NEOSource project for the Danish 1.54-m telescope

Expected total number of clear nights for the project during September 2012-December 2016: 360 nights

Tasks:
1) BYORP effect in near-Earth binary asteroids (30 nights)
2) Multiplicity of asteroid pairs (100 nights, plus several more nights on primary's satellites found)
3) Spin vectors of asteroid pairs (74 nights)
4) Size ratios of asteroid pairs with small nominal astrometric dH (18 nights)
5) YORP effect in NEAs, enlarging the sample (27 nights)
6) Spin vectors in the Datura collisional family (36 nights)
7) Survey for tumblers among super-fast rotating NEAs (50 nights)


Observing plan:
In following, we outline our observing plan for the first six tasks.
The resolution of this plan is one night.  Occassionally, more than one
target may be observed on the same night, depending on actual nightly
observing windows of the targets, their physical parameters, and sampling
requirements of the individual tasks; this enhancement of observing efficiency
will be implemented in a course of the project.
(Notes: Xn means X nights, usually consecutive ones around a given date or
distributed during a given time interval.
Parethesized lines are additional or supporting observations planned to be
taken with other telescopes.)

1)
(7088) Ishtar
2016 Sep-Oct - 2n

(88710) 2001 SL9
2012 Oct-Nov - 4-6n
2013 Oct-Dec - 6n
2014 Sep - 2n

(185851) 2000 DP107
2016 Feb-Apr - 12-18n


2)
(3749) Balam
(2011 Nov-2012 Mar - 15n, V = 15.1-17.0, Wise 1-m, Ondrejov 0.65-m)
(2014 Oct-Dec - 10n, V = 15.6-16.5, Wise 1-m, Ondrejov 0.65-m)
2016 Apr 10 - 5n

(6369) 1983 UC
(2011 Nov 25 - 3n, V = 16.3, Ondrejov 0.65-m)

(10123) Fideoja
2013 Feb 10 - 3n

(13046) Aliev
2013 Mar 08 - 3n

(17198) Gorjup
2012 Oct 15 - 3n

(17288) 2000 NZ10
(2014 Sep 20 - 3n, V ~ 15.6, Ondrejov 0.65-m)

(19289) 1996 HY12
2015 Sep 20 - 3n

(21436) Chaoyichi
2012 Sep 20 - 3n

(22280) 1985 CD2
2014 Oct 20 - 3n

(26416) 1999 XM84
2015 Apr 15 - 3n

(30301) 2000 HK87
(2011 Aug 31 - 3n, V = 16.3, Ondrejov 0.65-m)

(38184) 1999 KF
2013 Apr 10 - 3n

(40837) 1999 TX95
2012 Sep 20 - 3n

(42946) 1999 TU95
2014 Apr 05 - 3n

(44620) 1999 RS43
2014 Apr 02 - 3n

(46162) 2001 FM78
2013 Feb 10 - 3n

(51866) 2001 PH3
2014 Jan 30 - 3n

(53537) 2000 AZ239
2013 Nov 01 - 3n

(55764) 1992 DG12
2014 Apr 04 - 3n

(57202) 2001 QJ53
2014 Mar 05 - 3n

(59184) 1999 AR15
2013 Feb 10 - 3n

(63440) 2001 MD30
(2012 Oct 20 - 3n, V ~ 16.5, Ondrejov 0.65-m)

(70511) 1999 TL103
2016 Apr 10 - 3n

(88259) 2001 HJ7
2013 Dec 05 - 3n

(101703) 1999 CA150
2013 Oct 01 - 6n
2013 Nov 01 - 4n
2015 Jan-Apr - 16n

(105247) 2000 QH3
2016 Apr 10 - 3n

(107227) 2001 BJ52
2014 Sep 25 - 3n

(136952) 1998 RY3
2014 Sep 20 - 3n

(157123) 2004 NW5
2014 Apr 02 - 3n


3)
(54827) 2001NQ8
2013 Dec 05 - 1n
2014 Jan 30 - 2n
2014 Mar 05 - 1n
2015 Apr 20 - 1n
2016 Sep 30 - 2n
2016 Oct 30 - 2n

(54041) 2000 GQ113
2012 Dec 10 - 3n
2014 Feb 01 - 1n
2014 Feb 25 - 1n
2014 Mar 05 - 1n
2014 Apr 04 - 1n
(2015 Aug 15 - 4n, V = 16.5, Ondrejov 0.65-m)

