER primary principal INTEGER primary schema_name VARCHAR primary size INTEGER primary std INTEGER primary table_name VARCHAR primary ucd VARCHAR primary unit VARCHAR primary utype VARCHAR primary

tap_schema.key_columns TAP SCHEMA key columns from_column VARCHAR primary key_id VARCHAR primary target_column VARCHAR primary

tap_schema.keys TAP SCHEMA keys description VARCHAR primary from_table VARCHAR primary key_id VARCHAR primary target_table VARCHAR primary utype VARCHAR primary

tap_schema.schemas TAP SCHEMA schemas db_schema_name VARCHAR primary description VARCHAR primary schema_name VARCHAR primary utype VARCHAR primary

tap_schema.tables TAP SCHEMA tables db_table_name VARCHAR primary description VARCHAR primary schema_name VARCHAR primary size BIGINT primary table_name VARCHAR primary table_type VARCHAR primary utype VARCHAR primary

ida Main tables schema for ISO archive ida.aph Pointing table linedist Step between Lines (dN) INTEGER primary ngrid Number of Points (M) INTEGER primary nraster Number of Lines (N) INTEGER primary orient Orientation Frame of Reference INTEGER primary otfthres On-target Flag Threshold REAL primary pointing_id Pointing identifier DOUBLE primary reqtype Pointing mode VARCHAR primary rotate Orientation Angle REAL primary scan_dist Step between Points (dM) INTEGER primary tslew1 Time on First Raster Point INTEGER primary tslew2 Time Between Points INTEGER primary tslew3 Time Between Lines INTEGER primary

ida.cam_expert CAM expert table cstaconf AOT Configuration INTEGER primary cstadefilterid Filter Wheel INTEGER primary cstadeid Detector INTEGER primary cstaentw Entrance Wheel INTEGER primary cstagain Gain INTEGER primary cstalnsw Pixel Field of View INTEGER primary cstamode Observing Mode INTEGER primary cstaprim Telemetry INTEGER primary cstaproc Processing Mode INTEGER primary cstaread Number of Detector Readouts INTEGER primary cstaselw Selection Wheel INTEGER primary cstatint Integration Time(s) s INTEGER primary obsno Observation identifier INTEGER primary

ida.cam_measurement CAM measurement table n_stab Requested Number of Stabilisation Readouts INTEGER primary obsno Observation identifier INTEGER primary

ida.dqr flagno DOUBLE primary obsno INTEGER primary

ida.dqrflags flag VARCHAR primary flagno INTEGER primary help_anchor VARCHAR primary instruments VARCHAR primary related_url VARCHAR primary type VARCHAR primary

ida.iasd_line abs_em VARCHAR primary ads_code VARCHAR primary aperture VARCHAR primary comments VARCHAR primary dec deg pos.eq.dec;meta.main Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C2 DOUBLE primary detection_flag VARCHAR primary flux REAL primary flux_density REAL primary flux_density_unit VARCHAR primary flux_unit VARCHAR primary freq DOUBLE primary gas_solid VARCHAR primary identification VARCHAR primary line_to_continuum_ratio DOUBLE primary lineid DOUBLE primary linewidth DOUBLE primary linewidth_unit VARCHAR primary obsno INTEGER primary opacity DOUBLE primary peak_intensity REAL primary peak_intensity_unit VARCHAR primary ra deg pos.eq.ra;meta.main Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C1 DOUBLE primary resolving_power DOUBLE primary sn DOUBLE primary transition VARCHAR primary type VARCHAR primary wl micron DOUBLE primary wn DOUBLE primary

ida.lws_expert LWS expert table lstafpsd FP Scan Direction INTEGER primary lstafpsn FP Scan Number INTEGER primary lstagrsd Gratting Scan Direction INTEGER primary lstagrsn Gratting Scan Number INTEGER primary lstaltyp Sample List Type INTEGER primary lstasmp1 SL Word 1 INTEGER primary lstasmp2 SL Word 2 INTEGER primary lstasmp3 SL Word 3 INTEGER primary lstasmp4 SL Word 4 INTEGER primary lstasmp5 SL Word 5 INTEGER primary lstasmp6 SL Word 6 INTEGER primary lstasmp7 SL Word 7 INTEGER primary lstastat Status INTEGER primary obsno Observation identifier INTEGER primary

