2008 SV11 Goldstone Radar Observations Planning
Background
2008 SV11 was discovered by the Mt. Lemmon Survey (Arizona) on September 25, 2008.
It will approach within 0.037 AU (14.4 lunar distances) on March 31, 2009.
2008 SV11 has an absolute magnitude of 18.2, that suggests a diameter
within a factor of two of 700 meters. We do not know its period or the spectral class yet.
It has very eccentric orbit (e=0.72) that occasionally approaches Jupiter to within 1 AU.
2008 SV11 has a Tisserand parameter of 2.96 (95th percentile among all NEAs), which raises the
possibility that this object is an extinct comet.
Only four other NEAs observed by radar so far have lower Tisserand parameters.
We are expecting this asteroid to be a strong target and we
hope to image it with at least 1/4 usec resolution.
Goldstone observations are scheduled on March 31 and April 1-2.
Arecibo observations are scheduled on April 2-6.
This object will brighten to about 13th magnitude in early April when it will
be a good target for photometric and spectroscopic observations.
2008 SV11 has been classified as a "Potentially Hazardous Asteroid" by the
Minor Planet Center.
Orbital and Physical Characteristics
orbit type Apollo
semimajor axis 2.615 AU
eccentricity 0.73
inclination 8.3°
perihelion distance 0.727 AU
aphelion distance 4.503 AU
absolute magnitude (H) 18.3
diameter 700 meters +- a factor of two
rotation period unknown
pole direction unknown
lightcurve amplitude unknown
spectral class unknown
Last update: 2009 April 07
Discovery
M.P.E.C. 2008-S65 Issued 2008 Sept. 26, 17:16 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://www.cfa.harvard.edu/iau/mpc.html ISSN 1523-6714
2008 SV11
Observations:
K08S11V* C2008 09 25.26245 23 28 05.01 -09 27 00.6 20.7 V ES065G96
K08S11V C2008 09 25.27009 23 28 04.22 -09 27 04.1 20.2 V ES065G96
K08S11V C2008 09 25.27786 23 28 03.36 -09 27 07.3 20.3 V ES065G96
K08S11V C2008 09 25.28556 23 28 02.53 -09 27 10.8 20.5 V ES065G96
K08S11V C2008 09 25.33157 23 27 57.50 -09 27 30.8 20.5 V ES065G96
K08S11V C2008 09 25.34149 23 27 56.43 -09 27 35.3 20.4 V ES065G96
K08S11V C2008 09 25.35149 23 27 55.34 -09 27 39.0 20.1 V ES065G96
K08S11V C2008 09 25.37433 23 27 52.88 -09 27 51.1 19.7 V ES065G96
K08S11V C2008 09 25.38226 23 27 51.98 -09 27 53.2 20.3 V ES065G96
K08S11V C2008 09 25.39018 23 27 51.12 -09 27 56.7 20.6 V ES065G96
K08S11V C2008 09 25.39819 23 27 50.25 -09 28 00.6 20.9 V ES065G96
K08S11V C2008 09 25.47836 23 27 42.06 -09 28 24.9 20.2 R ES065474
K08S11V C2008 09 25.48148 23 27 41.75 -09 28 27.1 20.1 R ES065474
K08S11V C2008 09 25.48345 23 27 41.54 -09 28 27.3 20.0 R ES065474
K08S11V C2008 09 25.48553 23 27 41.30 -09 28 28.2 19.9 R ES065474
K08S11V C2008 09 25.63412 23 27 25.22 -09 29 34.7 ES065E10
K08S11V C2008 09 25.63522 23 27 25.11 -09 29 35.3 ES065E10
K08S11V C2008 09 25.63638 23 27 25.00 -09 29 35.6 ES065E10
K08S11V C2008 09 25.63756 23 27 24.86 -09 29 36.1 ES065E10
K08S11V C2008 09 26.12987 23 26 32.88 -09 33 20.1 20.9 V ES065H55
K08S11V C2008 09 26.13759 23 26 32.04 -09 33 23.6 20.6 V ES065H55
K08S11V C2008 09 26.14532 23 26 31.18 -09 33 27.0 20.7 V ES065H55
K08S11V C2008 09 26.25166 23 26 19.74 -09 34 12.3 20.4 V ES065291
K08S11V C2008 09 26.25547 23 26 19.31 -09 34 14.0 20.4 V ES065291
K08S11V C2008 09 26.26012 23 26 18.79 -09 34 15.8 20.5 V ES065291
Observer details:
291 LPL/Spacewatch II. Observer R. S. McMillan. 1.8-m f/2.7 reflector + CCD.
474 Mount John Observatory, Lake Tekapo. Observer A. C. Gilmore. Measurer
P. M. Kilmartin. 1.0-m f/7.7 reflector + CCD.
E10 Siding Spring-Faulkes Telescope South. Observers A. Fitzsimmons, S. Duddy,
H. Hsieh. Measurer A. Fitzsimmons. 2.0-m f/10.0 reflector + CCD.
G96 Mt. Lemmon Survey. Observer A. D. Grauer. Measurers E. C. Beshore,
A. Boattini, G. J. Garradd, A. R. Gibbs, A. D. Grauer, R. E. Hill,
R. A. Kowalski, S. M. Larson, R. H. McNaught. 1.5-m reflector + CCD.
H55 Astronomical Research Observatory, Charleston. Observer R. Holmes.
Measurer H. Devore. 0.61-m f/4.0 astrograph + CCD.
Orbital elements:
2008 SV11 PHA, Earth MOID = 0.0212 AU
Epoch 2008 Nov. 30.0 TT = JDT 2454800.5 MPC
M 333.21989 (2000.0) P Q
n 0.30735806 Peri. 103.90272 -0.51509184 -0.85623152
a 2.1745679 Node 17.27093 +0.72632917 -0.46039713
e 0.6494533 Incl. 7.61533 +0.45511134 -0.23431190
P 3.21 H 18.3 G 0.15 U 9
Residuals in seconds of arc
080925 G96 0.6- 0.2+ 080925 G96 0.1+ 0.1- 080925 E10 0.0 0.2+
080925 G96 0.1+ 0.0 080925 G96 0.1+ 0.5- 080926 H55 0.2+ 0.1+
080925 G96 0.1- 0.2+ 080925 474 0.5- 0.3+ 080926 H55 0.2+ 0.0
080925 G96 0.1+ 0.1+ 080925 474 0.0 0.6- 080926 H55 0.0 0.1-
080925 G96 0.0 0.3+ 080925 474 0.0 0.1+ 080926 291 0.1+ 0.0
080925 G96 0.2+ 0.1+ 080925 474 0.2- 0.1+ 080926 291 0.0 0.1-
080925 G96 0.2+ 0.8+ 080925 E10 0.3- 0.1+ 080926 291 0.2- 0.1+
080925 G96 0.6+ 1.4- 080925 E10 0.1- 0.0
080925 G96 0.1+ 0.1- 080925 E10 0.1+ 0.2+
Ephemeris:
2008 SV11 a,e,i = 2.17, 0.65, 8 q = 0.7623
Date TT R. A. (2000) Decl. Delta r Elong. Phase V
2008 09 21 23 35.54 -08 54.8 1.064 2.061 170.6 4.6 20.4
2008 10 01 23 17.86 -10 06.7 1.017 1.980 157.7 11.1 20.5
2008 10 11 23 00.72 -11 00.1 0.996 1.896 144.0 18.0 20.6
2008 10 21 22 46.21 -11 27.0 0.995 1.810 130.7 24.6 20.7
2008 10 31 22 35.81 -11 24.5 1.009 1.720 118.5 30.5 20.8
2008 11 10 22 30.22 -10 53.2 1.030 1.628 107.4 35.5 20.9
2008 11 20 22 29.44 -09 55.9 1.052 1.534 97.5 39.7 20.9
2008 11 30 22 33.10 -08 34.6 1.068 1.437 88.7 43.3 20.9
2008 12 10 22 40.77 -06 50.4 1.074 1.338 81.0 46.6 20.9
2008 12 20 22 51.94 -04 43.7 1.068 1.239 74.2 49.8 20.8
2008 12 30 23 06.29 -02 13.9 1.046 1.140 68.3 53.3 20.6
2009 01 09 23 23.57 +00 39.7 1.006 1.043 63.2 57.3 20.5
Sonia Keys (C) Copyright 2008 MPC M.P.E.C. 2008-S65
SNR Calculation
Target Name: 2008 SV11
HMag: 18.2
Diameter: 0.70 km (an educated guess for its absolute magnitude and assuming a S-class optical albedo)
Period: 2.2 h (assuming fast rotation lowers the SNR estimates)
LST # max
start date window window RA, dec dist runs SNR SNR/run
-----------------------------------------------------------------------------
2009 Mar 24 15:36-03:56 19:57-08:19 32, 39 0.082 243 42 3
2009 Mar 25 15:39-04:19 20:04-08:46 36, 42 0.072 280 71 5
2009 Mar 26 15:47-04:52 20:16-09:23 41, 45 0.062 326 130 8
2009 Mar 27 16:01-05:44 20:34-10:20 50, 49 0.053 385 240 13
2009 Mar 28 16:31-07:03 21:08-11:43 65, 53 0.046 457 450 23
2009 Mar 29 17:36-08:46 22:17-13:30 88, 55 0.040 525 780 37
2009 Mar 30 19:33-10:08 00:19-14:56 117, 51 0.037 538 1000 49
