(153349) 2001 PJ9 Goldstone Radar Observations Planning
(153349) 2001 PJ9 was discovered by NEAT at Palomar on August 10, 2001. Its physical characteristics are effectivley unknown except for its absolute magnitude of 18.0, which suggests a diameter within a factor of two of about 800 meters. This asteroid will approach within 0.075 AU (29 lunar distances) on July 17. 2001 PJ9 should be strong enough at Goldstone to obtain CW data and coarse-resolution ranging observations, but it's unlikely that the SNRs will be strong enough to obtain detailed images. The SNRs at Arecibo could be strong enough for coarse-resolution imaging. Four tracks are scheduled at Goldstone between July 17-20. Two tracks are scheduled at Arecibo on July 6 and 7. 2001 PJ9 will be too close to the Sun for optical observations until mid-July. After that, it should brighten to 15th magnitude and reach solar elongations exceeding 130 degrees by the end of July, when it will be a good target for lightcurves and spectroscopy. The plane-of-sky pointing uncertainties are a bit large for this object but we expect that Arecibo will detect echoes in early July and reduce the uncertainties significantly before the Goldstone observations start.
Orbital and Physical Characteristics
orbit type Apollo
semimajor axis 1.800 AU
eccentricity 0.639
inclination 10.5 deg
perihelion distance 0.650 AU
aphelion distance 2.950 AU
absolute magnitude (H) 18.0
diameter 800 m (+- a factor of two)
rotation period unknown
pole direction unknown
lightcurve amplitude unknown
spectral class unknown
Last update: 2013 Jul 18
Future close approaches:
Date (CT) Body CA Dist MinDist MaxDist Vrel TCA3Sg Nsigs P_i/p
---------------------- ----- ------- ------- ------- ------ ------ ------ -------
A.D. 2013 Jul 17.96364 Earth .075078 .075066 .075090 17.789 1.47 2.62E5 .000000
A.D. 2032 Jun 09.62992 Mars .029527 .029502 .029553 19.147 2.22 19735. .000000
A.D. 2035 Mar 14.11214 Venus .063507 .063474 .063540 15.649 6.40 2.29E5 .000000
A.D. 2047 Jan 29.79231 Earth .088906 .088895 .088918 19.811 4.10 4.55E5 .000000
A.D. 2066 Aug 04.33679 Venus .068098 .068022 .068175 19.377 8.69 2.11E5 .000000
A.D. 2083 Jul 25.99232 Earth .078417 .078374 .078459 20.806 5.14 2.83E5 .000000
A.D. 2117 Feb 01.92917 Earth .094660 .094650 .094670 18.518 2.91 5.11E5 .000000
A.D. 2129 May 05.46819 Venus .053723 .053656 .053789 19.101 9.10 1.82E5 .000000
A.D. 2153 Jul 19.46639 Earth .086804 .086717 .086892 17.722 14.93 3.51E5 .000000
A.D. 2177 Apr 13.83212 Mars .086241 .086165 .086317 17.453 4.74 32636. .000000
A.D. 2182 Jul 18.09589 Earth .096627 .096577 .096677 17.244 8.28 3.69E5 .000000
A.D. 2194 Mar 17.44151 Mars .057908 .057892 .057925 17.860 0.71 42753. .000000
M.P.E.C. 2001-P33 Issued 2001 Aug. 12, 23:28 UT
The Minor Planet Electronic Circulars contain information on unusual
minor planets and routine data on comets. They are published
on behalf of Commission 20 of the International Astronomical Union by the
Minor Planet Center, Smithsonian Astrophysical Observatory,
Cambridge, MA 02138, U.S.A.
