J/A+A/625/A139ivo://CDS.VizieR/J/A+A/625/A139doi:10.26093/cds/vizier.36250139CDSMarciniak A.Ali-Lagoa VMueller T.G.Szakats R.Molnar L.Pal A.,Podlewska-Gaca E.Parley N.Antonini P.Barbotin E.Behrend R.,Bernasconi L.Butkiewicz-Bak M.Crippa R.Duffard R.Ditteon R.,Feuerbach M.Fauvaud S.Garlitz J.Geier S.Goncalves R.Grice J.,Grzeskowiak I.Hirsch R.Horbowicz J.KamiNski K.KamiNska M.K.,Kim D.-H.Kim M.-J.Konstanciak I.Kudak V.Kulczak P.Maestre J.L.,Manzini F.Marks S.Monteiro F.Ogloza W.Oszkiewicz D.Pilcher F.,Perig V.Polakis T.PoliNska M.Roy R.Sanabria J.J.Santana-Ros T.,Skiff B.Skrzypek J.Sobkowiak K.Sonbas E.Thizy O.Trela P.,Urakawa S.Zejmo M.Zukowski K.2019-07-24T12:05:42Z2019-05-28T11:00:44ZCDS support team

CDS, Observatoire de Strasbourg, 11 rue de l'Universite, F-67000 Strasbourg, France

cds-question@unistra.frsolar-systemasteroidsEarlier work suggests that slowly rotating asteroids should have higher thermal inertias than faster rotators because the heat wave penetrates deeper into the subsurface. However, thermal inertias have been determined mainly for fast rotators due to selection effects in the available photometry used to obtain shape models required for thermophysical modelling (TPM). Our aims are to mitigate these selection effects by producing shape models of slow rotators, to scale them and compute their thermal inertia with TPM, and to verify whether thermal inertia increases with the rotation period. To decrease the bias against slow rotators, we conducted a photometric observing campaign of main-belt asteroids with periods longer than 12h, from multiple stations worldwide, adding in some cases data from WISE and Kepler space telescopes. For spin and shape reconstruction we used the lightcurve inversion method, and to derive thermal inertias we applied a thermophysical model to fit available infrared data from IRAS, AKARI, and WISE. We present new models of 11 slow rotators that provide a good fit to the thermal data. In two cases, the TPM analysis showed a clear preference for one of the two possible mirror solutions. We derived the diameters and albedos of our targets in addition to their thermal inertias, which ranged between 3_-3_^+33^ and 45_-30_^+60^J/m^2^/s^1/2^/K. Together with our previous work, we have analysed 16 slow rotators from our dense survey with sizes between 30 and 150 km. The current sample thermal inertias vary widely, which does not confirm the earlier suggestion that slower rotators have higher thermal inertias.2019A&A...625A.139Mhttps://cdsarc.cds.unistra.fr/viz-bin/cat/J/A+A/625/A139CatalogResearchIsServedByTAP VizieR generic servicehttps://cds.unistra.fr/vizier-org/licences_vizier.htmlhttps://vizier.cds.unistra.fr/viz-bin/VizieR-2?-source=J/A+A/625/A139https://vizier.iucaa.in/viz-bin/VizieR-2?-source=J/A+A/625/A139http://vizieridia.saao.ac.za/viz-bin/VizieR-2?-source=J/A+A/625/A139https://vizier.cds.unistra.fr/viz-bin/votable?-source=J/A+A/625/A139https://vizier.iucaa.in/viz-bin/votable?-source=J/A+A/625/A139http://vizieridia.saao.ac.za/viz-bin/votable?-source=J/A+A/625/A139GETtext/xml+votablehttps://tapvizier.cds.unistra.fr/TAPVizieR/tapdefaultJ/A+A/625/A139/100lcsAsteroid 100 Hekate individual lightcurvesrecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintJDJD epoch corrected for the light-time corresponding to the Earth-asteroid distancedtime.epochdoublebrRelative brightness in intensity units, mean brightness of each lightcurve is unitymeta.notedoubleSxx component of the vector from the asteroid to the Sun in J2000 ecliptic Cartesian coordinatesAUpos.cartesian.xdoubleSyy component of the vector from the asteroid to the Sun in J2000 ecliptic Cartesian coordinatesAUpos.dirCosdoubleSzz component of the vector from the asteroid to the Sun in J2000 ecliptic Cartesian coordinatesAUpos.cartesian.zdoubleExx component of the vector from the asteroid to the Earth in J2000 ecliptic Cartesian coordinatesAUpos.cartesian.xdoubleEyy component of the vector from the asteroid to the Earth in J2000 ecliptic Cartesian