ida.lws_extras LWS extras table nspecres Number of Spectral Resolution Elements INTEGER primary obsno Observation identifier INTEGER primary resets Number of Resets INTEGER primary stepsize Step Size INTEGER primary type Observation Type VARCHAR primary

ida.lws_lsan LWS lsan table obsno Observation identifier INTEGER primary scantotal Number of Scans INTEGER primary

ida.lws_measurement LWS measurement table cflx Continuum Flux DOUBLE primary fast Fast Scan Mode INTEGER primary obsno Observation identifier INTEGER primary

ida.obs_pointing Link between observations and pointings table obsno Join field to observations INTEGER primary pointing_id Join field to pointings DOUBLE primary

ida.observers depart VARCHAR primary instit VARCHAR primary name VARCHAR primary obsid VARCHAR primary

ida.pht_expert PHT expert table obsno Observation identifier INTEGER primary pstac2ps Wheel 2 INTEGER primary pstac3ps Wheel 3 INTEGER primary pstacamp Chopper Amplitude INTEGER primary pstacinc Chopper Increment INTEGER primary pstacmod Mode of Focal Plane Chopper INTEGER primary pstacste Chopper Steps INTEGER primary pstadrs Data Reduction Factor INTEGER primary pstaf1ps Heating Power for FCS1 [mW] mW DOUBLE primary pstaf1ts Selected TRS for FCS1 INTEGER primary pstaf2ps Heating Power for FCS2 [mW] mW DOUBLE primary pstaf2ts Selected TRS for FCS2 INTEGER primary pstaintt Reset Interval [s] s INTEGER primary pstameat Integration Time [s] s INTEGER primary pstandr Ramps Per Chopper Plateau INTEGER primary pstanndr Number of Readouts in Ramp INTEGER primary pstasubs Detector Subsystem INTEGER primary wheel1 Wheel 1 INTEGER primary

ida.postcards obsid VARCHAR primary postcardlocation VARCHAR primary

ida.proposals abstract VARCHAR primary institid VARCHAR primary justification VARCHAR primary obsid VARCHAR primary propid VARCHAR primary proposal_cat INTEGER primary release_date TIMESTAMP primary science_cat INTEGER primary title VARCHAR primary

ida.publication_authors author VARCHAR primary author_number INTEGER primary code VARCHAR primary

ida.sws_common SWS expert table obsno Observation identifier INTEGER primary radial_velocity Radial Velocity [SWS02, SWS06, SWS07] DOUBLE primary

ida.sws_expert SWS expert table obsno Observation identifier INTEGER primary sstacals1 Grating calibrator INTEGER primary sstacals2 Flusher calibrator INTEGER primary sstacals3 Diffuse calibrator INTEGER primary sstacals4 FP calibrator INTEGER primary sstafps FP Selection INTEGER primary sstagain1 Gain in Band 1 INTEGER primary sstagain2 Gain in Band 2 INTEGER primary sstagain3 Gain in Band 3 INTEGER primary sstagain4 Gain in Band 4 INTEGER primary sstagain5 Gain in Band 5 INTEGER primary sstagain6 Gain in Band 6 INTEGER primary sstaresp1 SW Reset pulse interval INTEGER primary sstaresp2 LW Reset pulse interval INTEGER primary sstashut Shutter Position INTEGER primary

ida.usredata author VARCHAR primary caveats VARCHAR primary code VARCHAR primary details VARCHAR primary email VARCHAR primary enabled INTEGER primary enddate VARCHAR primary fileinfo VARCHAR primary id DOUBLE primary name VARCHAR primary redsteps VARCHAR primary software VARCHAR primary title VARCHAR primary xrdsetid VARCHAR primary

ida.usredata_files atlas VARCHAR primary enabled INTEGER primary filename VARCHAR primary id DOUBLE primary obsno INTEGER primary postcard VARCHAR primary size INTEGER primary