Prepared using the Tamkin Foundation Computer Network
MPC@CFA.HARVARD.EDU
URL http://cfa-www.harvard.edu/iau/mpc.html ISSN 1523-6714
2001 PJ9
Observations:
K01P09J* C2001 08 10.47592 23 12 51.53 +17 05 42.8 19.1 644
K01P09J C2001 08 10.48671 23 12 49.65 +17 05 37.2 19.2 644
K01P09J C2001 08 10.49731 23 12 47.81 +17 05 32.2 18.9 644
K01P09J C2001 08 10.99799 23 11 24.28 +17 01 15.1 557
K01P09J C2001 08 11.00299 23 11 23.37 +17 01 12.6 557
K01P09J C2001 08 11.00521 23 11 22.98 +17 01 11.5 557
K01P09J C2001 08 11.01102 23 11 21.93 +17 01 08.9 557
K01P09J C2001 08 11.02416 23 11 19.70 +17 01 02.1 557
K01P09J C2001 08 11.03178 23 11 18.45 +17 00 58.3 19.2 V 557
K01P09J 1C2001 08 11.33998 23 10 26.91 +16 58 16.8 658
K01P09J 1C2001 08 11.34402 23 10 26.20 +16 58 14.4 658
K01P09J 1C2001 08 11.34554 23 10 25.90 +16 58 13.6 658
K01P09J C2001 08 11.38670 23 10 18.79 +16 57 56.5 19.2 644
K01P09J C2001 08 11.39802 23 10 16.83 +16 57 50.3 18.9 644
K01P09J C2001 08 11.41044 23 10 14.67 +16 57 43.7 19.0 644
K01P09J C2001 08 11.95200 23 08 44.22 +16 52 46.5 18.2 R 046
K01P09J C2001 08 11.95299 23 08 43.94 +16 52 46.2 046
K01P09J C2001 08 11.95397 23 08 43.78 +16 52 45.5 046
K01P09J C2001 08 11.95603 23 08 43.51 +16 52 43.5 18.3 R 046
K01P09J C2001 08 11.95698 23 08 43.26 +16 52 44.7 046
K01P09J C2001 08 11.95796 23 08 43.16 +16 52 44.4 18.1 R 046
K01P09J C2001 08 12.41600 23 07 25.52 +16 48 30.0 18.9 R 649
K01P09J C2001 08 12.41965 23 07 24.94 +16 48 27.9 18.7 R 649
K01P09J C2001 08 12.42369 23 07 24.21 +16 48 25.8 19.1 R 649
K01P09J C2001 08 12.89659 23 06 06.06 +16 43 51.5 18.4 R 046
K01P09J C2001 08 12.90484 23 06 04.50 +16 43 40.8 18.6 R 046
Observer details:
046 Klet. Observers J. Ticha, M. Tichy, P. Jelinek. 0.57-m f/5.2 reflector
+ CCD.
557 Ondrejov. Observer P. Kusnirak. 0.65-m f/3.6 reflector + CCD.
644 Palomar Mountain/NEAT. Observers E. F. Helin, S. Pravdo, K. Lawrence,
M. Hicks, E. Hovland, T. Bickler, J. Schroeder, L. Scherr, R. Thicksten,
A. Deetz. 1.2-m Schmidt + CCD.
649 Powell Observatory, Louisburg. Observers K. Smalley, D. Young. 0.75-m
Newtonian + CCD.
658 National Research Council of Canada. Observer D. D. Balam. 1.82-m
Plaskett reflector + CCD.
Orbital elements:
2001 PJ9 PHA 0.047
Epoch 2001 July 30.0 TT = JDT 2452120.5 Williams
M 36.81656 (2000.0) P Q
n 0.43532804 Peri. 291.49038 -0.80790210 +0.56371664
a 1.7242158 Node 283.21205 -0.45395447 -0.78120309
e 0.6178427 Incl. 10.16471 -0.37579187 -0.26822618
P 2.26 H 18.1 G 0.15
From 26 observations 2001 Aug. 10-12.