coordinatesAUpos.dirCosdoubleEzz component of the vector from the asteroid to the Earth in J2000 ecliptic Cartesian coordinatesAUpos.cartesian.zdoubleJ/A+A/625/A139/109lcsAsteroid 109 Felicitas individual lightcurvesrecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintJDJD epoch corrected for the light-time corresponding to the Earth-asteroid distancedtime.epochdoublebrRelative brightness in intensity units, mean brightness of each lightcurve is unitymeta.notedoubleSxx component of the vector from the asteroid to the Sun in J2000 ecliptic Cartesian coordinatesAUpos.cartesian.xdoubleSyy component of the vector from the asteroid to the Sun in J2000 ecliptic Cartesian coordinatesAUpos.dirCosdoubleSzz component of the vector from the asteroid to the Sun in J2000 ecliptic Cartesian coordinatesAUpos.cartesian.zdoubleExx component of the vector from the asteroid to the Earth in J2000 ecliptic Cartesian coordinatesAUpos.cartesian.xdoubleEyy component of the vector from the asteroid to the Earth in J2000 ecliptic Cartesian coordinatesAUpos.dirCosdoubleEzz component of the vector from the asteroid to the Earth in J2000 ecliptic Cartesian coordinatesAUpos.cartesian.zdoubleJ/A+A/625/A139/195lcsAsteroid 195 Eurykleia individual lightcurvesrecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintJDJD epoch corrected for the light-time corresponding to the Earth-asteroid distancedtime.epochdoublebrRelative brightness in intensity units, mean brightness of each lightcurve is unitymeta.notedoubleSxx component of the vector from the asteroid to the Sun in J2000 ecliptic Cartesian coordinatesAUpos.cartesian.xdoubleSyy component of the vector from the asteroid to the Sun in J2000 ecliptic Cartesian coordinatesAUpos.dirCosdoubleSzz component of the vector from the asteroid to the Sun in J2000 ecliptic Cartesian coordinatesAUpos.cartesian.zdoubleExx component of the vector from the asteroid to the Earth in J2000 ecliptic Cartesian coordinatesAUpos.cartesian.xdoubleEyy component of the vector from the asteroid to the Earth in J2000 ecliptic Cartesian coordinatesAUpos.dirCosdoubleEzz component of the vector from the asteroid to the Earth in J2000 ecliptic Cartesian coordinatesAUpos.cartesian.zdoubleJ/A+A/625/A139/653obsObserving circumstances of asteroid 653 BerenikerecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintObs.dateParticular observing run observation date (YYYY/MMM/DD.d)stime.epoch;obsnullableLambdaEcliptic longitude of the targetdegpos.ecliptic.lonfloatPhasePhase angle (Sun-Target-Observer)degpos.phaseAngfloatDurDuration of the observing runhtime.durationfloatSigma? Photometric scattermagstat.error;phot.magfloatnullableObservObserver(s)obs.observerSiteObserving sitemeta.id;obscharJ/A+A/625/A139/301lcsAsteroid 301 Bavaria individual lightcurvesrecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintJDJD epoch corrected for the light-time corresponding to the Earth-asteroid distancedtime.epochdoublebrRelative brightness in intensity units, mean brightness of each lightcurve is unitymeta.notedoubleSxx component of the vector from the asteroid to the Sun in J2000 ecliptic Cartesian coordinatesAUpos.cartesian.xdoubleSyy component of the vector from the asteroid to the Sun in J2000 ecliptic Cartesian coordinatesAUpos.dirCosdoubleSzz component of the vector from the asteroid to the Sun in J2000 ecliptic Cartesian coordinatesAUpos.cartesian.zdoubleExx component of the vector from the asteroid to the Earth in J2000 ecliptic Cartesian coordinatesAUpos.cartesian.xdoubleEyy component of the vector from the asteroid to the Earth in J2000 ecliptic Cartesian coordinatesAUpos.dirCosdoubleEzz component of the vector from the asteroid to the Earth in J2000 ecliptic Cartesian coordinatesAUpos.cartesian.zdoubleJ/A+A/625/A139/335lcsAsteroid 335 Roberta individual lightcurvesrecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintJDJD epoch corrected for the light-time corresponding to the Earth-asteroid distancedtime.epochdoublebrRelative brightness in intensity