3752 Camillo Goldstone Radar Observations Planning
3752 Camillo (1985 PA) was discovered on August 15, 1985 by E. F. Helin and M. A. Barucci at Caussols (France). Camillo has been observed extensively with optical telescopes. It has an unusually slow rotation period of 38 hours, a large lightcurve amplitude of 1.1 magnitudes that suggests a very elongated shape, and a diameter of about 2.3 km. The spectral class is unknown. Camillo will approach within 0.148 AU (57 lunar distances) on February 12, 2013, and despite the relatively large distance at closest approach, the signal-to-noise ratios may be strong enough for coarse-resolution radar imaging at Goldstone due to this asteroid's slow rotation period and large diameter. We plan to observe Camillo on Feb. 10-13 at Goldstone and from Feb. 12-16 at Arecibo. Camillo will be a strong imaging target at Arecibo. Camillo will reach 13th magnitude in February of 2013, when it should be an excellent target for spectroscopy, IR radiometry, and photometry. The times for Camillo also overlap times when 2013 BS45 will be observable, so we hope to get transmit authorization for that object as well. 2013 BS45 is roughly 20 meters in diameter and it will be much closer.
Orbital and Physical Characteristics orbit type Apollo semimajor axis 1.414 AU eccentricity 0.302 inclination 55.6 deg perihelion distance 0.986 AU aphelion distance 1.841 AU absolute magnitude (H) 15.5 diameter 2.3 km Pravec et al. 2012 optical albedo 0.22 Pravec et al. 2012 rotation period 37.846 h Pravec et al. 1998 pole direction unknown lightcurve amplitude 1.1 mag Pravec et al. 1998 spectral class unknown Last update: 2013 February 12
Circular No. 4093
Central Bureau for Astronomical Telegrams
INTERNATIONAL ASTRONOMICAL UNION
Postal Address: Central Bureau for Astronomical Telegrams
Smithsonian Astrophysical Observatory, Cambridge, MA 02138, U.S.A.
TWX 710-320-6842 ASTROGRAM CAM Telephone 617-495-7244/7440/7444
1985 PA
E. Helin and M. A. Barucci report their discovery of a fast-
moving object on exposures with the 0.9-m CERGA Schmidt in the
course of the International Near-Earth Asteroid Survey. INAS was
also responsible for follow-up at Palomar. Available positions:
1985 UT R.A. (1950.0) Decl. Mag. Observer
Aug. 15.93750 22 32 30.21 -10 06 58.5 16.5 Helin
15.95833 22 32 28.08 -10 08 26.7 "
15.96875 22 32 26.84 -10 09 14.0 "
16.94076 22 30 34.44 -11 20 29.1 Barthelemy
17.43774 22 29 35.32 -11 57 08.2 16.5 Singer-Brewster
17.46018 22 29 32.76 -11 58 51.1 "
18.05615 22 28 21.56 -12 43 34.4 Barthelemy
18.07698 22 28 19.08 -12 45 04.8 "
18.08740 22 28 17.80 -12 45 50.6 "
18.17665 22 28 06.86 -12 52 33.1 16.5 Schwartz
18.29410 22 27 52.03 -13 01 25.5 Singer-Brewster
18.31597 22 27 49.32 -13 03 09.0 Schombert
18.39306 22 27 39.37 -13 08 59.6 Singer-Brewster
E. Helin, M. A. Barucci, J.-L. Heudier, A. Barthelemy amd S. Syregard
(Caussols). Measurer: C. Pollas. Times rather uncertain.
S. Singer-Brewster, D. Schneeberger and M. Rudnyk (Palomar). 0.46-
m Schmidt. Measurer: R. S. Dunbar.
G. Schwartz (Oak Ridge). Measurer: C.-Y. Shao. Image trailed.
J. Schombert (Palomar). 1.2-m Schmidt. Beginning of trail on 20-
min exposure. Measurer: R. S. Dunbar.
