Table information for 'vossp.bft_comets'

General

Table Description: The ssoBFT is a broad and flat table that compiles all the property values of all the SSOs. This table gathers the comets. It is intended to people who want to make statistics or plots on SSO properties.

This table is available for ADQL queries and through the TAP endpoint.

Resource Description: The VO-IMCCE project is born in 2003. The first step was to make an interconnection between the VizieR service (CDS) and the service of calculation of asteroid ephemerides of the IMCCE. In 2004, we began the development of tools and services in the framework of the Virtual observatory. In 2005 the first version of the SkyBoT service is born to answer the simple question: which solar system bodies are visible in a given area of the sky at a given epoch? The service was put in production in January 2006 through a Web service, through the VO portal Aladin (CDS), and through various softwares, such as Audela and the WCS tools. A few months later, the Miriade services came out to provide new computing services of solar system body ephemerides.

For a list of all services and tables belonging to this table's resource, see Information on resource 'Virtual Observatory Solar System Portal'

Resource Reference URL: https://ssp.imcce.fr/webservices/

Citing this table

To cite the table as such, we suggest the following BibTeX entry:

@MISC{vo:VOSSP,
  year=2025,
  title={{ssoBFT} Comets},
  author={Observatoire de la Côte d'Azur},
  url={https://dachs.oca.eu/tableinfo/vossp.bft_comets},
  howpublished={{VO} resource provided by the {OCA} Data Center}
}

Columns

Sorted by DB column index. [Sort alphabetically]

