Information on Service 'SBNAF Datalink'

SBNAF public database of thermal infrared observations of small bodies in the solar system. Our database collects thermal emission measurements of small Solar Systems targets that are otherwise available in scattered sources and gives a complete description of the data, with all information necessary to perform direct scientific calculations and without the need to access additional, external resources. See the details here: https://ird.konkoly.hu/

For a list of all services and tables belonging to this service's resource, see Information on resource 'Small Bodies Near and Far'

Overview

You can access this service using:

This resource is not (directly) published. This can mean that it was deemed too unimportant, for internal use only, or is just a helper for a published service. Equally likely, however, it is under development, abandoned in development or otherwise unfinished. Exercise some caution.

Input Fields

The following fields are available to provide input to the service (with some renderers, some of these fields may be unavailable):

NameTable Head DescriptionUnitUCD
ID Id The publisher DID of the dataset of interest N/A meta.id;meta.main
maxrec Match limit Maximum number of records returned. Pass 0 to retrieve service parameters. N/A N/A
responseformat Output Format File format requested for output. N/A meta.code.mime
verb Verbosity Exhaustiveness of column selection. VERB=1 only returns the most important columns, VERB=2 selects the columns deemed useful to the average user, VERB=3 returns a table with all available columns. N/A N/A

We kindly request the authors of any communications and publications using these data to let us know about them and include minimal citation to the reference.

Courtesy: Small Bodies Near And Far (SBNAF) is a science project funded by European Commission in HORIZON 2020 Framework Programme for Research and Innovation under Grant agreement No 687378. The operation of the database is supported by the Hungarian Research, Development and Innovation Office (grant no. K-125015), and by the Hungarian Academy of Sciences (EUHUNKPT/2018). This research made use of Astropy, (http://www.astropy.org) a community-developed core Python package for Astronomy

Reference: https://arxiv.org/abs/2001.01482

Citation Info

VOResource XML (that's something exclusively for VO nerds)