(220143) 2002 TO134
2013 Nov 05 - 1n
2013 Nov 28 - 1n
2013 Dec 05 - 1n
2014 Jan 02 - 1n
2015 Mar 20 - 1n
2016 Sep 25 - 1n
2016 Oct 05 - 1n
2016 Oct 25 - 1n

(56232) 1999 JM31
2013 Nov 30 - 1n
2013 Dec 07 - 2n
2013 Dec 28 - 1n
2014 Jan 05 - 1n
2015 Feb 20 - 1n
2015 Mar 18 - 1n
2015 Mar 25 - 1n
2015 Apr 20 - 1n
2016 Oct 28 - 1n
2016 Nov 05 - 1n
2016 Nov 30 - 1n

(115978) 2003 WQ56
2013 Dec 05 - 1n
2013 Dec 30 - 1n
2014 Jan 05 - 2n
2014 Feb 01 - 1n
2015 Mar 20 - 1n
2015 Apr 15 - 1n
2016 Nov 30 - 1n
2016 Dec 30 - 1n

(60744) 2000 GB93
2012 Dec 12 - 3n
2013 Jan 10 - 3n
2014 Mar 05 - 3n
2015 Sep 20 - 3n
2015 Oct 15 - 3n
2015 Dec 05 - 3n

(218099) 2002 MH3
2013 Dec 05 - 2n
2013 Dec 28 - 2n
2014 Jan 05 - 2n
2014 Jan 28 - 2n
2015 Mar 20 - 1n
2016 Sep 25 - 1n
2016 Nov 01 - 1n


4) 
(60677) 2000 GO18
2012 Oct 18 - 3n (solar phase 3.6 deg)

(142131) 2002 RV11
2016 Apr 04 - 3n (solar phase 3.6 deg)

(80218) 1999 VO123
2012 Oct 15 - 3n (solar phase 1.5 deg)

(213471) 2002 ES90
2015 Feb 14 - 3n (solar phase 1.5 deg)

(165389) 2000 WC188
2014 Oct 25 - 3n (solar phase 5.3 deg)

2001 VN61
2015 Nov 16 - 3n (solar phase 5.4 deg)


5)
(25143) Itokawa
2012 Dec 10 - 1n
2015 Dec 05 - 1n
Note: P = 12.13 h

(1685) Toro
2013 Apr 05 - 2n
2015 Apr 19 - 2n
(2016 Mar 09 - 2n, V = 14.9, Ondrejov 0.65-m)
Note: P = 10.20 h

(2100) Ra-Shalom
(2013 Sep 10 - 4n, V = 16.4, Ondrejov 0.65-m)
2013 Oct 05 - 2n
(2016 Sep 02 - 4n, V = 15.9, Ondrejov 0.65-m)
2016 Sep 30 - 2n
Note: P = 19.80 h

(1865) Cerberus
2016 Oct 30 - 1n
Note : P = 6.81 h

(138852) 2000 WN10
2012 Nov 15 - 1n
2013 Nov 08 - 1n
2013 Dec 05 - 1n
2014 Nov 22 - 1n
2015 Nov 11 - 1n
2016 Nov 29 - 1n
Note: P = 4.44 h (Krugly, p.c.)

(85990) 1999 JV6
2013 Jan 14 - 2n
2013 Feb 10 - 2n
2014 Jan 29 - 2n
2015 Jan 20 - 2n
2016 Jan 15 - 2n
Note: P ~ 6 h (Fitzsimmons, p.c.)


6)
(60151) 1999 UZ6
2012 Sep 20 - 2n
2012 Oct 18 - 1n
2014 Feb 25 - 2n
Note: P = 13.9 h (Vokrouhlicky, p.c.)

(89309) 2001 VN36
2013 Apr 05 - 2n
2014 Sep 23 - 2n
2014 Sep 30 - 2n
2014 Oct 25 - 2n
2016 Feb 10 - 2n
2016 Mar 05 - 2n

(90265) 2003 CL5
2013 Jan 15 - 1n
2013 Feb 12 - 1n
2014 Mar 05 - 1n
2014 Apr 05 - 1n
2015 Oct 18 - 1n
2015 Dec 05 - 1n
2016 Jan 10 - 1n
Note: P = 23.42 h (Vokrouhlicky, p.c.)

(203370) 2001 WY35
2014 Sep 20 - 2n
2014 Sep 28 - 2n
2014 Oct 20 - 2n

(215619) 2003 SQ168
2013 Sep 30 - 2n
2013 Oct 07 - 2n
2013 Nov 01 - 2n