NameTable Head DescriptionUnitUCD
"id" "id" Unique identifier of the SSO N/A meta.id;meta.main
"name" "name" Official name or provisional designation of the SSO N/A meta.id
"aliases" "aliases" All SSO aliases N/A meta.id
"class" "class" Dynamical population the SSO belongs to N/A meta.code.class
"links.self" "links.self" URL to retrieve the ssoCard N/A N/A
"orbital_elements.ref_epoch" "orbital_elements.ref_epoch" Reference epoch of osculation d time.epoch;src.orbital
"orbital_elements.number_observations" "orbital_elements.number_observations" Number of observations used to compute the orbit N/A meta.number;obs
"orbital_elements.orbital_arc" "orbital_elements.orbital_arc" Orbital arc spanned by observations used in orbit computation d time.duration;src.orbital
"orbital_elements.ceu.value" "orbital_elements.ceu.value" Absolute value of the current 1-sigma ephemeris uncertainty (CEU) arcsec stat.rms;src.orbital
"orbital_elements.perihelion_distance.value" "orbital_elements.perihelion_distance.value" Perihelion distance au pos.distance;src.orbital
"orbital_elements.perihelion_distance.error.min" "orbital_elements.perihelion_distance.error.min" Perihelion distance au pos.distance;src.orbital
"orbital_elements.perihelion_distance.error.max" "orbital_elements.perihelion_distance.error.max" Perihelion distance au pos.distance;src.orbital
"orbital_elements.semi_major_axis.value" "orbital_elements.semi_major_axis.value" Semi-major axis of the orbit au pos.distance;src.orbital
"orbital_elements.semi_major_axis.error.min" "orbital_elements.semi_major_axis.error.min" Semi-major axis of the orbit au pos.distance;src.orbital
"orbital_elements.semi_major_axis.error.max" "orbital_elements.semi_major_axis.error.max" Semi-major axis of the orbit au pos.distance;src.orbital
"orbital_elements.eccentricity.value" "orbital_elements.eccentricity.value" Eccentricity of the orbit N/A src.orbital.eccentricity
"orbital_elements.eccentricity.error.min" "orbital_elements.eccentricity.error.min" Eccentricity of the orbit N/A src.orbital.eccentricity
"orbital_elements.eccentricity.error.max" "orbital_elements.eccentricity.error.max" Eccentricity of the orbit N/A src.orbital.eccentricity
"orbital_elements.inclination.value" "orbital_elements.inclination.value" Inclination of the orbit deg src.orbital.inclination
"orbital_elements.inclination.error.min" "orbital_elements.inclination.error.min" Inclination of the orbit deg src.orbital.inclination
"orbital_elements.inclination.error.max" "orbital_elements.inclination.error.max" Inclination of the orbit deg src.orbital.inclination
"orbital_elements.node_longitude.value" "orbital_elements.node_longitude.value" Longitude of the ascending node of the orbit deg src.orbital.node
"orbital_elements.node_longitude.error.min" "orbital_elements.node_longitude.error.min" Longitude of the ascending node of the orbit deg src.orbital.node
"orbital_elements.node_longitude.error.max" "orbital_elements.node_longitude.error.max" Longitude of the ascending node of the orbit deg src.orbital.node
"orbital_elements.periapsis_argument.value" "orbital_elements.periapsis_argument.value" Argument of periapsis of the orbit deg src.orbital.periastron
"orbital_elements.periapsis_argument.error.min" "orbital_elements.periapsis_argument.error.min" Argument of periapsis of the orbit deg src.orbital.periastron
"orbital_elements.periapsis_argument.error.max" "orbital_elements.periapsis_argument.error.max" Argument of periapsis of the orbit deg src.orbital.periastron
"orbital_elements.pericenter_date.value" "orbital_elements.pericenter_date.value" Date of passage to the pericenter d time.epoch;src.orbital.periastron
"orbital_elements.pericenter_date.error.min" "orbital_elements.pericenter_date.error.min" Date of passage to the pericenter d time.epoch;src.orbital.periastron
"orbital_elements.pericenter_date.error.max" "orbital_elements.pericenter_date.error.max" Date of passage to the pericenter d time.epoch;src.orbital.periastron
"orbital_elements.mean_anomaly.value" "orbital_elements.mean_anomaly.value" Angle between lines drawn from the Sun to the periapsis and to a point moving on the orbit at a uniform rate corresponding to the period of revolution of the SSO deg src.orbital.meanAnomaly