ida.object_type obsno INTEGER primary type VARCHAR primary

ida.observations aotname VARCHAR primary bp_valid VARCHAR primary cal_flag VARCHAR primary cam_par_flag VARCHAR primary caveat VARCHAR primary cdec DOUBLE primary comment VARCHAR primary cra DOUBLE primary croll DOUBLE primary dec deg pos.eq.dec;meta.main Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C2 DOUBLE primary default_vo_product VARCHAR primary display INTEGER primary dist_status VARCHAR primary ehalind VARCHAR primary end_time TIMESTAMP primary fov VARCHAR primary hpdp_available INTEGER primary instid VARCHAR primary instrument_mode Instrument mode used for observation VARCHAR primary num_publications INTEGER primary object_type VARCHAR primary obsid VARCHAR primary obsno INTEGER primary obsno_char VARCHAR primary osn INTEGER primary ott INTEGER primary prodqlty VARCHAR primary propid VARCHAR primary qltyver INTEGER primary ra h pos.eq.ra;meta.main Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C1 DOUBLE primary ra_deg deg pos.eq.ra;meta.main Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C1 DOUBLE primary revno INTEGER primary s_region VARCHAR primary s_region_fov VARCHAR primary speed SWS01 speed INTEGER primary start_time TIMESTAMP primary target VARCHAR primary targetno INTEGER primary tdt INTEGER primary tdt_char VARCHAR primary type VARCHAR primary usredata_available INTEGER primary utc_end INTEGER primary utc_start INTEGER primary wavelengths VARCHAR primary

ida.publications ads INTEGER primary authors VARCHAR primary code VARCHAR primary editors VARCHAR primary journal VARCHAR primary journal_full VARCHAR primary month INTEGER primary num_observations INTEGER primary page VARCHAR primary proc_title VARCHAR primary ref INTEGER primary title VARCHAR primary volume VARCHAR primary year INTEGER primary

ida.publications_observations code VARCHAR primary obsno INTEGER primary

ivoa Schema to insert all VO complaint tables ivoa.obscore IVOA Obscore table access_estsize Estimated size of dataset in kilo bytes INTEGER primary access_format String File content format VARCHAR primary access_url String URL used to access (download) dataset meta.ref.url VARCHAR primary calib_level Calibration level {0, 1, 2, 3, 4} INTEGER primary dataproduct_type Logical data product type (image etc.) VARCHAR primary em_max Stop in spectral coordinates m DOUBLE em_min Start in spectral coordinates m DOUBLE em_res_power Spectral resolving power DOUBLE em_xel Number of elements along the spectral axis INTEGER facility_name Name of the facility used for this observation VARCHAR instrument_name Name of the instrument used for this observation VARCHAR o_ucd String UCD of observable (e.g. phot.flux.density, phot.count, etc.) VARCHAR obs_collection Name of the data collection VARCHAR primary obs_id Observation ID VARCHAR primary obs_publisher_did Dataset identifier given by the publisher VARCHAR primary pol_states List of polarization states or NULL if not applicable VARCHAR pol_xel Number of polarization samples INTEGER s_dec Central declination, ICRS deg DOUBLE s_fov Diameter (bounds) of the covered region deg DOUBLE s_ra Central right ascension, ICRS deg DOUBLE primary s_region Sky region covered by the data product (expressed in ICRS frame) VARCHAR s_resolution Spatial resolution of data as FWHM arcsec DOUBLE s_xel1 Number of elements along the first spatial axis INTEGER s_xel2 Number of elements along the second spatial axis INTEGER t_exptime Total exposure time s DOUBLE t_max Stop time in MJD d DOUBLE t_min Start time in MJD d DOUBLE t_resolution Temporal resolution FWHM s DOUBLE t_xel Number of elements along the time axis INTEGER target_name Astronomical object observed, if any VARCHAR primary