The following orbital elements are very uncertain but satisfy
the observations better than does an orbit with smaller a, e and i:
T = 1985 Dec. 13.19 ET
Peri. = 250.98 e = 0.4653
Node = 148.41 1950.0 a = 2.6643 AU
Incl. = 75.09 n = 0.22663
q = 1.4247 AU P = 4.35 years
Target Name: Camillo
D = 2.5 km (a guess made before the updated diameter was published in 2012)
Period = 37.85 h
OC albedo = 0.1 (A relatively conservative lower bound)
UTC SNR/ SNR/
week DOY start date window RA, dec dist runs day run
6 041 2013 Feb 10 07:42-16:09 202, -2 0.151 80 80 10
7 042 2013 Feb 11 07:21-16:26 202, 4 0.148 87 89 10
7 043 2013 Feb 12 07:00-16:42 203, 11 0.148 93 94 11
7 044 2013 Feb 13 06:41-16:57 203, 17 0.149 98 93 10
7 045 2013 Feb 14 06:22-17:10 203, 23 0.152 102 88 9
7 046 2013 Feb 15 06:04-17:23 204, 29 0.157 104 79 8
7 047 2013 Feb 16 05:47-17:36 204, 34 0.164 105 68 7
Goldstone SNRs assume Ptx = 450 kW and Tsys = 15 K
Arecibo SNRs:
Assumptions: D = 2.5 km, P =37.85 h, OC albedo = 0.100
UT SNR/ SNR/
start date window RA, dec dist runs day run
----------------------------------------------------------------------
2013 Feb 11 07:39-09:22 202, 3 0.148 16 770 220
2013 Feb 12 07:15-09:41 202, 10 0.148 23 1000 220
2013 Feb 13 07:03-09:47 203, 16 0.149 26 1100 220
2013 Feb 14 07:00-09:44 203, 22 0.152 26 990 200
2013 Feb 15 07:05-09:34 204, 28 0.156 23 830 180
2013 Feb 16 07:21-09:12 204, 34 0.163 16 550 160
Arecibo SNRs assume Ptx = 900 kW and Tsys = 25 K.
Goldstone tracks:
*DAY START BOT EOT END FACILITY USER ACTIVITY
041 0615 0745 1435 1505 DSS-14 GSSR AST CAMILLO
042 0555 0725 1000 1030 DSS-14 GSSR AST CAMILLO
043 0530 0700 1255 1325 DSS-14 GSSR AST CAMILLO
044 0515 0645 1320 1350 DSS-14 GSSR AST CAMILLO
UT UT PDT Duration RTT SNR/
DOY Date TX Window TX Window hh:mm (sec) Run
--- ---- --------- --------- --------- ----- ----
41 Feb 10 0745-1435 2345-0635 Feb 9-10 6:50 151 10 Overlaps 2013 BS45 from 0745-1435
42 Feb 11 0725-1000 2325-0200 Feb 10-11 2:35 148 10 Overlaps 2013 BS45 from 0742-1000
43 Feb 12 0700-1255 2300-0455 Feb 11-12 5:55 148 11 Overlaps 2013 BS45 from 0828-1255
44 Feb 13 0645-1320 2245-0520 Feb 12-13 6:35 149 10 Overlaps 2013 BS45 from 0915-1320
2013 BS45 View Periods and SNRs:
2013BS45: D = 0.02 km, P = 0.5000 hr, OC albedo = 0.100
Goldstone: G = 0.94 K/Jy, Tsys = 17.0 K, P = 440 kW, elev >= 20.00 deg, unhopped
start date window RA, dec dist runs SNR SNR/run
2013 Feb 10 06:59-20:16 228, +46 0.013 1578 147 4
2013 Feb 11 07:42-20:56 240, +45 0.013 1597 157 4
2013 Feb 12 08:28-21:30 251, +43 0.013 1573 155 4
2013 Feb 13 09:15-21:56 261, +41 0.013 1512 142 4
Arecibo tracks:
UT UT AST PDT Duration Round-trip SNR/
DOY Date TX Window TX Window TX Window hh:mm time (sec) Run
--- ---- --------- --------- --------- --------- --------- ---
43 Feb 12 0715-0941 0315-0541 2315-0141 Feb 11-12 2:26 148 220 Cancelled due to equipment problems
44 Feb 13 0703-0947 0303-0547 2303-0147 Feb 12-13 2:44 149 220 Overlaps Goldstone from 0703-0947 UT
45 Feb 14 0700-0944 0300-0544 2300-0144 Feb 13-14 2:44 152 200
46 Feb 15 0705-0934 0305-0534 2305-0134 Feb 14-15 2:29 156 180
47 Feb 16 0721-0912 0321-0512 2321-0112 Feb 15-16 1:51 163 160
This object will be too far south for Arecibo to track before February 10 and too far north after Feb. 16.