"orbital_elements.mean_anomaly.error.min" "orbital_elements.mean_anomaly.error.min" Angle between lines drawn from the Sun to the periapsis and to a point moving on the orbit at a uniform rate corresponding to the period of revolution of the SSO deg src.orbital.meanAnomaly
"orbital_elements.mean_anomaly.error.max" "orbital_elements.mean_anomaly.error.max" Angle between lines drawn from the Sun to the periapsis and to a point moving on the orbit at a uniform rate corresponding to the period of revolution of the SSO deg src.orbital.meanAnomaly
"orbital_elements.mean_motion.value" "orbital_elements.mean_motion.value" Mean angular velocity required for the body to complete one orbit deg/d src.orbital.meanMotion
"orbital_elements.mean_motion.error.min" "orbital_elements.mean_motion.error.min" Mean angular velocity required for the body to complete one orbit deg/d src.orbital.meanMotion
"orbital_elements.mean_motion.error.max" "orbital_elements.mean_motion.error.max" Mean angular velocity required for the body to complete one orbit deg/d src.orbital.meanMotion
"orbital_elements.orbital_period.value" "orbital_elements.orbital_period.value" Amount of time the SSO takes to complete one orbit d time.period.revolution
"orbital_elements.orbital_period.error.min" "orbital_elements.orbital_period.error.min" Amount of time the SSO takes to complete one orbit d time.period.revolution
"orbital_elements.orbital_period.error.max" "orbital_elements.orbital_period.error.max" Amount of time the SSO takes to complete one orbit d time.period.revolution
"orbital_elements.periapsis_distance.value" "orbital_elements.periapsis_distance.value" Nearest point of the orbit around the primary body au pos.distance;src.orbital;stat.min
"orbital_elements.periapsis_distance.error.min" "orbital_elements.periapsis_distance.error.min" Nearest point of the orbit around the primary body au pos.distance;src.orbital;stat.min
"orbital_elements.periapsis_distance.error.max" "orbital_elements.periapsis_distance.error.max" Nearest point of the orbit around the primary body au pos.distance;src.orbital;stat.min
"orbital_elements.apoapsis_distance.value" "orbital_elements.apoapsis_distance.value" Farthest point of the orbit around the primary body au pos.distance;src.orbital;stat.max
"orbital_elements.apoapsis_distance.error.min" "orbital_elements.apoapsis_distance.error.min" Farthest point of the orbit around the primary body au pos.distance;src.orbital;stat.max
"orbital_elements.apoapsis_distance.error.max" "orbital_elements.apoapsis_distance.error.max" Farthest point of the orbit around the primary body au pos.distance;src.orbital;stat.max
"orbital_elements.non_gravitational_forces.a1.value" "orbital_elements.non_gravitational_forces.a1.value" Non-gravitational radial acceleration parameter au/d**2 N/A
"orbital_elements.non_gravitational_forces.a1.error.min" "orbital_elements.non_gravitational_forces.a1.error.min" Non-gravitational radial acceleration parameter au/d**2 N/A
"orbital_elements.non_gravitational_forces.a1.error.max" "orbital_elements.non_gravitational_forces.a1.error.max" Non-gravitational radial acceleration parameter au/d**2 N/A
"orbital_elements.non_gravitational_forces.a2.value" "orbital_elements.non_gravitational_forces.a2.value" Non-gravitational transverse acceleration parameter au/d**2 N/A
"orbital_elements.non_gravitational_forces.a2.error.min" "orbital_elements.non_gravitational_forces.a2.error.min" Non-gravitational transverse acceleration parameter au/d**2 N/A
"orbital_elements.non_gravitational_forces.a2.error.max" "orbital_elements.non_gravitational_forces.a2.error.max" Non-gravitational transverse acceleration parameter au/d**2 N/A
"orbital_elements.non_gravitational_forces.a3.value" "orbital_elements.non_gravitational_forces.a3.value" Non-gravitational normal acceleration parameter au/d**2 N/A
"orbital_elements.non_gravitational_forces.a3.error.min" "orbital_elements.non_gravitational_forces.a3.error.min" Non-gravitational normal acceleration parameter au/d**2 N/A
"orbital_elements.non_gravitational_forces.a3.error.max" "orbital_elements.non_gravitational_forces.a3.error.max" Non-gravitational normal acceleration parameter au/d**2 N/A