2009 Mar 31 21:43-10:48 02:33-15:40 139, 41 0.037 485 920 46
2009 Apr 01 23:18-11:03 04:12-15:59 153, 30 0.041 408 580 32
2009 Apr 03 00:19-11:07 05:17-16:07 162, 21 0.048 336 320 19
2009 Apr 04 01:00-11:06 06:02-16:10 167, 14 0.056 277 170 11
2009 Apr 05 01:28-11:03 06:34-16:11 171, 8 0.065 231 92 7
2009 Apr 06 01:49-10:59 06:59-16:11 174, 4 0.075 196 52 4
Goldstone SNRs assume Ptx = 450 kW
Track Assignments
Goldstone Schedule
UT UT PST AST Duration Round-trip
DOY Date TX Window TX Window TX Window hh:mm time (sec) SNR/Run
--- ---- --------- --------- --------- --------- ------- -------
090 Mar 31 0030-0235 1730-1935 Mar 30 2030-2235 Mar 30 2:05 37 46
092 Apr 02 0000-0200 1700-1900 Apr 01 2000-2200 Apr 01 2:00 39 32
092 Apr 02 0700-1100 0000-0400 Apr 02 0300-0700 Apr 02 4:00 41 32
Note: the last two tracks are only 5 hours apart
Arecibo Schedule
092 Apr 02 0047-0300 1747-2000 Apr 01 2047-2300 Apr 01 2:13 41 410
093 Apr 03 0100-0348 1800-2048 Apr 02 2100-2348 Apr 02 2:48 47 250
094 Apr 04 0122-0405 1822-2105 Apr 03 2122-0005 Apr 03-04 2:43 55 150
095 Apr 05 0144-0408 1844-2108 Apr 04 2144-0008 Apr 04-05 2:24 64 86
096 Apr 06 0205-0403 1705-2103 Apr 05 2205-0003 Apr 05-06 1:58 73 53
Arecibo SNRs assume Ptx = 500 k
Uncertainties
From Horizons, 2009 March 31: JPL Solution 38, #obs = 154 (2008-2009)
Date__(UT)__HR:MN R.A._(J2000.0)_DEC. delta POS_3sigma DOP_S-sig DOP_X-sig RT_delay-sig
2009-Apr-01 00:00 *m 135.83162 43.11133 .036980396477750 1.367 0.62 2.21 0.000032
2009-Apr-02 00:00 *m 150.59791 32.31199 .040380319801254 1.603 1.09 3.89 0.000098
2009-Apr-03 00:00 *m 159.88768 22.72188 .046308919238400 1.667 1.47 5.27 0.000187
2009-Apr-04 00:00 *m 165.98094 15.23952 .053952751107937 1.632 1.73 6.19 0.000282
2009-Apr-05 00:00 *m 170.20318 9.61066 .062702738689039 1.563 1.90 6.79 0.000377
---------------------------------------------------------
From Horizons, 2009 March 30: JPL Solution 30, #obs = 149 (2008-2009)
Date__(UT)__HR:MN R.A._(J2000.0)_DEC. delta POS_3sigma DOP_S-sig DOP_X-sig RT_delay-sig
2009-Mar-30 00:00 *m 86.61195 54.88918 .039877757992531 1.306 1.36 4.86 0.000969
2009-Mar-31 00:00 *m 113.34950 51.87996 .036801048995219 2.199 0.71 2.53 0.000923
2009-Apr-01 00:00 *m 135.83186 43.11109 .036979997039596 3.080 1.84 6.57 0.000884
2009-Apr-02 00:00 *m 150.59812 32.31167 .040379954812092 3.483 3.01 10.78 0.000882
2009-Apr-03 00:00 *m 159.88784 22.72153 .046308580124731 3.440 3.82 13.68 0.000937
2009-Apr-04 00:00 *m 165.98107 15.23918 .053952423528617 3.202 4.32 15.46 0.001040
2009-Apr-05 00:00 *m 170.20329 9.61034 .062702409278192 2.933 4.63 16.54 0.001171
----------------------------------------------------------------------------
From Horizons, 2009 March 26: JPL Solution 26, #obs = 128 (2008-2009)
Date__(UT)__HR:MN R.A._(J2000.0)_DEC. delta POS_3sigma DOP_S-sig DOP_X-sig RT_delay-sig
2009-Mar-27 00:00 *m 41.73047 45.02701 .061578368312696 1.93021724 4.25 15.21 0.002070
2009-Mar-28 00:00 *m 50.65986 48.88609 .052996087686516 2.82138132 3.73 13.34 0.002044
2009-Mar-29 00:00 *m 64.82239 52.79416 .045550681609154 4.60109451 2.95 10.55 0.001967