From Jon Giorgini, 2013 Feb 12: Based on 653 optical measurements (1976-Jan-28 to 2013-Jan-30) and the 2 delay and 3 Doppler just obtained at DSS-14, 3752 Camillo orbit solution #91 was estimated. Formal 3-sigma S-band uncertainties for .s91: Date__(UT)__HR:MN POS_3sigma DOP_S_3sig RT_delay_3sig 2013-Feb-12 00:00 0.686 0.66 0.000037 2013-Feb-13 00:00 0.691 0.67 0.000060 2013-Feb-14 00:00 0.687 0.66 0.000084 2013-Feb-15 00:00 0.674 0.64 0.000106 2013-Feb-16 00:00 0.655 0.61 0.000127 2013-Feb-17 00:00 0.632 0.58 0.000147 2013-Feb-18 00:00 0.607 0.55 0.000166 - - - - - - - - - - - - - - - - - - - - From Jon Giorgini, Feb 8, 2013: Based on 653 optical measurements (1976-Jan-28 to 2013-Jan-30), 3752 Camillo orbit solution #81 was estimated: Formal 3-sigma X-band uncertainties: Date__(UT)__HR:MN POS_3sigma DOP_X_3sig RT_delay_3sig 2013-Feb-10 00:00 0.873 4.53 0.000520 2013-Feb-11 00:00 0.897 4.75 0.000522 2013-Feb-12 00:00 0.914 4.94 0.000520 2013-Feb-13 00:00 0.925 5.08 0.000515 2013-Feb-14 00:00 0.927 5.14 0.000508 2013-Feb-15 00:00 0.920 5.11 0.000499 - - - - - - - - - - - - - - - - - - - - From Horizons, 2012 Sep 27, Solution #12, #obs = 58 (2010-2012): Date__(UT)__HR:MN R.A._(J2000.0)_DEC. delta POS_3sigma DOP_S_3sig DOP_X_3sig RT_delay_3sig 2013-Jan-31 00:00 * 196.96059 -44.66085 0.25011424931438 1.096 1.30 4.73 0.000498 2013-Feb-01 00:00 * 197.40488 -42.34552 0.23723644088642 1.140 1.41 5.11 0.000526 2013-Feb-02 00:00 * 197.84929 -39.76097 0.22474150752590 1.185 1.52 5.52 0.000558 2013-Feb-03 00:00 * 198.29327 -36.87000 0.21271435687640 1.230 1.64 5.95 0.000595 2013-Feb-04 00:00 * 198.73619 -33.63250 0.20125600467985 1.272 1.76 6.40 0.000637 2013-Feb-05 00:00 * 199.17738 -30.00738 0.19048586528378 1.310 1.88 6.84 0.000685 2013-Feb-06 00:00 * 199.61613 -25.95591 0.18054336044902 1.341 1.99 7.23 0.000736 2013-Feb-07 00:00 * 200.05168 -21.44726 0.17158793608185 1.360 2.07 7.53 0.000791 2013-Feb-08 00:00 * 200.48325 -16.46638 0.16379617451282 1.365 2.11 7.68 0.000847 2013-Feb-09 00:00 *m 200.91004 -11.02383 0.15735446161152 1.353 2.10 7.63 0.000904 2013-Feb-10 00:00 *m 201.33122 -5.16560 0.15244601737315 1.323 2.02 7.34 0.000957 2013-Feb-11 00:00 *m 201.74593 1.02052 0.14923249319721 1.278 1.88 6.85 0.001003 2013-Feb-12 00:00 *m 202.15332 7.40663 0.14783284106276 1.225 1.72 6.24 0.001040 2013-Feb-13 00:00 *m 202.55244 13.83694 0.14830479434953 1.172 1.56 5.67 0.001065 2013-Feb-14 00:00 *m 202.94235 20.14894 0.15063510864325 1.126 1.45 5.27 0.001077 2013-Feb-15 00:00 *m 203.32200 26.19684 0.15474225533574 