"orbital_elements.author" "orbital_elements.author" Name of the orbit computer N/A meta.bib.author
"delta_v.delta_v" "delta_v.delta_v" Best total velocity range to rendezvous with target km/s phys.veloc
"delta_v.transfer_time" "delta_v.transfer_time" Best flight time to rendezvous with target d time.duration
"delta_v.n_burns" "delta_v.n_burns" Number of burns corresponding to the best Delta-V N/A meta.id
"tisserand_parameters.Jupiter.value" "tisserand_parameters.jupiter.value" Tisserand parameter with respect to Jupiter N/A src.orbital.Tisserand
"tisserand_parameters.Jupiter.error.min" "tisserand_parameters.jupiter.error.min" Tisserand parameter with respect to Jupiter N/A src.orbital.Tisserand
"tisserand_parameters.Jupiter.error.max" "tisserand_parameters.jupiter.error.max" Tisserand parameter with respect to Jupiter N/A src.orbital.Tisserand
"tisserand_parameters.Saturn.value" "tisserand_parameters.saturn.value" Tisserand parameter with respect to Saturn N/A src.orbital.Tisserand
"tisserand_parameters.Saturn.error.min" "tisserand_parameters.saturn.error.min" Tisserand parameter with respect to Saturn N/A src.orbital.Tisserand
"tisserand_parameters.Saturn.error.max" "tisserand_parameters.saturn.error.max" Tisserand parameter with respect to Saturn N/A src.orbital.Tisserand
"tisserand_parameters.Uranus.value" "tisserand_parameters.uranus.value" Tisserand parameter with respect to Uranus N/A src.orbital.Tisserand
"tisserand_parameters.Uranus.error.min" "tisserand_parameters.uranus.error.min" Tisserand parameter with respect to Uranus N/A src.orbital.Tisserand
"tisserand_parameters.Uranus.error.max" "tisserand_parameters.uranus.error.max" Tisserand parameter with respect to Uranus N/A src.orbital.Tisserand
"tisserand_parameters.Neptune.value" "tisserand_parameters.neptune.value" Tisserand parameter with respect to Neptune N/A src.orbital.Tisserand
"tisserand_parameters.Neptune.error.min" "tisserand_parameters.neptune.error.min" Tisserand parameter with respect to Neptune N/A src.orbital.Tisserand
"tisserand_parameters.Neptune.error.max" "tisserand_parameters.neptune.error.max" Tisserand parameter with respect to Neptune N/A src.orbital.Tisserand
"moid.Mercury.value" "moid.mercury.value" Minimum orbit intersection distance with respect to Mercury au src.orbital;stat.min;pos.distance
"moid.Mercury.error.min" "moid.mercury.error.min" Minimum orbit intersection distance with respect to Mercury au src.orbital;stat.min;pos.distance
"moid.Mercury.error.max" "moid.mercury.error.max" Minimum orbit intersection distance with respect to Mercury au src.orbital;stat.min;pos.distance
"moid.Venus.value" "moid.venus.value" Minimum orbit intersection distance with respect to Venus au src.orbital;stat.min;pos.distance
"moid.Venus.error.min" "moid.venus.error.min" Minimum orbit intersection distance with respect to Venus au src.orbital;stat.min;pos.distance
"moid.Venus.error.max" "moid.venus.error.max" Minimum orbit intersection distance with respect to Venus au src.orbital;stat.min;pos.distance
"moid.Earth.value" "moid.earth.value" Minimum orbit intersection distance with respect to Earth- barycenter au src.orbital;stat.min;pos.distance
"moid.Earth.error.min" "moid.earth.error.min" Minimum orbit intersection distance with respect to Earth- barycenter au src.orbital;stat.min;pos.distance
"moid.Earth.error.max" "moid.earth.error.max" Minimum orbit intersection distance with respect to Earth- barycenter au src.orbital;stat.min;pos.distance
"moid.Mars.value" "moid.mars.value" Minimum orbit intersection distance with respect to Mars au src.orbital;stat.min;pos.distance
"moid.Mars.error.min" "moid.mars.error.min" Minimum orbit intersection distance with respect to Mars au src.orbital;stat.min;pos.distance
"moid.Mars.error.max" "moid.mars.error.max" Minimum orbit intersection distance with respect to Mars au src.orbital;stat.min;pos.distance
"moid.Jupiter.value" "moid.jupiter.value" Minimum orbit intersection distance with respect to Jupiter au src.orbital;stat.min;pos.distance
"moid.Jupiter.error.min" "moid.jupiter.error.min" Minimum orbit intersection distance with respect to Jupiter au src.orbital;stat.min;pos.distance
"moid.Jupiter.error.max" "moid.jupiter.error.max" Minimum orbit intersection distance with respect to Jupiter au src.orbital;stat.min;pos.distance