2009-Mar-30 00:00 *m 86.61498 54.88908 .039876525563308 7.39113924 1.85 6.60 0.001780
2009-Mar-31 00:00 *m 113.35315 51.87888 .036800198283758 10.5619581 0.95 3.39 0.001444
2009-Apr-01 00:00 *m 135.83479 43.10910 .036979691457949 12.5097101 2.01 7.20 0.001068
2009-Apr-02 00:00 *m 150.60012 32.30943 .040380224887511 12.3533667 3.37 12.06 0.000985
2009-Apr-03 00:00 *m 159.88921 22.71948 .046309343419804 10.9217964 4.34 15.53 0.001251
2009-Apr-04 00:00 *m 165.98203 15.23744 .053953573875265 9.26462046 4.95 17.72 0.001605
----------------------------------------------------------------------------
From Horizons, 2009 March 26: JPL Solution 25, #obs = 123 (2008-2009)
Date__(UT)__HR:MN R.A._(J2000.0)_DEC. delta POS_3sigma DOP_S-sig DOP_X-sig RT_delay-sig
2009-Mar-27 00:00 *m 41.73058 45.02708 .061578279611906 8.3208024 5.02 17.96 0.003639
2009-Mar-28 00:00 *m 50.66003 48.88617 .052996016187671 11.1272489 4.43 15.83 0.003404
2009-Mar-29 00:00 *m 64.82265 52.79423 .045550634754756 15.0843463 3.55 12.69 0.003030
2009-Mar-30 00:00 *m 86.61534 54.88910 .039876513182600 19.9513212 2.38 8.50 0.002469
2009-Mar-31 00:00 *m 113.35350 51.87882 .036800229152778 24.0615412 1.66 5.94 0.001848
2009-Apr-01 00:00 *m 135.83502 43.10900 .036979766044272 24.8184519 2.78 9.94 0.001754
2009-Apr-02 00:00 *m 150.60025 32.30934 .040380333262178 21.9850461 4.27 15.27 0.002355
2009-Apr-03 00:00 *m 159.88928 22.71942 .046309472837829 17.8899134 5.36 19.16 0.003050
2009-Apr-04 00:00 *m 165.98208 15.23740 .053953714970890 14.2680362 6.05 21.63 0.003613
Apparent Magnitudes and Solar Elongations:
Date__(UT)__HR:MN R.A._(J2000.0)_DEC. APmag delta S-O-T /r
2009-Mar-27 00:00 *m 41.73058 45.02708 n.a. .061578279611906 52.9280 /T
2009-Mar-28 00:00 *m 50.66003 48.88617 16.50 .052996016187671 59.2676 /T
2009-Mar-29 00:00 *m 64.82265 52.79423 15.63 .045550634754765 68.1099 /T
2009-Mar-30 00:00 *m 86.61534 54.88910 14.74 .039876513182608 80.1473 /T
2009-Mar-31 00:00 *m 113.35350 51.87882 13.96 .036800229152778 95.2875 /T
2009-Apr-01 00:00 *m 135.83502 43.10900 13.45 .036979766044272 111.6749 /T
2009-Apr-02 00:00 *m 150.60025 32.30934 13.23 .040380333262178 126.4185 /T
2009-Apr-03 00:00 *m 159.88928 22.71942 13.23 .046309472837659 137.8473 /T
2009-Apr-04 00:00 *m 165.98208 15.23740 13.36 .053953714970889 146.0029 /T
Setups
CW setup:
---------------------------------------------------------------------------
TX polarization RCP
RCV polarization LCP & RCP
Frequency hops: 2
Dwell 10 seconds
Bandwidth: 4000 Hz
Sampling interval: 2500 x 0.1 usec
VME FFT for PSD files: 16384 for 0.24-Hz resolution
Ranging setups:
---------------------------------------------------------------------------
127 x 64 10-usec single sample
baud 10 usec
code 127
gates 127
PRP 1270 usec
FFT 64
CLT VME ?
PFS ?
ncoh 1
bandwidth 787.4 Hz
resolution 12.3 Hz
TXOFF +100 Hz -> echo will be centered at +8 bins or in bin 32 + 8 = 40
---------------------------------------------------------------------------
127 x 64 11-usec single sample
baud 11 usec
code 127
gates 127
PRP 1397 usec
FFT 64
CLT VME ?