Ephemeris:
2001 PJ9 a,e,i = 1.72, 0.62, 10 q = 0.6589
Date TT R. A. (2000) Decl. Delta r Elong. Phase V
2001 08 09 23 17.01 +17 17.3 0.549 1.456 135.3 29.3 18.9
2001 08 19 22 49.41 +15 33.9 0.591 1.547 148.4 20.0 18.9
2001 08 29 22 24.99 +13 05.7 0.655 1.634 157.5 13.7 19.0
2001 09 08 22 06.10 +10 22.5 0.741 1.717 158.0 12.7 19.4
2001 09 18 21 53.41 +07 48.7 0.850 1.797 151.2 15.6 19.9
2001 09 28 21 46.51 +05 38.2 0.978 1.872 142.0 19.2 20.4
2001 10 08 21 44.46 +03 56.3 1.123 1.944 132.7 22.2 20.9
2001 10 18 21 46.24 +02 42.1 1.281 2.013 123.7 24.3 21.3
2001 10 28 21 51.02 +01 53.4 1.451 2.078 115.2 25.6 21.7
2001 11 07 21 58.08 +01 26.9 1.628 2.140 107.1 26.3 22.0
Gareth V. Williams (C) Copyright 2001 MPC M.P.E.C. 2001-P33
2001 PJ9:
D = 0.8 km,
P = 2.1 h, (We assumed rapid rotation in order to place a lower bound on the SNRs)
OC albedo = 0.1 (a standard guess; also conservative)
UTC SNR/ SNR/
w DOY start date window RA, dec dist runs day run
28 193 2013 Jul 12-13 23:58-17:22 77, 43 0.088 234 38 3
28 194 2013 Jul 13-14 23:40-16:49 70, 46 0.083 254 48 3
28 195 2013 Jul 14-15 23:16-16:09 62, 49 0.080 272 59 4
29 196 2013 Jul 15-16 22:44-15:22 52, 52 0.077 288 68 4
29 197 2013 Jul 16-17 22:03-14:30 40, 53 0.075 298 74 5 *
29 198 2013 Jul 17-18 21:14-13:36 27, 54 0.075 300 75 5 *
29 199 2013 Jul 18-19 20:18-12:44 15, 53 0.076 293 71 5 *
29 200 2013 Jul 19-20 19:21-11:58 4, 51 0.078 280 62 4 *
29 201 2013 Jul 20-21 18:27-11:19 354, 48 0.082 262 52 3
29 202 2013 Jul 21-22 17:40-10:46 347, 45 0.086 243 41 3
Goldstone SNRs assume Ptx = 450 kW
Arecibo SNRs
start date window RA, dec dist runs SNR SNR/run
2013 Jul 05 14:57-17:40 102, 23 0.150 26 44 9
2013 Jul 06 14:49-17:28 100, 25 0.140 27 56 11 *
2013 Jul 07 14:40-17:14 98, 27 0.131 27 70 14 *
2013 Jul 08 14:32-16:56 96, 29 0.123 27 88 18
2013 Jul 09 14:25-16:35 93, 31 0.114 32 120 23
2013 Jul 10 14:20-16:08 90, 34 0.107 28 132 28
2013 Jul 11 14:23-15:26 87, 37 0.100 17 108 28
...too far north for Arecibo to track between July 12-24...
2013 Jul 25 05:35-07:04 331, 35 0.106 23 114 26
2013 Jul 26 05:04-07:02 328, 33 0.113 29 117 24
2013 Jul 27 04:40-06:57 325, 30 0.121 26 91 19
2013 Jul 28 04:22-06:49 323, 28 0.129 26 74 15
2013 Jul 29 04:06-06:41 321, 26 0.137 26 59 12
2013 Jul 30 03:54-06:33 319, 25 0.146 26 48 10
Arecibo SNRs assume Ptx = 900 kW
DOY START BOT EOT END FACILITY USER ACTIVITY 198 0700 0830 1110 1140 DSS-14 GSSR AST 2001 PJ9 199 0450 0620 1055 1125 DSS-14 GSSR AST 2001 PJ9 CANCELLED DUE TO WEAK SNRS 200 0700 0830 1010 1040 DSS-14 GSSR AST 2001 PJ9 CANCELLED 201 0410 0540 1100 1130 DSS-14 GSSR AST 2001 PJ9 CANCELLED
Goldstone tracks:
UT UT PDT AST Duration Round-trip SNR/
DOY Date TX Window TX Window TX window hh:mm time (sec) Run
--- ---- --------- --------- --------- -------- --------- ----
198 Jul 17 0715-1110 0015-0410 Jul 17 0315-0710 Jul 17 3:55 75 5
199 Jul 18 0505-1055 2205-0355 Jul 17-18 0205-0655 Jul 18 5:50 75 5 CANCELLED
200 Jul 19 0715-1010 0015-0355 Jul 19 0315-0610 Jul 19 2:55 76 5 CANCELLED
201 Jul 20 0425-1100 2125-0400 Jul 19-20 0025-0700 Jul 20 6:35 78 4 CANCELLED
NOTE: TXON in the table above corresponds to times 15 minutes after we get the telescope.