1.089 1.40 5.10 0.001078 2013-Feb-16 00:00 *m 203.69029 31.86943 0.16049049086965 1.061 1.40 5.08 0.001069 2013-Feb-17 00:00 *m 204.04604 37.09753 0.16771015969504 1.039 1.41 5.11 0.001052 2013-Feb-18 00:00 *m 204.38797 41.85170 0.17621809245476 1.017 1.40 5.10 0.001030 2013-Feb-19 00:00 *m 204.71473 46.13383 0.18583380712711 0.995 1.38 5.03 0.001005 2013-Feb-20 00:00 *m 205.02485 49.96695 0.19638998674052 0.970 1.35 4.90 0.000979 2013-Feb-21 00:00 *m 205.31678 53.38616 0.20773776889298 0.944 1.30 4.72 0.000952 2013-Feb-22 00:00 *m 205.58884 56.43179 0.21974827593202 0.915 1.24 4.51 0.000927 2013-Feb-23 00:00 *m 205.83927 59.14482 0.23231185662156 0.886 1.18 4.29 0.000903 2013-Feb-24 00:00 *m 206.06619 61.56427 0.24533617323039 0.856 1.12 4.07 0.000880 2013-Feb-25 00:00 * 206.26757 63.72581 0.25874387134085 0.826 1.06 3.85 0.000859 2013-Feb-26 00:00 * 206.44130 65.66128 0.27247025072530 0.796 1.00 3.64 0.000840 2013-Feb-27 00:00 * 206.58511 67.39859 0.28646114135291 0.768 0.95 3.45 0.000824 2013-Feb-28 00:00 * 206.69661 68.96203 0.30067106099785 0.741 0.90 3.27 0.000808 ********************************************************************************************** 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-Jan-15 00:00 190.14741 -62.93490 0.47259383756153 16.47 78.4466 /L 108.4/ 13.4 2013-Jan-16 00:00 190.55030 -62.33625 0.45874726902081 16.41 79.1411 /L 116.3/ 21.6 2013-Jan-17 00:00 190.95653 -61.69786 0.44482223117026 16.35 79.8653 /L 123.1/ 30.8 2013-Jan-18 00:00 191.36610 -61.01558 0.43082934599314 16.29 80.6213 /L 128.3/ 40.5 2013-Jan-19 00:00 191.77902 -60.28466 0.41678004847881 16.22 81.4119 /L 131.6/ 50.2 2013-Jan-20 00:00 192.19528 -59.49975 0.40268673501885 16.15 82.2402 /L 132.7/ 59.8 2013-Jan-21 00:00 192.61482 -58.65469 0.38856294334232 16.08 83.1097 /L 131.4/ 68.8 2013-Jan-22 00:00 193.03758 -57.74248 0.37442357026548 16.00 84.0243 /L 127.9/ 77.1 2013-Jan-23 00:00 193.46347 -56.75505 0.36028513628060 15.92 84.9889 /L 122.5/ 84.5 2013-Jan-24 00:00 193.89236 -55.68313 0.34616610902250 15.83 86.0086 /L 115.6/ 90.6 2013-Jan-25 00:00 194.32411 -54.51599 0.33208730107314 15.74 87.0895 /L 107.6/ 95.4 2013-Jan-26 00:00 194.75852 -53.24126 0.31807236152065 15.64 88.2387 /L 98.7/ 98.5 2013-Jan-27 00:00 195.19538 -51.84456 0.30414838520395 15.54 89.4640 /L 89.1/ 99.8 2013-Jan-28 00:00 195.63442 -50.30923 0.29034666851552 15.43 90.7746 /L 78.9/ 99.2 2013-Jan-29 00:00 196.07534 -48.61594 0.27670364555798 15.31 92.1808 /L 68.3/ 96.5 2013-Jan-30 00:00 196.51777 -46.74229 0.26326204244497 