planet: 6 - Saturn
  satellites: S3-Tethys    :  43,
              S4-Dione     :  66,
              S5-Rhea      :  91,
              S6-Titan     :  70,
              S7-Hiperion  :  27,
              S8-Iapetus   : 115
total number: 412
        type: absolute
       dates: 1998-1999
 observatory: 689 - Flagstaff

   Stone, R.C., and Harris, F.H. (2000),
   CCD Positions Determined in the International Celestial
   Reference Frame for the Outer Planets and Many
   of Their Satellites in 1995-1999
   The Astronomical Journal, v. 119, p. 1985.

         relative to: absolute
     reference frame: astrometric
     centre of frame: topocentre
    epoch of equinox: J2000
          time scale: UTC
           reduction: Catalogue - AST
         coordinates: absolute
    diff. refraction: no information
            receptor: CCD
           telescope: Flagstaff Astrometric Transit Telescope (FASTT)
           observers: Stone R.C.
 data included in standard data file: no

          evaluation: The differences  O-C(alpha)e, O-C(delta)e were also
                      calculated by N.Emelianov with the theory by
                      Harper & Taylor.
                      With these O-C one have
                                                   alpha    delta
                      M. (mean)                   -0.165"   -0.039"
                      R.M.S. (root mean square)    0.368"    0.231"

  1. Number of satellite (N sat)
  2. Year   of the moment of observation
  3. Month  of the moment of observation
  4. Day    of the moment of observation
  5. Hour   of the moment of observation
  6. Minute of the moment of observation
  7. Second of the moment of observation
  8. Hour   of right ascension (alpha, h)
  9. Minute of right ascension (alpha, m)
 10. Second of right ascension (alpha, s)
 11. Degree of declination (delta, deg)
 12. Minute of declination (delta, '  )
 13. Second of declination (delta, '' )
 14. Geocentric parallax in RA  (arcsec)  [geo - topo positions]
 15. Geocentric parallax in Dec (arcsec)  [geo - topo positions]
 16. O-C(alpha)e for alpha, arcsec
 17. O-C(delta)e for delta, arcsec

 N Year        h           alpha          delta        parallax       O-C
sat  month       m                                    alpha  delta (alpha)e
          day       s     h  m  s      deg  '  ''        arcsec        (delta)e
                                                                    s    arcsec