2001 PJ9 will be in the beam when the Goldstone tracks start.
Arecibo Tracks:
UT UT PDT AST Duration Round-trip SNR/
DOY Date TX Window TX Window TX window hh:mm time (sec) Run
--- ---- --------- --------- --------- -------- --------- ----
187 Jul 6 1449-1728 0749-1028 Jul 6 1049-1328 Jul 6 2:39 140 11
188 Jul 7 1440-1714 0740-1014 Jul 7 1040-1314 Jul 7 2:34 131 14 CANCELLED
From Jon Giorgini, 2013 July 15: Based on 99 optical measurements (2001-Aug-5 to 2013-Apr-29), and one Arecibo Doppler Jul 6, orbit solution s28 was used to established OSOD and nominal predicts on the new aardvark in the /a153349 sub-directory. Formal 3-sigma X-band uncertainties: Date__(UT)__HR:MN POS_3sigma DOP_X_3sig RT_delay_3sig 2013-Jul-16 00:00 5.201 19.69 0.001004 2013-Jul-17 00:00 5.043 18.21 0.001173 2013-Jul-18 00:00 4.761 15.69 0.001325 2013-Jul-19 00:00 4.399 12.51 0.001449 2013-Jul-20 00:00 4.018 9.25 0.001540 2013-Jul-21 00:00 3.669 6.49 0.001596 - - - - - - - - - - - - - - - - - - - - From Horizons, 2013 June 26, Solution 26, # obs: 99 (2001-2013) Date__(UT)__HR:MN R.A._(J2000.0)_DEC. delta POS_3sigma DOP_S_3sig DOP_X_3sig RT_delay_3sig 2013-Jun-26 00:00 * 109.25489 14.17845 0.25373223235219 13.852 14.57 52.95 0.012735 2013-Jun-27 00:00 * 108.82559 14.72289 0.24199106601537 14.757 15.22 55.33 0.012203 2013-Jun-28 00:00 * 108.33283 15.33427 0.23046613278047 15.734 15.93 57.91 0.011647 2013-Jun-29 00:00 * 107.77005 16.01976 0.21915937629675 16.790 16.72 60.76 0.011065 2013-Jun-30 00:00 * 107.12921 16.78769 0.20807358381116 17.936 17.59 63.92 0.010452 2013-Jul-01 00:00 * 106.40038 17.64774 0.19721276727245 19.181 18.56 67.47 0.009806 2013-Jul-02 00:00 * 105.57124 18.61119 0.18658261710165 20.537 19.67 71.48 0.009123 2013-Jul-03 00:00 * 104.62638 19.69119 0.17619105486265 22.016 20.93 76.06 0.008397 2013-Jul-04 00:00 * 103.54638 20.90307 0.16604891977480 23.630 22.37 81.31 0.007622 2013-Jul-05 00:00 *m 102.30653 22.26459 0.15617083312903 25.394 24.04 87.38 0.006791 2013-Jul-06 00:00 *m 100.87507 23.79612 0.14657629443797 27.317 25.97 94.39 0.005895 * 2013-Jul-07 00:00 *m 99.21077 25.52068 0.13729107224294 29.407 28.20 102.50 0.004923 * 2013-Jul-08 00:00 *m 97.25947 27.46339 0.12834895654552 31.665 30.78 111.85 0.003866 2013-Jul-09 00:00 *m 94.94924 29.65019 0.11979392864300 34.074 33.72 122.54 0.002713 2013-Jul-10 00:00 *m 92.18364 32.10481 0.11168275685139 36.598 37.02 134.54 0.001464 2013-Jul-11 00:00 *m 88.83238 34.84278 0.10408790462192 39.158 40.61 147.61 0.000426 2013-Jul-12 00:00 *m 84.71960 37.86056 0.09710037892549 41.622 44.32 161.08 0.001606 2013-Jul-13 00:00 *m 79.61141 41.11716 0.09083167579366 43.785 47.79 173.70 0.003253 2013-Jul-14 00:00 *m 73.21112 44.50610 0.08541326842788 45.363 50.46 183.40 0.005036 2013-Jul-15 00:00 *m 65.18536 47.82042 0.08099132028803 46.018 51.55 187.35 0.006899 2013-Jul-16 00:00 *m 55.27029 50.72695 0.07771416772364 45.445 50.23 182.55 0.008764 2013-Jul-17 00:00 *m 43.50821 52.79174 0.07571181497330 43.505 45.96 167.03 0.010530 * 2013-Jul-18 00:00 *m 30.53024 53.60857 0.07507099597010 40.355 38.85 141.19 0.012088 * 2013-Jul-19 00:00 *m 17.52926 53.00308 0.07581448672839 36.474 29.81 108.34 0.013346 * 2013-Jul-20 00:00 * 5.70983 51.14184 0.07789442812852 32.502 20.22 73.47 