15.19 93.6939 /L 57.4/ 91.8 2013-Jan-31 00:00 196.96131 -44.66244 0.25007228863295 15.05 95.3267 /L 46.6/ 85.3 2013-Feb-01 00:00 197.40550 -42.34680 0.23719421856682 14.91 97.0926 /L 36.6/ 77.0 2013-Feb-02 00:00 197.84981 -39.76184 0.22469907749391 14.77 99.0056 /L 28.6/ 67.3 2013-Feb-03 00:00 198.29369 -36.87033 0.21267179974476 14.61 101.0787 /L 25.9/ 56.6 2013-Feb-04 00:00 198.73650 -33.63217 0.20121343679010 14.45 103.3224 /L 30.5/ 45.4 2013-Feb-05 00:00 199.17758 -30.00623 0.19044344963254 14.29 105.7412 /L 40.7/ 34.2 2013-Feb-06 00:00 199.61621 -25.95374 0.18050131885404 14.12 108.3295 /L 53.7/ 23.7 2013-Feb-07 00:00 200.05164 -21.44388 0.17154656083701 13.95 111.0646 /L 68.2/ 14.6 2013-Feb-08 00:00 200.48309 -16.46160 0.16375583613650 13.79 113.8993 /L 83.6/ 7.3 2013-Feb-09 00:00 200.90975 -11.01748 0.15731560747875 13.65 116.7539 /L 99.4/ 2.5 2013-Feb-10 00:00 201.33080 -5.15759 0.15240915518121 13.52 119.5124 /L 115.0/ 0.3 2013-Feb-11 00:00 201.74538 1.03018 0.14919815521145 13.42 122.0279 /L 129.7/ 0.8 2013-Feb-12 00:00 202.15261 7.41780 0.14780153126090 13.35 124.1422 /L 142.2/ 3.8 2013-Feb-13 00:00 202.55158 13.84936 0.14827692936914 13.33 125.7177 /L 149.7/ 9.0 2013-Feb-14 00:00 202.94133 20.16225 0.15061096944494 13.34 126.6728 /L 149.3/ 15.8 2013-Feb-15 00:00 203.32080 26.21067 0.15472196418799 13.39 127.0018 /L 142.2/ 23.8 2013-Feb-16 00:00 203.68892 31.88340 0.16047401798297 13.48 126.7702 /L 132.1/ 32.7 2013-Feb-17 00:00 204.04448 37.11135 0.16769735246483 13.59 126.0885 /L 121.4/ 42.0 2013-Feb-18 00:00 204.38621 41.86515 0.17620871468052 13.72 125.0810 /L 110.9/ 51.5 2013-Feb-19 00:00 204.71276 46.14675 0.18582757693712 13.87 123.8618 /L 101.1/ 60.8 2013-Feb-20 00:00 205.02266 49.97926 0.19638660682553 14.02 122.5229 /L 92.4/ 69.8 2013-Feb-21 00:00 205.31435 53.39782 0.20773694731929 14.17 121.1321 /L 84.8/ 78.0 2013-Feb-22 00:00 205.58616 56.44279 0.21974973860844 14.32 119.7357 /L 78.5/ 85.4 2013-Feb-23 00:00 205.83633 59.15518 0.23231535353126 14.47 118.3635 /L 73.8/ 91.5 2013-Feb-24 00:00 206.06296 61.57402 0.24534148052085 14.61 117.0334 /L 70.8/ 96.2 2013-Feb-25 00:00 206.26405 63.73499 0.25875079092497 14.75 115.7551 /L 69.6/ 99.0 2013-Feb-26 00:00 206.43746 65.66992 0.27247860854506 14.88 114.5327 /L 70.3/ 99.8 2013-Feb-27 00:00 206.58093 67.40673 0.28647078504122 15.01 113.3671 /L 72.6/ 98.4 2013-Feb-28 00:00 206.69208 68.96971 0.30068185737603 15.14 112.2570 /L 76.1/ 94.6
We are expecting a bandwidth of several Hz, so we're going to start with the CW setup below.