"moid.Saturn.value" "moid.saturn.value" Minimum orbit intersection distance with respect to Saturn au src.orbital;stat.min;pos.distance
"moid.Saturn.error.min" "moid.saturn.error.min" Minimum orbit intersection distance with respect to Saturn au src.orbital;stat.min;pos.distance
"moid.Saturn.error.max" "moid.saturn.error.max" Minimum orbit intersection distance with respect to Saturn au src.orbital;stat.min;pos.distance
"moid.Uranus.value" "moid.uranus.value" Minimum orbit intersection distance with respect to Uranus au src.orbital;stat.min;pos.distance
"moid.Uranus.error.min" "moid.uranus.error.min" Minimum orbit intersection distance with respect to Uranus au src.orbital;stat.min;pos.distance
"moid.Uranus.error.max" "moid.uranus.error.max" Minimum orbit intersection distance with respect to Uranus au src.orbital;stat.min;pos.distance
"moid.Neptune.value" "moid.neptune.value" Minimum orbit intersection distance with respect to Neptune au src.orbital;stat.min;pos.distance
"moid.Neptune.error.min" "moid.neptune.error.min" Minimum orbit intersection distance with respect to Neptune au src.orbital;stat.min;pos.distance
"moid.Neptune.error.max" "moid.neptune.error.max" Minimum orbit intersection distance with respect to Neptune au src.orbital;stat.min;pos.distance
"source_regions.hun.value" "source_regions.hun.value" Probability that the SSO is derived from Hungaria population N/A stat.probability
"source_regions.hun.error.min" "source_regions.hun.error.min" Probability that the SSO is derived from Hungaria population N/A stat.probability
"source_regions.hun.error.max" "source_regions.hun.error.max" Probability that the SSO is derived from Hungaria population N/A stat.probability
"source_regions.nu6.value" "source_regions.nu6.value" Probability that the SSO is derived from the ν_6 secular resonance with Saturn N/A stat.probability
"source_regions.nu6.error.min" "source_regions.nu6.error.min" Probability that the SSO is derived from the ν_6 secular resonance with Saturn N/A stat.probability
"source_regions.nu6.error.max" "source_regions.nu6.error.max" Probability that the SSO is derived from the ν_6 secular resonance with Saturn N/A stat.probability
"source_regions.pho.value" "source_regions.pho.value" Probability that the SSO is derived from Phocaea population N/A stat.probability
"source_regions.pho.error.min" "source_regions.pho.error.min" Probability that the SSO is derived from Phocaea population N/A stat.probability
"source_regions.pho.error.max" "source_regions.pho.error.max" Probability that the SSO is derived from Phocaea population N/A stat.probability
"source_regions.mm31.value" "source_regions.mm31.value" Probability that the SSO is derived from the 3:1 mean motion resonance N/A stat.probability
"source_regions.mm31.error.min" "source_regions.mm31.error.min" Probability that the SSO is derived from the 3:1 mean motion resonance N/A stat.probability
"source_regions.mm31.error.max" "source_regions.mm31.error.max" Probability that the SSO is derived from the 3:1 mean motion resonance N/A stat.probability
"source_regions.mm52.value" "source_regions.mm52.value" Probability that the SSO is derived from the 5:2 mean motion resonance N/A stat.probability
"source_regions.mm52.error.min" "source_regions.mm52.error.min" Probability that the SSO is derived from the 5:2 mean motion resonance N/A stat.probability
"source_regions.mm52.error.max" "source_regions.mm52.error.max" Probability that the SSO is derived from the 5:2 mean motion resonance N/A stat.probability
"source_regions.mm21.value" "source_regions.mm21.value" Probability that the SSO is derived from the 2:1 mean motion resonance N/A stat.probability
"source_regions.mm21.error.min" "source_regions.mm21.error.min" Probability that the SSO is derived from the 2:1 mean motion resonance N/A stat.probability
"source_regions.mm21.error.max" "source_regions.mm21.error.max" Probability that the SSO is derived from the 2:1 mean motion resonance N/A stat.probability
"source_regions.jfc.value" "source_regions.jfc.value" Probability that the SSO is derived from the Jupiter Family Comet region N/A stat.probability