0.014257 * 2013-Jul-21 00:00 * 355.72546 48.42362 0.08120327558337 28.995 11.37 41.31 0.014825 2013-Jul-22 00:00 * 347.63413 45.27521 0.08559674160296 26.237 4.12 14.97 0.015092 2013-Jul-23 00:00 * 341.17749 42.02394 0.09091853949003 24.223 2.01 7.32 0.015120 2013-Jul-24 00:00 * 336.02195 38.87316 0.09701923317568 22.780 5.73 20.83 0.014974 2013-Jul-25 00:00 * 331.86865 35.92818 0.10376684138427 21.703 8.35 30.33 0.014706 ************************************************************************* Apparent Magnitudes, Solar Elongations, Lunar Elongations, and Lunar Illumination: Date__(UT)__HR:MN R.A._(J2000.0)_DEC. delta APmag S-O-T /r T-O-M/Illu% 2013-Jul-01 00:00 106.40914 17.65283 0.19723888584448 n.a. 8.1530 /T 87.3/ 42.0 2013-Jul-02 00:00 105.58075 18.61652 0.18660815512303 n.a. 6.1716 /T 73.9/ 32.3 2013-Jul-03 00:00 104.63673 19.69679 0.17621597555954 n.a. 4.0858 /T 60.7/ 23.5 2013-Jul-04 00:00 103.55767 20.90897 0.16607318034623 n.a. 2.0405 /T 47.5/ 15.9 2013-Jul-05 00:00 102.31889 22.27081 0.15619438315666 n.a. 1.7154 /L 34.3/ 9.6 2013-Jul-06 00:00 100.88865 23.80272 0.14659907384958 n.a. 4.0312 /L 21.4/ 4.8 2013-Jul-07 00:00 99.22576 25.52769 0.13731300872859 n.a. 6.9539 /L 9.703/ 1.6 2013-Jul-08 00:00 97.27607 27.47090 0.12836996233731 n.a. 10.2448 /L 10.4/ 0.2 2013-Jul-09 00:00 94.96772 29.65831 0.11981389663054 n.a. 13.9159 /L 22.9/ 0.6 2013-Jul-10 00:00 92.20429 32.11368 0.11170155616889 n.a. 18.0159 /L 37.0/ 2.8 2013-Jul-11 00:00 88.85553 34.85260 0.10410537620098 n.a. 22.6069 /L 51.9/ 6.8 2013-Jul-12 00:00 84.74556 37.87165 0.09711633218825 n.a. 27.7558 /L 67.3/ 12.5 2013-Jul-13 00:00 79.64043 41.12995 0.09084588876812 n.a. 33.5247 /L 83.1/ 19.8 2013-Jul-14 00:00 73.24313 44.52120 0.08542549497501 n.a. 39.9566 /L 99.3/ 28.4 2013-Jul-15 00:00 65.21961 47.83857 0.08100130903762 n.a. 47.0537 /L 115.3/ 38.1 2013-Jul-16 00:00 55.30476 50.74884 0.07772169582955 n.a. 54.7534 /L 129.9/ 48.6 2013-Jul-17 00:00 43.53930 52.81767 0.07571673365863 16.74 62.9100 /L 140.2/ 59.5 2013-Jul-18 00:00 30.55370 53.63790 0.07507327475416 16.24 71.2977 /L 141.3/ 70.3 2013-Jul-19 00:00 17.54250 53.03427 0.07581423653256 15.87 79.6425 /L 132.0/ 80.3 2013-Jul-20 00:00 5.71326 51.17304 0.07789188978736 15.60 87.6763 /L 116.9/ 88.8 2013-Jul-21 00:00 355.72151 48.45339 0.08119877827825 15.42 95.1880 /L 99.7/ 95.2 2013-Jul-22 00:00 347.62545 45.30276 0.08559065036958 15.32 102.0496 /L 82.2/ 99.0 2013-Jul-23 00:00 341.16613 42.04900 0.09091121090083 15.27 108.2137 /L 65.8/ 99.7 2013-Jul-24 00:00 336.00925 38.89577 0.09701098798982 15.26 113.6926 /L 51.8/ 97.5 2013-Jul-25 00:00 331.85541 35.94854 0.10375795315873 15.29 118.5346 /L 41.9/ 92.7 2013-Jul-26 00:00 328.46808 33.24913 0.11104131464071 15.33 122.8042 /L 38.5/ 85.6 2013-Jul-27 00:00 325.66923 30.80300 0.11877107869074 15.39 126.5691 /L 42.1/ 77.1 2013-Jul-28 00:00 323.32693 28.59697 0.12687558923573 15.46 129.8931 /L 50.5/ 67.5 2013-Jul-29 00:00 321.34348 26.60975 0.13529844819060 15.54 132.8329 /L 61.2/ 57.5 2013-Jul-30 00:00 319.64595 24.81767 0.14399553964555 15.62 135.4373 /L 72.8/ 47.5 2013-Jul-31 00:00 318.17935 23.19757 0.15293245264729 15.70 137.7474 /L 84.6/ 37.9
Arecibo S-band observations on July 6 yielded a CW detection that had a bandwidth of about 3 Hz.