After we detect echoes, we'll switch to 10 and 11 usec ranging and then 1 usec imaging.
TX polarization RCP
RCV polarization LCP & RCP
Frequency hops: no hops
Bandwidth: 4000 Hz
Sampling interval: 2500 x 0.1 usec
VME FFT for PSD files: 4096 for 0.98-Hz resolution
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 255
FFT 256
ncoh 6
bandwidth 653.6 Hz
resolution 2.55 Hz
TXOFF +50 Hz -> echo would be centered at 128 + 20 = 148
-------------------------------------------------------------------------
0.125-usec imaging
baud 0.125 usec
code 511
FFT 1024
ncoh 150
bandwidth 104.4 Hz
resolution 0.1 Hz
TXOFF +10 Hz -> echo would be centered at 512 + 98 = 610
_____________________________________________________________________
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 on aardvark
/export/data3/osod/ops/a3752/PRDX.OUT.14v-14-14.s93
/PUNCH.OUT.14v-14-14.s93
/EPH.OUT.s93
POINTING
TX Offsets
Date (UTC) DOY hhmmss RA Dec Macro LHA Dec RTT OSOD
2013 02 12 043 070000 202.4525 9.2166 A 147.4 s91
2013 02 12 043 080000 202.4676 9.4856 A 147.4
2013 02 12 043 090000 202.4818 9.7545 A 147.4
2013 02 12 043 100000 202.4954 10.0233 A -0.50 11.00 147.5
2013 02 12 043 110000 202.5085 10.2919 A 147.5
2013 02 12 043 120000 202.5214 10.5603 A 147.5
2013 02 12 043 130000 202.5344 10.8285 A 147.5
TX Offsets
Date (UTC) DOY hhmmss RA Dec Macro LHA Dec RTT OSOD
2013 02 13 044 060000 202.8301 15.3645 A 148.4 s93
2013 02 13 044 070000 202.8456 15.6305 A 148.5
2013 02 13 044 080000 202.8602 15.8961 A 148.5
2013 02 13 044 090000 202.8739 16.1613 A 148.6
2013 02 13 044 100000 202.8870 16.4260 A -0.50 10.90 148.7
2013 02 13 044 110000 202.8997 16.6902 A 148.8
2013 02 13 044 120000 202.9122 16.9538 A 148.9
2013 02 13 044 130000 202.9247 17.2168 A 149.2
2013 02 13 044 140000 202.9374 17.4791 A 149.3
Transmit offsets are given in millidegrees.