ivoa.siap IVOA Simple Image Access Protocol table access_url URL to be used to access or retrieve the image VOX:Image_AccessReference VARCHAR primary aotname Instrument used for observation INST_ID VARCHAR primary bandpass_hilimit Upper limit of the bandpass VOX:BandPass_HiLimit DOUBLE primary bandpass_id Bandpass by name VOX:BandPass_ID VARCHAR primary bandpass_lolimit Lower limit of the bandpass VOX:BandPass_LoLimit DOUBLE primary bandpass_refvalue Characteristic (reference) frequency, wavelength, or energy for the bandpass model VOX:BandPass_RefValue DOUBLE primary bandpass_unit Units used to represent spectral values VOX:BandPass_Unit VARCHAR primary dec ICRS declination of the center of the image deg POS_EQ_DEC_MAIN DOUBLE primary format MIME-type of the object associated with the image acref VOX:Image_Format VARCHAR primary image_naxes Number of image axes VOX:Image_Naxes INTEGER primary image_naxis_array Array value giving the length in pixels of each image axis VOX:Image_Naxis VARBINARY primary image_pixflags Type of processing done by the image service to produce an output image pixel VOX:Image_PixFlags VARCHAR primary image_scale_array Array value giving the scale in degrees per pixel of each image axis VOX:Image_Scale VARBINARY primary image_title Image description VOX:Image_Title VARCHAR primary mean_time_utc Mean modified Julian date of the observation VOX:Image_MJDateObs DOUBLE primary obsno Observation identifier DataID.observationID INTEGER primary ra ICRS right-ascension of the center of the image deg POS_EQ_RA_MAIN DOUBLE primary s_region VARCHAR primary s_region_fov VARCHAR primary stc_coordequinox Equinox of the coordinate system used for the image world coordinate system (WCS) VOX:STC_CoordEquinox VARCHAR primary stc_coordrefframe MIME-type of the object associated with the image acref VOX:STC_CoordRefFrame VARCHAR primary wcs_cdmatrix_array Array (matrix) value specifying the WCS CD matrix VOX:WCS_CDMatrix VARBINARY primary wcs_coordprojection_array Celestial projection, as for FITS WCS VOX:WCS_CoordProjection VARCHAR primary wcs_coordrefpixel_array Array value specifying the image pixel coordinates of the WCS reference pixel VOX:WCS_CoordRefPixel VARBINARY primary wcs_coordrefvalue_array Array value specifying the world coordinates of the WCS reference pixel VOX:WCS_CoordRefValue VARBINARY primary

ivoa.ssap IVOA Simple Spectral Access Protocol table axes Axes for spectral and flux VOX:Spectrum_axes VARCHAR primary center_wave Spectral coord value em.wl;instr.bandpass ssa:Char.SpectralAxis.Coverage.Location.Value DOUBLE primary central_time Midpoint of exposure (MJD) ssa:Char.TimeAxis.Coverage.Location.Value REAL primary datamodel Datamodel name and version ssa:Dataset.DataModel VARCHAR primary dec Declination POS_EQ_DEC_MAIN stc:AstroCoords.Position2D.Value2.C2 DOUBLE primary dimeq Dimensions for spectral and flux axes VOX:Spectrum_dimeq VARCHAR primary end_time Stop time VOX:OBS_END_TIME ssa:Char.TimeAxis.Coverage.Bounds.Stop TIMESTAMP primary extent_wave Width of spectrum em.wl;instr.bandwidth ssa:Char.SpectralAxis.Coverage.Bounds.Extent DOUBLE primary flux_axis Name for flux ssa:Char.FluxAxis.Name VARCHAR primary flux_si SI factor and dimensions ssa:Dataset.FluxSI VARCHAR primary format Content or MIME type of dataset ssa:Access.Format VARCHAR primary obsno Observation number ssa:Association.ID INTEGER primary publisher Dataset publisher meta.curation ssa:Curation.Publisher VARCHAR primary ra Right Ascension POS_EQ_RA_MAIN stc:AstroCoords.Position2D.Value2.C1 DOUBLE primary reference URL used to access dataset meta.ref.url ssa:Access.Reference VARCHAR primary s_region VARCHAR primary s_region_fov VARCHAR primary scale Number of points in spectrum ssa:Dataset.Length INTEGER primary scaleq SI factors for spectral and flux axes VOX:Spectrum_scaleq VARCHAR primary spatial_extent Aperture angular size instr.fov ssa:Char.SpatialAxis.Coverage.Bounds.Extent DOUBLE primary spatial_value Spatial Position pos.eq ssa:Char.SpatialAxis.Coverage.Location.Value VARCHAR primary spectral_axis Name for spectral axis ssa:Char.SpectralAxis.Name VARCHAR primary spectral_si SI factor and dimensions ssa:Dataset.SpectralSI VARCHAR primary start_time Start time VOX:OBS_START_TIME ssa:Char.TimeAxis.Coverage.Bounds.Start TIMESTAMP primary target_name Dataset Title meta.title;meta.dataset ssa:DataID.Title VARCHAR primary units Units for spectral and flux axes VOX:Spectrum_units VARCHAR primary

job_upload http://nida.esac.esa.int/nida-sl-tap/tap ADQL 2.0 ADQL 2.0 application/x-votable+xml votable application/x-votable+xml votable_plain text/csv csv application/json json application/fits fits text/plain direct text/xml votable_plain_ivoa 259200 259200 3600 3600 100000 100000 http://nida.esac.esa.int/nida-sl-tap/tap/availability http://nida.esac.esa.int/nida-sl-tap/tap/capabilities