Table information for 'apis.epn_core'

General

Table Description: plasma in planetary atmosphere.

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

Resource Description: Planetary aurorae are powerful emissions radiated from auroral regions of magnetized planets by accelerated charged particles, in a wide range of wavelengths (from radio to X-rays). The UV range in particular is adequate to measure collisionaly excited transitions of H and H2, the dominant species in the upper atmosphere of giant planets, produced by precipitating auroral particles, and benefits a good angular resolution. Auroral UV observations therefore provide a rich source of informations on planetary atmospheres and magnetospheres. They also offer a unique diagnostic to remotely probe the solar wind activity throughout the heliosphere. from Laurent Lamy

For a list of all services and tables belonging to this table's resource, see Information on resource 'auroral planetary imaging and spectroscopy'

Further Information at: http://apis.obspm.fr

Citing this table

Reference the Table

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

@MISC{vo:apis_epn_core,
  year=2012,
  title={auroral planetary imaging and spectroscopy},
  author={Laurent Lamy},
  url={http://apis.obspm.fr},
  howpublished={{VO} resource provided by the {PADC} {TAP} Server on voparis-tap-planeto.obspm.fr}
}

Fields

Sorted by DB column index. [Sort alphabetically]

NameTable Head DescriptionUnitUCD
granule_uid Granule_uid Granule unique identifier, provides direct access N/A meta.id
file_name File_name Name of the data file N/A meta.id;meta.file
granule_gid Granule_gid Group identifier, identical for similar data products N/A meta.id
obs_id Obs_id Identical for data products related to the same original data N/A meta.id
dataproduct_type Dataproduct_type Organization of the data product (from enumerated list) N/A meta.code.class
target_name Target_name Name of target (IAU standard) N/A meta.id;src
target_class Target_class type of target from enumerated list N/A meta.code.class;src
time_min Time_min Acquisition start time (in JD) d time.start
time_max Time_max Acquisition stop time (in JD) d time.end
time_sampling_step_min Time_sampling_step_min Min time sampling step s time.interval;stat.min
time_sampling_step_max Time_sampling_step_max Max time sampling step s time.interval;stat.max
time_exp_min Time_exp_min Min integration time s time.duration;obs.exposure;stat.min
time_exp_max Time_exp_max Max integration time s time.duration;obs.exposure;stat.max
spectral_range_min Spectral_range_min Min spectral range (frequency) Hz em.freq;stat.min
spectral_range_max Spectral_range_max Max spectral range (frequency) Hz em.freq;stat.max
spectral_sampling_step_min Spectral_sampling_step_min min spectral sampling step (as frequency) Hz em.freq.step;stat.min
spectral_sampling_step_max Spectral_sampling_step_max max pectral sampling step (as frequency) Hz em.freq.step;stat.max
spectral_resolution_min Spectral_resolution_min Min spectral resolution (as frequency) Hz spect.resolution;stat.min
spectral_resolution_max Spectral_resolution_max Max spectral resolution (as frequency) Hz spect.resolution;stat.max
c1min C1min Min (westernmost) longitude on planetary surface deg pos;stat.min
c1max C1max Max (easternmost) longitude on planetary surface deg pos;stat.max
c2min C2min Min latitude on planetary surface deg pos;stat.min
c2max C2max Max latitude on planetary surface deg pos;stat.max
c3min C3min Min of third coordinate (altitude) km pos;stat.min
c3max C3max Max of third coordinate (altitude) km pos;stat.max
c1_resol_min C1_resol_min Min resolution on longitude deg pos.resolution;stat.min
c1_resol_max C1_resol_max Max resolution on longitude deg pos.resolution;stat.max
c2_resol_min C2_resol_min Min resolution on latitude deg pos.resolution;stat.min
c2_resol_max C2_resol_max Max resolution on latitude deg pos.resolution;stat.max
c3_resol_min C3_resol_min Min resolution in third coordinate N/A pos.resolution;stat.min
c3_resol_max C3_resol_max Max resolution in third coordinate N/A pos.resolution;stat.max
spatial_frame_type Spatial_frame_type Defines the nature of coordinates (from enumerated list) N/A meta.code.class;pos.frame
incidence_min Incidence_min Min incidence angle (solar zenith angle) deg pos.posAng;stat.min
incidence_max Incidence_max Max incidence angle (solar zenith angle) deg pos.posAng;stat.max
emergence_min Emergence_min Min emergence angle deg pos.posAng;stat.min
emergence_max Emergence_max Max emergence angle deg pos.posAng;stat.max
phase_min Phase_min Min phase angle deg pos.phaseAng;stat.min
phase_max Phase_max Max phase angle deg pos.phaseAng;stat.max
instrument_host_name Instrument_host_name Standard name of the observatory or spacecraft N/A meta.id;instr.obsty
instrument_name Instrument_name Standard name of instrument N/A meta.id;instr
measurement_type Measurement_type UCD(s) defining the nature of measurements N/A meta.ucd
access_url Access_url URL of the data files. N/A meta.ref.url;meta.file
access_format Access_format file format type. N/A meta.code.mime
access_estsize Access_estsize Estimate file size in kB. kbyte phys.size;meta.file
processing_level Processing_level Level of calibration (CODMAC level) N/A meta.code;obs.calib
publisher Publisher publiher of the ressource N/A meta.name
bib_reference Bib_reference Extra: bibliograpic reference N/A meta.bib
service_title Service_title Title of the ressourcee N/A meta.title
target_region Target_region region of interest from a predifine list N/A meta.id;obs.field
feature_name Feature_name Secondary name (can be standard name of region of interest) N/A meta.id;obs.field
ra Ra Right ascention deg pos.eq.ra;meta.main
dec Dec Declination deg pos.eq.dec;meta.main
release_date Release_date Start of public period N/A time.release
creation_date Creation_date Creation date of entry N/A time.creation
modification_date Modification_date Date of last modification of entry N/A time.update
s_region S_region STC-S region N/A phys.outline;obs.field
thumbnail_url Thumbnail_url URL of a thumbnail image N/A meta.ref.url;meta.file
external_link External_link Link to a web page providing more details on the granule N/A meta.ref.url
obs_mode Obs_mode Observing mode N/A meta.code;instr.setup
detector_name Detector_name Detector name N/A meta.id;instr.det
opt_elem Opt_elem Optical element name N/A meta.id;instr.param
filter Filter Filter name N/A meta.id;instr.filter
orientation Orientation Position angle of image y axis N/A pos.posAng
measurement_unit Measurement_unit Measurement unit N/A meta.unit
proposal_id Proposal_id Proposal identifier N/A meta.id;meta.code
proposal_pi Proposal_pi Proposal principal investigator N/A meta.bib.author
proposal_title Proposal_title Proposal title N/A meta.title
platesc Platesc spatial resolution per pixel or platescale N/A pos.angResolution
campaign Campaign Name of the observational campaign N/A meta.id;meta.code
target_apparent_radius Target_apparent_radius Apparent radius of the target N/A pos.angDistance
north_pole_position North_pole_position North pole position angle with respect to celestial north pole N/A pos.angDistance
target_primary_hemisphere Target_primary_hemisphere Primary observed hemisphere N/A meta.id;obs.field
target_secondary_hemisphere Target_secondary_hemisphere Secondary observed hemisphere N/A meta.id;obs.field

Columns that are parts of indices are marked like this.

Other

VOResource

VO nerds may sometimes need VOResource XML for this table.

Copyright and such: this research have been made using APIS database by LaurentLamy Lesia-Observatoire de Paris