PRDX.OUT.14f-14-14.s91
TRANSMITTER: STATION #14, RECEIVER: STATION #14
RECEIVER U.T. RANGE DOPPLER LHA DEC RA EL
2013 FEB 12 07:00 147.4488847504 12366.598 288.1545 9.2166 202.453 20.088
2013 FEB 12 07:10 147.4480738834 10763.746 290.6588 9.2614 202.455 22.150
2013 FEB 12 07:20 147.4473767042 9122.711 293.1631 9.3062 202.458 24.208
2013 FEB 12 07:30 147.4467958722 7444.172 295.6675 9.3511 202.460 26.260
2013 FEB 12 07:40 147.4463339905 5728.880 298.1718 9.3959 202.463 28.306
2013 FEB 12 07:50 147.4459936008 3977.656 300.6762 9.4407 202.465 30.343
2013 FEB 12 08:00 147.4457771911 2191.388 303.1806 9.4856 202.468 32.370
2013 FEB 12 08:10 147.4456871911 371.033 305.6850 9.5304 202.470 34.385
2013 FEB 12 08:20 147.4457259487 -1482.388 308.1895 9.5752 202.472 36.385
2013 FEB 12 08:30 147.4458957503 -3367.790 310.6939 9.6200 202.475 38.367
2013 FEB 12 08:40 147.4461987916 -5284.029 313.1984 9.6649 202.477 40.330
2013 FEB 12 08:50 147.4466371924 -7229.898 315.7029 9.7097 202.479 42.270
2013 FEB 12 09:00 147.4472129923 -9204.139 318.2074 9.7545 202.482 44.183
2013 FEB 12 09:10 147.4479281279 -11205.435 320.7120 9.7993 202.484 46.066
2013 FEB 12 09:20 147.4487844482 -13232.420 323.2165 9.8441 202.486 47.912
2013 FEB 12 09:30 147.4497837046 -15283.679 325.7211 9.8889 202.489 49.718
2013 FEB 12 09:40 147.4509275540 -17357.750 328.2257 9.9337 202.491 51.476
2013 FEB 12 09:50 147.4522175304 -19453.127 330.7303 9.9785 202.493 53.180
2013 FEB 12 10:00 147.4536550860 -21568.265 333.2349 10.0233 202.495 54.820
2013 FEB 12 10:10 147.4552415445 -23701.581 335.7395 10.0680 202.498 56.387
2013 FEB 12 10:20 147.4569781235 -25851.457 338.2442 10.1128 202.500 57.870
2013 FEB 12 10:30 147.4588659327 -28016.244 340.7488 10.1576 202.502 59.257
2013 FEB 12 10:40 147.4609059460 -30194.264 343.2535 10.2024 202.504 60.533
2013 FEB 12 10:50 147.4630990377 -32383.816 345.7582 10.2471 202.506 61.683
2013 FEB 12 11:00 147.4654459623 -34583.174 348.2629 10.2919 202.508 62.692
2013 FEB 12 11:10 147.4679473399 -36790.597 350.7675 10.3366 202.511 63.542
2013 FEB 12 11:20 147.4706036678 -39004.326 353.2722 10.3814 202.513 64.219
2013 FEB 12 11:30 147.4734153390 -41222.593 355.7769 10.4261 202.515 64.707
2013 FEB 12 11:40 147.4763826029 -43443.619 358.2816 10.4708 202.517 64.996
2013 FEB 12 11:50 147.4795055904 -45665.622 0.7863 10.5156 202.519 65.079
2013 FEB 12 12:00 147.4827843077 -47886.819 3.2910 10.5603 202.521 64.955
2013 FEB 12 12:10 147.4862186354 -50105.427 5.7957 10.6050 202.524 64.626
2013 FEB 12 12:20 147.4898083300 -52319.669 8.3004 10.6497 202.526 64.101
2013 FEB 12 12:30 147.4935530234 -54527.777 10.8051 10.6944 202.528 63.391
2013 FEB 12 12:40 147.4974522238 -56727.996 13.3098 10.7391 202.530 62.511
2013 FEB 12 12:50 147.5015053238 -58918.585 15.8145 10.7838 202.532 61.478
2013 FEB 12 13:00 147.5057115748 -61097.823 18.3191 10.8285 202.534 60.307
PRDX.OUT.14f-14-14.s93
TRANSMITTER: STATION #14, RECEIVER: STATION #14
RECEIVER U.T. RANGE DOPPLER LHA DEC RA EL
2013 FEB 13 06:40 148.4412553275 -170094.966 283.7385 15.5419 202.841 19.984
2013 FEB 13 06:50 148.4532305186 -171603.489 286.2428 15.5862 202.843 22.042