units, mean brightness of each lightcurve is unitymeta.notedoubleSxx component of the vector from the asteroid to the Sun in J2000 ecliptic Cartesian coordinatesAUpos.cartesian.xdoubleSyy component of the vector from the asteroid to the Sun in J2000 ecliptic Cartesian coordinatesAUpos.dirCosdoubleSzz component of the vector from the asteroid to the Sun in J2000 ecliptic Cartesian coordinatesAUpos.cartesian.zdoubleExx component of the vector from the asteroid to the Earth in J2000 ecliptic Cartesian coordinatesAUpos.cartesian.xdoubleEyy component of the vector from the asteroid to the Earth in J2000 ecliptic Cartesian coordinatesAUpos.dirCosdoubleEzz component of the vector from the asteroid to the Earth in J2000 ecliptic Cartesian coordinatesAUpos.cartesian.zdoubleJ/A+A/625/A139/380lcsAsteroid 380 Fiducia individual lightcurvesrecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintJDJD epoch corrected for the light-time corresponding to the Earth-asteroid distancedtime.epochdoublebrRelative brightness in intensity units, mean brightness of each lightcurve is unitymeta.notedoubleSxx component of the vector from the asteroid to the Sun in J2000 ecliptic Cartesian coordinatesAUpos.cartesian.xdoubleSyy component of the vector from the asteroid to the Sun in J2000 ecliptic Cartesian coordinatesAUpos.dirCosdoubleSzz component of the vector from the asteroid to the Sun in J2000 ecliptic Cartesian coordinatesAUpos.cartesian.zdoubleExx component of the vector from the asteroid to the Earth in J2000 ecliptic Cartesian coordinatesAUpos.cartesian.xdoubleEyy component of the vector from the asteroid to the Earth in J2000 ecliptic Cartesian coordinatesAUpos.dirCosdoubleEzz component of the vector from the asteroid to the Earth in J2000 ecliptic Cartesian coordinatesAUpos.cartesian.zdoubleJ/A+A/625/A139/538lcsAsteroid 538 Friederike individual lightcurvesrecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintJDJD epoch corrected for the light-time corresponding to the Earth-asteroid distancedtime.epochdoublebrRelative brightness in intensity units, mean brightness of each lightcurve is unitymeta.notedoubleSxx component of the vector from the asteroid to the Sun in J2000 ecliptic Cartesian coordinatesAUpos.cartesian.xdoubleSyy component of the vector from the asteroid to the Sun in J2000 ecliptic Cartesian coordinatesAUpos.dirCosdoubleSzz component of the vector from the asteroid to the Sun in J2000 ecliptic Cartesian coordinatesAUpos.cartesian.zdoubleExx component of the vector from the asteroid to the Earth in J2000 ecliptic Cartesian coordinatesAUpos.cartesian.xdoubleEyy component of the vector from the asteroid to the Earth in J2000 ecliptic Cartesian coordinatesAUpos.dirCosdoubleEzz component of the vector from the asteroid to the Earth in J2000 ecliptic Cartesian coordinatesAUpos.cartesian.zdoubleJ/A+A/625/A139/653lcsAsteroid 653 Berenike individual lightcurvesrecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintJDJD epoch corrected for the light-time corresponding to the Earth-asteroid distancedtime.epochdoublebrRelative brightness in intensity units, mean brightness of each lightcurve is unitymeta.notedoubleSxx component of the vector from the asteroid to the Sun in J2000 ecliptic Cartesian coordinatesAUpos.cartesian.xdoubleSyy component of the vector from the asteroid to the Sun in J2000 ecliptic Cartesian coordinatesAUpos.dirCosdoubleSzz component of the vector from the asteroid to the Sun in J2000 ecliptic Cartesian coordinatesAUpos.cartesian.zdoubleExx component of the vector from the asteroid to the Earth in J2000 ecliptic Cartesian coordinatesAUpos.cartesian.xdoubleEyy component of the vector from the asteroid to the Earth in J2000 ecliptic Cartesian coordinatesAUpos.dirCosdoubleEzz component of the vector from the asteroid to the Earth in J2000 ecliptic Cartesian coordinatesAUpos.cartesian.zdoubleJ/A+A/625/A139/673lcsAsteroid 673 Edda individual lightcurvesrecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintJDJD epoch corrected