Consequently, we are expecting a bandwidth about 3.6x wider or about 11 Hz.
CW setup:
---------------------------------------------------------------------------
TX polarization RCP
RCV polarization LCP & RCP
Frequency hops: 2
Dwell: 30 seconds
Bandwidth: 4000 Hz
Sampling interval: 2500 x 0.1 usec
PFS FFT: 2048 for 1.95 Hz res
Ranging setups:
---------------------------------------------------------------------------
10-usec
baud 10 usec
code 127
PRP 1270 usec
FFT 128
ncoh 1
bandwidth 787 Hz
resolution 6.15 Hz
TXOFF +100Hz (echo in bin 64+16=80)
---------------------------------------------------------------------------
11-usec
baud 11 usec
code 127
PRP 1397 usec
FFT 128
ncoh 1
bandwidth 716 Hz
resolution 5.6 Hz
TXOFF +100 Hz (echo in bin 64+18=82)
-------------------------------------------------------------------------
1-usec
baud 1 usec
code 127
FFT 512
ncoh 128
bandwidth 61.3 Hz
resolution 0.12 Hz
TXOFF +8 Hz -> echo would be centered at 256 + 67=323
-------------------------------------------------------------------------------
0.25-usec ranging
baud 0.25 usec
code 255
FFT 128
ncoh 16
bandwidth 980 Hz
resolution 7.7 Hz
TXOFF +80 Hz -> echo would be centered at 64 + 10 = 74
-------------------------------------------------------------------------------
0.125-usec ranging
baud 0.125 usec
code 255
FFT 128
ncoh 32
bandwidth 980 Hz
resolution 7.7 Hz
TXOFF +80 Hz -> echo would be centered at 64 + 10 = 74
_____________________________________________________________________
POSSIBLE RANGING SETUPS: (code=127, FFT=64, single-pol'n)
These are from JX, w/ max-band (min-acc) options from Ray Jurgens.
Currently configured for 5-sec records.
_______________________________________________________________________
Setup Baud RP 1-acc 1-acc
usec m usec band res acc band res
_______________________________________________________________________
JX1XS110 11.000 1650 1397.0 715.8 11.2 2 358 5.6
JX1XS070 7.000 1050 889.0 1124.9 17.6 3 375 5.9
JX1XS020 2.000 300 254.0 3937.0 61.5 12 328 5.1
4 984 15.4
JX1XS010 1.000 150 127.0 7874.0 123.0 41 192 3.0
8 984 15.4
JX1XS005 0.500 75 63.5 15748.0 246.1 123 128 2.0
15 1050 16.4
JX1XS002 0.250 37.5 31.75 31496.1 492.1 492 64 1.0
30 1050 16.4
JX1XS001 0.125 18.75 15.875 62992.1 984.3 1970 32 0.5
60 1050 16.4
____________________________________________________________________
OSOD and predicts are aardvark:
Monostatic with the new waveform generator:
/export/data3/osod/ops/a153349/PRDX.OUT.14v-14-14.s28
/PUNCH.OUT.14v-14-14.s28
/EPH.OUT.s28
POINTING
TX Offsets
Date (UTC) DOY hhmmss RA Dec Macro LHA Dec RTT OSOD
2013 07 17 198 070000 40.117 53.2343 A 11.1 1.1 75.2 s28
2013 07 17 198 080000 39.584 53.2856 A 11.2 1.0 75.2
2013 07 17 198 090000 39.045 53.3347 A 11.3 1.0 75.1
2013 07 17 198 100000 38.502 53.3814 A 11.4 1.0 75.1
2013 07 17 198 110000 37.955 53.4251 A 11.5 0.9 75.1
2013 07 17 198 120000 37.403 53.4656 A 11.5 0.8 75.0
Transmit offsets are given in millidegrees.