2013 FEB 13 07:00 148.4653127787 -173149.853 288.7471 15.6305 202.846 24.103
2013 FEB 13 07:10 148.4775047350 -174733.507 291.2515 15.6748 202.848 26.167
2013 FEB 13 07:20 148.4898089868 -176353.832 293.7558 15.7191 202.851 28.231
2013 FEB 13 07:30 148.5022280807 -178010.135 296.2602 15.7633 202.853 30.295
2013 FEB 13 07:40 148.5147645060 -179701.657 298.7647 15.8076 202.855 32.357
2013 FEB 13 07:50 148.5274207027 -181427.567 301.2691 15.8518 202.858 34.417
2013 FEB 13 08:00 148.5401990574 -183186.972 303.7736 15.8961 202.860 36.472
2013 FEB 13 08:10 148.5531018777 -184978.911 306.2781 15.9403 202.863 38.522
2013 FEB 13 08:20 148.5661314157 -186802.364 308.7826 15.9845 202.865 40.564
2013 FEB 13 08:30 148.5792898429 -188656.247 311.2872 16.0287 202.867 42.596
2013 FEB 13 08:40 148.5925792394 -190539.420 313.7917 16.0729 202.869 44.616
2013 FEB 13 08:50 148.6060016301 -192450.686 316.2963 16.1171 202.872 46.622
2013 FEB 13 09:00 148.6195589339 -194388.792 318.8009 16.1613 202.874 48.611
2013 FEB 13 09:10 148.6332529937 -196352.436 321.3055 16.2054 202.876 50.578
2013 FEB 13 09:20 148.6470855460 -198340.265 323.8101 16.2496 202.878 52.521
2013 FEB 13 09:30 148.6610582375 -200350.883 326.3148 16.2937 202.881 54.434
2013 FEB 13 09:40 148.6751726150 -202382.845 328.8195 16.3378 202.883 56.310
2013 FEB 13 09:50 148.6894301299 -204434.669 331.3242 16.3819 202.885 58.144
2013 FEB 13 10:00 148.7038321080 -206504.834 333.8288 16.4260 202.887 59.927
2013 FEB 13 10:10 148.7183797939 -208591.783 336.3336 16.4701 202.889 61.648
2013 FEB 13 10:20 148.7330743055 -210693.927 338.8383 16.5141 202.891 63.295
2013 FEB 13 10:30 148.7479166478 -212809.648 341.3430 16.5582 202.893 64.853
2013 FEB 13 10:40 148.7629077119 -214937.302 343.8477 16.6022 202.896 66.304
2013 FEB 13 10:50 148.7780482860 -217075.223 346.3525 16.6462 202.898 67.626
2013 FEB 13 11:00 148.7933390174 -219221.724 348.8572 16.6902 202.900 68.796
2013 FEB 13 11:10 148.8087804613 -221375.102 351.3620 16.7342 202.902 69.785
2013 FEB 13 11:20 148.8243730330 -223533.641 353.8668 16.7781 202.904 70.568
2013 FEB 13 11:30 148.8401170340 -225695.615 356.3715 16.8221 202.906 71.117
2013 FEB 13 11:40 148.8560126441 -227859.291 358.8763 16.8660 202.908 71.413
2013 FEB 13 11:50 148.8720599288 -230022.935 1.3811 16.9099 202.910 71.443
2013 FEB 13 12:00 148.8882588114 -232184.810 3.8859 16.9538 202.912 71.207
2013 FEB 13 12:10 148.9046091207 -234343.185 6.3906 16.9977 202.914 70.713
2013 FEB 13 12:20 148.9211105373 -236496.334 8.8954 17.0415 202.916 69.983
2013 FEB 13 12:30 148.9377626481 -238642.542 11.4002 17.0854 202.918 69.041
2013 FEB 13 12:40 148.9545649001 -240780.106 13.9049 17.1292 202.920 67.914
2013 FEB 13 12:50 148.9715166282 -242907.342 16.4097 17.1730 202.923 66.631
2013 FEB 13 13:00 148.9886170500 -245022.585 18.9144 17.2168 202.925 65.216
2013 FEB 13 13:10 149.0058652738 -247124.191 21.4192 17.2605 202.927 63.691
2013 FEB 13 13:20 149.0232602732 -249210.545 23.9239 17.3043 202.929 62.075
Camillo 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/Camillo/Camillo_planning.html
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