"source_regions.jfc.error.min" "source_regions.jfc.error.min" Probability that the SSO is derived from the Jupiter Family Comet region N/A stat.probability
"source_regions.jfc.error.max" "source_regions.jfc.error.max" Probability that the SSO is derived from the Jupiter Family Comet region N/A stat.probability
"family.family_number" "family.family_number" IAU number of the family largest member N/A meta.id
"family.family_name" "family.family_name" Name of the family largest member N/A meta.id;meta.main
"family.family_status" "family.family_status" Status within the family (member of the core, halo, or diffuse halo) N/A meta.code.status
"pair.sibling_number" "pair.sibling_number" IAU number of the sibling SSO N/A meta.id
"pair.sibling_name" "pair.sibling_name" Name of the sibling SSO N/A meta.id;meta.main
"pair.distance" "pair.distance" Distance between the orbits (SSO and sibling) m/s pos.distance;src.orbital
"pair.age.value" "pair.age.value" Estimated age of the pair kyr time.age
"pair.age.error.min" "pair.age.error.min" Estimated age of the pair kyr time.age
"pair.age.error.max" "pair.age.error.max" Estimated age of the pair kyr time.age
"absolute_magnitude.H.value" "absolute_magnitude.h.value" Mean magnitude of the SSO reduced to a heliocentric and geocentric distances of 1 au and at zero phase angle mag phys.magAbs
"absolute_magnitude.H.error.min" "absolute_magnitude.h.error.min" Mean magnitude of the SSO reduced to a heliocentric and geocentric distances of 1 au and at zero phase angle mag phys.magAbs
"absolute_magnitude.H.error.max" "absolute_magnitude.h.error.max" Mean magnitude of the SSO reduced to a heliocentric and geocentric distances of 1 au and at zero phase angle mag phys.magAbs
"absolute_magnitude.G.value" "absolute_magnitude.g.value" Magnitude slope parameter in the photometric system HG N/A phys.magAbs
"absolute_magnitude.G.error.min" "absolute_magnitude.g.error.min" Magnitude slope parameter in the photometric system HG N/A phys.magAbs
"absolute_magnitude.G.error.max" "absolute_magnitude.g.error.max" Magnitude slope parameter in the photometric system HG N/A phys.magAbs
"absolute_magnitude.H1.value" "absolute_magnitude.h1.value" Total absolute magnitude mag phys.magAbs
"absolute_magnitude.H1.error.min" "absolute_magnitude.h1.error.min" Total absolute magnitude mag phys.magAbs
"absolute_magnitude.H1.error.max" "absolute_magnitude.h1.error.max" Total absolute magnitude mag phys.magAbs
"absolute_magnitude.R1.value" "absolute_magnitude.r1.value" Total magnitude scaling factor as function of the distance observer-comet mag phys.magAbs
"absolute_magnitude.R1.error.min" "absolute_magnitude.r1.error.min" Total magnitude scaling factor as function of the distance observer-comet mag phys.magAbs
"absolute_magnitude.R1.error.max" "absolute_magnitude.r1.error.max" Total magnitude scaling factor as function of the distance observer-comet mag phys.magAbs
"absolute_magnitude.D1.value" "absolute_magnitude.d1.value" Total magnitude scaling factor as function of the distance sun-comet mag phys.magAbs
"absolute_magnitude.D1.error.min" "absolute_magnitude.d1.error.min" Total magnitude scaling factor as function of the distance sun-comet mag phys.magAbs
"absolute_magnitude.D1.error.max" "absolute_magnitude.d1.error.max" Total magnitude scaling factor as function of the distance sun-comet mag phys.magAbs
"absolute_magnitude.H2.value" "absolute_magnitude.h2.value" Nuclear absolute magnitude mag phys.magAbs
"absolute_magnitude.H2.error.min" "absolute_magnitude.h2.error.min" Nuclear absolute magnitude mag phys.magAbs
"absolute_magnitude.H2.error.max" "absolute_magnitude.h2.error.max" Nuclear absolute magnitude mag phys.magAbs
"absolute_magnitude.R2.value" "absolute_magnitude.r2.value" Nuclear magnitude scaling factor as function of the distance observer-comet mag phys.magAbs
"absolute_magnitude.R2.error.min" "absolute_magnitude.r2.error.min" Nuclear magnitude scaling factor as function of the distance observer-comet mag phys.magAbs
"absolute_magnitude.R2.error.max" "absolute_magnitude.r2.error.max" Nuclear magnitude scaling factor as function of the distance observer-comet mag phys.magAbs
"absolute_magnitude.D2.value" "absolute_magnitude.d2.value" Nuclear magnitude scaling factor as function of the distance sun-comet mag phys.magAbs