PRDX.OUT.14f-14-14.s28
RECEIVER U.T. RANGE DOPPLER LHA DEC RA EL
2013 JUL 17 07:00 75.2287565660 104294.316 243.2641 53.2343 40.117 14.178
2013 JUL 17 07:10 75.2214702696 103603.746 245.8595 53.2430 40.028 15.365
2013 JUL 17 07:20 75.2142332673 102887.800 248.4550 53.2516 39.940 16.584
2013 JUL 17 07:30 75.2070473493 102146.010 251.0507 53.2602 39.851 17.832
2013 JUL 17 07:40 75.1999143475 101377.959 253.6465 53.2687 39.762 19.108
2013 JUL 17 07:50 75.1928361105 100583.285 256.2425 53.2772 39.673 20.410
2013 JUL 17 08:00 75.1858145155 99761.682 258.8386 53.2856 39.584 21.738
2013 JUL 17 08:10 75.1788514596 98912.894 261.4348 53.2939 39.494 23.090
2013 JUL 17 08:20 75.1719488607 98036.725 264.0311 53.3022 39.405 24.464
2013 JUL 17 08:30 75.1651086383 97133.031 266.6276 53.3104 39.315 25.860
2013 JUL 17 08:40 75.1583327253 96201.726 269.2242 53.3186 39.225 27.276
2013 JUL 17 08:50 75.1516230585 95242.779 271.8210 53.3267 39.135 28.710
2013 JUL 17 09:00 75.1449815801 94256.217 274.4178 53.3347 39.045 30.162
2013 JUL 17 09:10 75.1384102132 93242.120 277.0149 53.3427 38.955 31.629
2013 JUL 17 09:20 75.1319108934 92200.628 279.6120 53.3506 38.865 33.112
2013 JUL 17 09:30 75.1254855297 91131.933 282.2093 53.3584 38.774 34.607
2013 JUL 17 09:40 75.1191360153 90036.285 284.8067 53.3662 38.684 36.115
2013 JUL 17 09:50 75.1128642397 88913.986 287.4042 53.3738 38.593 37.633
2013 JUL 17 10:00 75.1066720535 87765.395 290.0019 53.3814 38.502 39.161
2013 JUL 17 10:10 75.1005612857 86590.923 292.5997 53.3889 38.411 40.696
2013 JUL 17 10:20 75.0945337345 85391.033 295.1976 53.3963 38.320 42.236
2013 JUL 17 10:30 75.0885911588 84166.242 297.7956 53.4037 38.229 43.782
2013 JUL 17 10:40 75.0827352948 82917.115 300.3938 53.4109 38.138 45.330
2013 JUL 17 10:50 75.0769678221 81644.268 302.9920 53.4181 38.046 46.878
2013 JUL 17 11:00 75.0712903751 80348.364 305.5904 53.4251 37.955 48.425
2013 JUL 17 11:10 75.0657045506 79030.114 308.1889 53.4321 37.863 49.969
2013 JUL 17 11:20 75.0602118941 77690.274 310.7875 53.4390 37.772 51.506
2013 JUL 17 11:30 75.0548138808 76329.644 313.3862 53.4458 37.680 53.035
2013 JUL 17 11:40 75.0495119387 74949.065 315.9850 53.4525 37.588 54.551
2013 JUL 17 11:50 75.0443074459 73549.420 318.5840 53.4591 37.496 56.053
2013 JUL 17 12:00 75.0392016965 72131.630 321.1830 53.4656 37.403 57.534
2001 PJ9 GOLDSTONE MASTERLOG
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Dr. Lance A. M. Benner | PHONE: (818) 354-7412
Mail Stop 183-601 | FAX: (818) 393-4445
Jet Propulsion Laboratory | email: lance.benner@jpl.nasa.gov
California Institute of Technology | Plan: To live long and prosper
Pasadena, CA 91109-8099
http://echo.jpl.nasa.gov/asteroids/2001PJ9/2001PJ9_planning.html
Asteroid Radar Astronomy