Table 1.

Pericentre distances, q, ecliptic coordinates at pericentre, (Lq, Bq), and projected pole positions, (Lp, Bp), of the 16 objects discussed in this paper computed using barycentric orbits, see also Figs 1 and 2. (Epoch: 2457600.5, 2016 July 31.0 00:00:00.0 TDB. J2000.0 ecliptic and equinox. Input data from the SBDB; data as of 2016 July 13.)

Objectq (au)Lq (⁠|$^\circ$|⁠)Bq (⁠|$^\circ$|⁠)Lp (⁠|$^\circ$|⁠)Bp (⁠|$^\circ$|⁠)
(82158) 2001 FP18534.25185.283.5289.3659.20
(90377) Sedna76.1996.31− 8.9454.4078.07
(148209) 2000 CR10544.1287.28− 15.3938.2967.24
(445473) 2010 VZ9834.3571.21− 3.2627.4085.49
2002 GB3235.34213.248.4987.0475.81
2003 HB5738.10208.322.88107.8774.50
2003 SS42239.42359.91− 8.2861.0573.21
2004 VN11247.3235.65− 13.59336.0264.45
2005 RH5239.00336.9810.83216.1169.55
2007 TG42235.5639.41− 17.8822.9171.40
2007 VJ30535.183.15− 4.40294.3878.02
2010 GB17448.56118.83− 4.6540.7168.44
2012 VP11380.4426.32− 21.940.8065.95
2013 GP13641.06248.0821.91120.7356.46
2013 RF9836.2827.88− 19.93337.5360.40
2015 SO2033.1728.89− 2.05303.6366.59
Objectq (au)Lq (⁠|$^\circ$|⁠)Bq (⁠|$^\circ$|⁠)Lp (⁠|$^\circ$|⁠)Bp (⁠|$^\circ$|⁠)
(82158) 2001 FP18534.25185.283.5289.3659.20
(90377) Sedna76.1996.31− 8.9454.4078.07
(148209) 2000 CR10544.1287.28− 15.3938.2967.24
(445473) 2010 VZ9834.3571.21− 3.2627.4085.49
2002 GB3235.34213.248.4987.0475.81
2003 HB5738.10208.322.88107.8774.50
2003 SS42239.42359.91− 8.2861.0573.21
2004 VN11247.3235.65− 13.59336.0264.45
2005 RH5239.00336.9810.83216.1169.55
2007 TG42235.5639.41− 17.8822.9171.40
2007 VJ30535.183.15− 4.40294.3878.02
2010 GB17448.56118.83− 4.6540.7168.44
2012 VP11380.4426.32− 21.940.8065.95
2013 GP13641.06248.0821.91120.7356.46
2013 RF9836.2827.88− 19.93337.5360.40
2015 SO2033.1728.89− 2.05303.6366.59
Table 1.

Pericentre distances, q, ecliptic coordinates at pericentre, (Lq, Bq), and projected pole positions, (Lp, Bp), of the 16 objects discussed in this paper computed using barycentric orbits, see also Figs 1 and 2. (Epoch: 2457600.5, 2016 July 31.0 00:00:00.0 TDB. J2000.0 ecliptic and equinox. Input data from the SBDB; data as of 2016 July 13.)

Objectq (au)Lq (⁠|$^\circ$|⁠)Bq (⁠|$^\circ$|⁠)Lp (⁠|$^\circ$|⁠)Bp (⁠|$^\circ$|⁠)
(82158) 2001 FP18534.25185.283.5289.3659.20
(90377) Sedna76.1996.31− 8.9454.4078.07
(148209) 2000 CR10544.1287.28− 15.3938.2967.24
(445473) 2010 VZ9834.3571.21− 3.2627.4085.49
2002 GB3235.34213.248.4987.0475.81
2003 HB5738.10208.322.88107.8774.50
2003 SS42239.42359.91− 8.2861.0573.21
2004 VN11247.3235.65− 13.59336.0264.45
2005 RH5239.00336.9810.83216.1169.55
2007 TG42235.5639.41− 17.8822.9171.40
2007 VJ30535.183.15− 4.40294.3878.02
2010 GB17448.56118.83− 4.6540.7168.44
2012 VP11380.4426.32− 21.940.8065.95
2013 GP13641.06248.0821.91120.7356.46
2013 RF9836.2827.88− 19.93337.5360.40
2015 SO2033.1728.89− 2.05303.6366.59
Objectq (au)Lq (⁠|$^\circ$|⁠)Bq (⁠|$^\circ$|⁠)Lp (⁠|$^\circ$|⁠)Bp (⁠|$^\circ$|⁠)
(82158) 2001 FP18534.25185.283.5289.3659.20
(90377) Sedna76.1996.31− 8.9454.4078.07
(148209) 2000 CR10544.1287.28− 15.3938.2967.24
(445473) 2010 VZ9834.3571.21− 3.2627.4085.49
2002 GB3235.34213.248.4987.0475.81
2003 HB5738.10208.322.88107.8774.50
2003 SS42239.42359.91− 8.2861.0573.21
2004 VN11247.3235.65− 13.59336.0264.45
2005 RH5239.00336.9810.83216.1169.55
2007 TG42235.5639.41− 17.8822.9171.40
2007 VJ30535.183.15− 4.40294.3878.02
2010 GB17448.56118.83− 4.6540.7168.44
2012 VP11380.4426.32− 21.940.8065.95
2013 GP13641.06248.0821.91120.7356.46
2013 RF9836.2827.88− 19.93337.5360.40
2015 SO2033.1728.89− 2.05303.6366.59
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