for the light-time corresponding to the Earth-asteroid distancedtime.epochdoublebrRelative brightness in intensity units, mean brightness of each lightcurve is unitymeta.notedoubleSxx component of the vector from the asteroid to the Sun in J2000 ecliptic Cartesian coordinatesAUpos.cartesian.xdoubleSyy component of the vector from the asteroid to the Sun in J2000 ecliptic Cartesian coordinatesAUpos.dirCosdoubleSzz component of the vector from the asteroid to the Sun in J2000 ecliptic Cartesian coordinatesAUpos.cartesian.zdoubleExx component of the vector from the asteroid to the Earth in J2000 ecliptic Cartesian coordinatesAUpos.cartesian.xdoubleEyy component of the vector from the asteroid to the Earth in J2000 ecliptic Cartesian coordinatesAUpos.dirCosdoubleEzz component of the vector from the asteroid to the Earth in J2000 ecliptic Cartesian coordinatesAUpos.cartesian.zdoubleJ/A+A/625/A139/109obsObserving circumstances of asteroid 109 FelicitasSiteObserving sitemeta.id;obscharObservObserver(s)obs.observerrecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintObs.dateParticular observing run observation date (YYYY/MMM/DD.d)stime.epoch;obsnullableLambdaEcliptic longitude of the targetdegpos.ecliptic.lonfloatPhasePhase angle (Sun-Target-Observer)degpos.phaseAngfloatDurDuration of the observing runhtime.durationfloatSigma? Photometric scattermagstat.error;phot.magfloatnullableJ/A+A/625/A139/301obsObserving circumstances of asteroid 301 BavariarecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintObs.dateParticular observing run observation date (YYYY/MMM/DD.d)stime.epoch;obsnullableLambdaEcliptic longitude of the targetdegpos.ecliptic.lonfloatPhasePhase angle (Sun-Target-Observer)degpos.phaseAngfloatDurDuration of the observing runhtime.durationfloatSigma? Photometric scattermagstat.error;phot.magfloatnullableObservObserver(s)obs.observerSiteObserving sitemeta.id;obscharJ/A+A/625/A139/335obsObserving circumstances of asteroid 335 RobertarecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintObs.dateParticular observing run observation date (YYYY/MMM/DD.d)stime.epoch;obsnullableLambdaEcliptic longitude of the targetdegpos.ecliptic.lonfloatPhasePhase angle (Sun-Target-Observer)degpos.phaseAngfloatDurDuration of the observing runhtime.durationfloatSigma? Photometric scattermagstat.error;phot.magfloatnullableObservObserver(s)obs.observerSiteObserving sitemeta.id;obscharJ/A+A/625/A139/380obsObserving circumstances of asteroid 380 FiduciarecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintObs.dateParticular observing run observation date (YYYY/MMM/DD.d)stime.epoch;obsnullableLambdaEcliptic longitude of the targetdegpos.ecliptic.lonfloatPhasePhase angle (Sun-Target-Observer)degpos.phaseAngfloatDurDuration of the observing runhtime.durationfloatSigma? Photometric scattermagstat.error;phot.magfloatnullableObservObserver(s)obs.observerSiteObserving sitemeta.id;obscharJ/A+A/625/A139/468obsObserving circumstances of asteroid 468 LinaPhasePhase angle (Sun-Target-Observer)degpos.phaseAngfloatrecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintObs.dateParticular observing run observation date (YYYY/MMM/DD.d)stime.epoch;obsnullableLambdaEcliptic longitude of the targetdegpos.ecliptic.lonfloatDurDuration of the observing runhtime.durationfloatSigma? Photometric scattermagstat.error;phot.magfloatnullableObservObserver(s)obs.observerSiteObserving sitemeta.id;obscharJ/A+A/625/A139/538obsObserving circumstances of asteroid 538 FriederikeObs.dateParticular observing run observation date (YYYY/MMM/DD.d)stime.epoch;obsnullablerecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintLambdaEcliptic longitude of the targetdegpos.ecliptic.lonfloatPhasePhase angle (Sun-Target-Observer)degpos.phaseAngfloatDurDuration of the observing runhtime.durationfloatSigma? Photometric scattermagstat.error;phot.magfloatnullableObservObserver(s)obs.observerSiteObserving sitemeta.id;obscharJ/A+A/625/A139/673obsObserving circumstances of asteroid 673 EddaSigma? Photometric