"absolute_magnitude.D2.error.min" "absolute_magnitude.d2.error.min" Nuclear magnitude scaling factor as function of the distance sun-comet mag phys.magAbs
"absolute_magnitude.D2.error.max" "absolute_magnitude.d2.error.max" Nuclear magnitude scaling factor as function of the distance sun-comet mag phys.magAbs
"diameter.value" "diameter.value" Volume-equivalent diameter km phys.size.diameter
"diameter.error.min" "diameter.error.min" Volume-equivalent diameter km phys.size.diameter
"diameter.error.max" "diameter.error.max" Volume-equivalent diameter km phys.size.diameter
"albedo.value" "albedo.value" Geometrical albedo in V band N/A phys.albedo
"albedo.error.min" "albedo.error.min" Geometrical albedo in V band N/A phys.albedo
"albedo.error.max" "albedo.error.max" Geometrical albedo in V band N/A phys.albedo
"albedo.type" "albedo.type" Type of albedo N/A meta.note;phys.albedo
"mass.value" "mass.value" Mass of the SSO kg phys.mass
"mass.error.min" "mass.error.min" Mass of the SSO kg phys.mass
"mass.error.max" "mass.error.max" Mass of the SSO kg phys.mass
"density.value" "density.value" Volumetric mass density kg/m**3 phys.density
"density.error.min" "density.error.min" Volumetric mass density kg/m**3 phys.density
"density.error.max" "density.error.max" Volumetric mass density kg/m**3 phys.density
"hill_sphere_radius.value" "hill_sphere_radius.value" Radius of the gravitational sphere of influence of the SSO au phys.size.radius
"hill_sphere_radius.error.min" "hill_sphere_radius.error.min" Radius of the gravitational sphere of influence of the SSO au phys.size.radius
"hill_sphere_radius.error.max" "hill_sphere_radius.error.max" Radius of the gravitational sphere of influence of the SSO au phys.size.radius
"taxonomy.class" "taxonomy.class" Taxonomic class N/A src.class.color
"taxonomy.complex" "taxonomy.complex" Taxonomic complex N/A src.class.color
"taxonomy.waverange" "taxonomy.waverange" Wavelength range used for the taxonomic classification N/A N/A
"taxonomy.scheme" "taxonomy.scheme" Taxonomic classification scheme N/A N/A
"taxonomy.technique" "taxonomy.technique" Method used to determine the taxonomy N/A N/A
"thermal_inertia.value" "thermal_inertia.value" Equivalent thermal inertia at 1 au J.s**(-1/2).K**-1.m**-2 phys.thermalInertia
"thermal_inertia.error.min" "thermal_inertia.error.min" Equivalent thermal inertia at 1 au J.s**(-1/2).K**-1.m**-2 phys.thermalInertia
"thermal_inertia.error.max" "thermal_inertia.error.max" Equivalent thermal inertia at 1 au J.s**(-1/2).K**-1.m**-2 phys.thermalInertia
"spins.id_spin" "spins.id_spin" Identifier of the spin axis solution N/A meta.id
"spins.period.value" "spins.period.value" Synodic or sidereal period of rotation h time.period.rotation
"spins.period.error.min" "spins.period.error.min" Synodic or sidereal period of rotation h time.period.rotation
"spins.period.error.max" "spins.period.error.max" Synodic or sidereal period of rotation h time.period.rotation
"spins.period_type" "spins.period_type" Type of the period of rotation (synodic or sidereal) N/A meta.code;time.period.rotation
"spins.period_flag" "spins.period_flag" Quality flag of the period of rotation N/A meta.code
"spins.t0" "spins.t0" Reference epoch for the spin coordinates d time.epoch
"spins.W0" "spins.w0" Rotational phase at reference epoch deg time.phase
"spins.Wp.value" "spins.wp.value" Rotational velocity deg/d phys.veloc.rotat
"spins.Wp.error.min" "spins.wp.error.min" Rotational velocity deg/d phys.veloc.rotat
"spins.Wp.error.max" "spins.wp.error.max" Rotational velocity deg/d phys.veloc.rotat
"spins.obliquity.value" "spins.obliquity.value" Obliquity of the spin axis deg phys.obliquity
"spins.obliquity.error.min" "spins.obliquity.error.min" Obliquity of the spin axis deg phys.obliquity
"spins.obliquity.error.max" "spins.obliquity.error.max" Obliquity of the spin axis deg phys.obliquity
"spins.RA0.value" "spins.ra0.value" Right ascension of the spin axis (EQJ2000) deg pos.eq.ra
"spins.RA0.error.min" "spins.ra0.error.min" Right ascension of the spin axis (EQJ2000) deg pos.eq.ra
"spins.RA0.error.max" "spins.ra0.error.max" Right ascension of the spin axis (EQJ2000) deg pos.eq.ra