scattermagstat.error;phot.magfloatnullablerecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintObs.dateParticular observing run observation date (YYYY/MMM/DD.d)stime.epoch;obsnullableLambdaEcliptic longitude of the targetdegpos.ecliptic.lonfloatPhasePhase angle (Sun-Target-Observer)degpos.phaseAngfloatDurDuration of the observing runhtime.durationfloatObservObserver(s)obs.observerSiteObserving sitemeta.id;obscharJ/A+A/625/A139/468lcsAsteroid 468 Lina individual lightcurvesrecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintJDJD epoch corrected for the light-time corresponding to the Earth-asteroid distancedtime.epochdoublebrRelative brightness in intensity units, mean brightness of each lightcurve is unitymeta.notedoubleSxx component of the vector from the asteroid to the Sun in J2000 ecliptic Cartesian coordinatesAUpos.cartesian.xdoubleSyy component of the vector from the asteroid to the Sun in J2000 ecliptic Cartesian coordinatesAUpos.dirCosdoubleSzz component of the vector from the asteroid to the Sun in J2000 ecliptic Cartesian coordinatesAUpos.cartesian.zdoubleExx component of the vector from the asteroid to the Earth in J2000 ecliptic Cartesian coordinatesAUpos.cartesian.xdoubleEyy component of the vector from the asteroid to the Earth in J2000 ecliptic Cartesian coordinatesAUpos.dirCosdoubleEzz component of the vector from the asteroid to the Earth in J2000 ecliptic Cartesian coordinatesAUpos.cartesian.zdoubleJ/A+A/625/A139/834lcsAsteroid 834 Burnhamia individual lightcurvesrecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintJDJD epoch corrected for the light-time corresponding to the Earth-asteroid distancedtime.epochdoublebrRelative brightness in intensity units, mean brightness of each lightcurve is unitymeta.notedoubleSxx component of the vector from the asteroid to the Sun in J2000 ecliptic Cartesian coordinatesAUpos.cartesian.xdoubleSyy component of the vector from the asteroid to the Sun in J2000 ecliptic Cartesian coordinatesAUpos.dirCosdoubleSzz component of the vector from the asteroid to the Sun in J2000 ecliptic Cartesian coordinatesAUpos.cartesian.zdoubleExx component of the vector from the asteroid to the Earth in J2000 ecliptic Cartesian coordinatesAUpos.cartesian.xdoubleEyy component of the vector from the asteroid to the Earth in J2000 ecliptic Cartesian coordinatesAUpos.dirCosdoubleEzz component of the vector from the asteroid to the Earth in J2000 ecliptic Cartesian coordinatesAUpos.cartesian.zdoubleJ/A+A/625/A139/100obsObserving circumstances of asteroid 100 HekateSiteObserving sitemeta.id;obscharrecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintObs.dateParticular observing run observation date (YYYY/MMM/DD.d)stime.epoch;obsnullableLambdaEcliptic longitude of the targetdegpos.ecliptic.lonfloatPhasePhase angle (Sun-Target-Observer)degpos.phaseAngfloatDurDuration of the observing runhtime.durationfloatSigma? Photometric scattermagstat.error;phot.magfloatnullableObservObserver(s)obs.observerJ/A+A/625/A139/195obsObserving circumstances of asteroid 195 EurykleiarecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintObs.dateParticular observing run observation date (YYYY/MMM/DD.d)stime.epoch;obsnullableLambdaEcliptic longitude of the targetdegpos.ecliptic.lonfloatPhasePhase angle (Sun-Target-Observer)degpos.phaseAngfloatDurDuration of the observing runhtime.durationfloatSigma? Photometric scattermagstat.error;phot.magfloatnullableObservObserver(s)obs.observerSiteObserving sitemeta.id;obscharJ/A+A/625/A139/834obsObserving circumstances of asteroid 834 BurnhamiarecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintObs.dateParticular observing run observation date (YYYY/MMM/DD.d)stime.epoch;obsnullableLambdaEcliptic longitude of the targetdegpos.ecliptic.lonfloatPhasePhase angle (Sun-Target-Observer)degpos.phaseAngfloatDurDuration of the observing runhtime.durationfloatSigma? Photometric scattermagstat.error;phot.magfloatnullableObservObserver(s)obs.observerSiteObserving sitemeta.id;obschar