"spins.DEC0.value" "spins.dec0.value" Declination of the spin axis (EQJ2000) deg pos.eq.dec
"spins.DEC0.error.min" "spins.dec0.error.min" Declination of the spin axis (EQJ2000) deg pos.eq.dec
"spins.DEC0.error.max" "spins.dec0.error.max" Declination of the spin axis (EQJ2000) deg pos.eq.dec
"spins.long.value" "spins.long.value" Longitude of the spin axis (ECJ2000) deg pos.ecliptic.lon
"spins.long.error.min" "spins.long.error.min" Longitude of the spin axis (ECJ2000) deg pos.ecliptic.lon
"spins.long.error.max" "spins.long.error.max" Longitude of the spin axis (ECJ2000) deg pos.ecliptic.lon
"spins.lat.value" "spins.lat.value" Latitude of the spin axis (ECJ2000) deg pos.ecliptic.lat
"spins.lat.error.min" "spins.lat.error.min" Latitude of the spin axis (ECJ2000) deg pos.ecliptic.lat
"spins.lat.error.max" "spins.lat.error.max" Latitude of the spin axis (ECJ2000) deg pos.ecliptic.lat
"spins.technique" "spins.technique" Method used to determine the spin N/A N/A
"phase_functions.id_filter" "phase_functions.id_filter" Identifier of the filter in which the phase function is computed N/A meta.id
"phase_functions.name_filter" "phase_functions.name_filter" Name of the filter in which the phase function is computed N/A meta.id;instr.filter
"phase_functions.H.value" "phase_functions.h.value" Absolute magnitude of the SSO mag phys.magAbs
"phase_functions.H.error.min" "phase_functions.h.error.min" Absolute magnitude of the SSO mag phys.magAbs
"phase_functions.H.error.max" "phase_functions.h.error.max" Absolute magnitude of the SSO mag phys.magAbs
"phase_functions.G1.value" "phase_functions.g1.value" G1 phase parameter N/A N/A
"phase_functions.G1.error.min" "phase_functions.g1.error.min" G1 phase parameter N/A N/A
"phase_functions.G1.error.max" "phase_functions.g1.error.max" G1 phase parameter N/A N/A
"phase_functions.G2.value" "phase_functions.g2.value" G2 phase parameter N/A N/A
"phase_functions.G2.error.min" "phase_functions.g2.error.min" G2 phase parameter N/A N/A
"phase_functions.G2.error.max" "phase_functions.g2.error.max" G2 phase parameter N/A N/A
"phase_functions.N" "phase_functions.n" Number of observations used to fit the phase function N/A meta.number
"phase_functions.phase.min" "phase_functions.phase.min" Minimum phase angle of the observations used to calculate the phase function deg pos.phaseAng;stat.min
"phase_functions.phase.max" "phase_functions.phase.max" Maximum phase angle of the observations used to calculate the phase function deg pos.phaseAng;stat.max
"phase_functions.rms" "phase_functions.rms" Root mean square (RMS) of the residuals of the fit mag stat.rms;phot.mag
"phase_functions.facility" "phase_functions.facility" Observing facility that provided the observations N/A meta.id;instr.obsty
"phase_functions.technique" "phase_functions.technique" Method used to determine the phase function N/A N/A
"colors.index" "colors.index" Names of the two filters used to measure the color N/A meta.id
"colors.color.value" "colors.color.value" Difference in magnitude measured through two different filters N/A phot.color
"colors.color.error.min" "colors.color.error.min" Difference in magnitude measured through two different filters N/A phot.color
"colors.color.error.max" "colors.color.error.max" Difference in magnitude measured through two different filters N/A phot.color
"colors.epoch" "colors.epoch" Julian date of the observation d time.epoch
"colors.delta_time" "colors.delta_time" Time difference between the acquisition time of the two filters s time.duration
"colors.phot_sys" "colors.phot_sys" Reference photometric system (Vega, AB, or ST) N/A N/A
"colors.technique" "colors.technique" Method used to determine the color N/A N/A
"colors.facility" "colors.facility" Observing facility that provided the observations N/A meta.id;instr.obsty
"colors.observer" "colors.observer" IAU code of the observer N/A meta.id;instr.obsty
"colors.id_filter_1" "colors.id_filter_1" Unique identifier of the first filter, see SVO filter service N/A meta.id;instr.filter
"colors.id_filter_2" "colors.id_filter_2" Unique identifier of the second filter, see SVO filter service N/A meta.id;instr.filter

Columns that are parts of indices are marked like this.

VOResource

VO nerds may sometimes need VOResource XML for this table.