PFS ?
ncoh 1
bandwidth 715.8 Hz
resolution 11.2 Hz
TXOFF +100 Hz --> echo will be centered at +9 bins or in bin 32 + 9 = 41
-------------------------------------------------------------------------
127 x 64 7-usec single sample
baud 7 usec
code 127
gates 127
PRP 889
FFT 64
CLT VME ?
PFS ?
ncoh 1
bandwidth 1124.9 Hz
resolution 17.6 Hz
TXOFF +60 -> echo would be centered at +3.4 bins w/perfect ephemeris
-------------------------------------------------------------------------
1-usec single sample
baud 1 usec
code 127
ncoh 20
bandwidth 393.7 Hz
FFT 128
dfreq 3.1 Hz
TXoff +50 Hz (echo in bin 64+16 =80)
-------------------------------------------------------------------------------
0.125-usec ranging
baud 0.125 usec
code 255
FFT 64
ncoh 192
bandwidth 163.4 Hz
resolution 2.55 Hz
TXOFF +20 Hz, echo is in bin 32+8=40
----------------------------------------------
0.25-usec ranging
baud 0.25 usec
code 255
FFT 64
ncoh 96
bandwidth 163.4 Hz
resolution 2.55 Hz
TXOFF +20 Hz, echo is in bin 32+8=40
_____________________________________________________________________
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
____________________________________________________________________
Instructions
NOTE: Data should be moved to the appropriate subdirectories in
aardvark:/export/data0/2008SV11/raw/
2008 SV11 POINTING:
OSOD and predicts are on aardvark:
/export/data3/osod/ops/2008sv11/PRDX.OUT.s38
/PUNCH.OUT.s38
/EPH.OUT.s38
POINTING
TX Offsets
Date (UTC) DOY hhmmss RA Dec Macro LHA Dec RTT OSOD
2009 03 31 090 000000 113.5357 51.8630 A 36.7
2009 03 31 090 010000 114.5962 51.6021 A 36.7
2009 03 31 090 020000 115.6449 51.3283 A -10.60 -2.80 36.6 30
2009 03 31 090 030000 116.6825 51.0416 A 36.6
2009 03 31 090 040000 117.7097 50.7422 A 36.5
2009 04 01 091 230000 150.2573 32.6991 A 40.1
2009 04 02 092 000000 150.7417 32.2665 A 40.3
2009 04 02 092 010000 151.2132 31.8357 A -5.20 -4.80 40.5 38
2009 04 02 092 020000 151.6724 31.4067 A 40.7
2009 04 02 092 030000 152.1200 30.9790 A 40.9
2009 04 02 092 070000 153.8157 29.2830 A 41.8
2009 04 02 092 080000 154.2212 28.8633 A 42.0
2009 04 02 092 090000 154.6214 28.4459 A -4.70 -4.90 42.3 38
2009 04 02 092 100000 155.0169 28.0312 A 42.5
2009 04 02 092 110000 155.4082 27.6196 A 42.7
Transmit offsets are given in millidegrees.
PRDX.OUT.s38
TRANSMITTER: STATION #14, RECEIVER: STATION #14
RECEIVER U.T. RANGE DOPPLER LHA DEC RA EL
2009 APR 01 23:00 40.1069333895 -446779.797 268.2871 32.6991 150.257 17.016
2009 APR 01 23:10 40.1383100501 -448505.484 270.7123 32.6269 150.339 18.727
2009 APR 01 23:20 40.1698086333 -450258.725 273.1379 32.5547 150.420 20.457
2009 APR 01 23:30 40.2014310804 -452039.599 275.5638 32.4826 150.501 22.206
2009 APR 01 23:40 40.2331793190 -453848.131 277.9901 32.4105 150.582 23.973
2009 APR 01 23:50 40.2650552938 -455684.286 280.4167 32.3385 150.662 25.757
2009 APR 02 00:00 40.2970609380 -457547.972 282.8437 32.2665 150.742 27.556
2009 APR 02 00:10 40.3291981764 -459439.039 285.2711 32.1946 150.821 29.371
2009 APR 02 00:20 40.3614689176 -461357.278 287.6988 32.1227 150.900 31.200
2009 APR 02 00:30 40.3938750606 -463302.424 290.1269 32.0509 150.979 33.043
2009 APR 02 00:40 40.4264184770 -465274.154 292.5554 31.9791 151.057 34.898
2009 APR 02 00:50 40.4591010237 -467272.086 294.9842 31.9074 151.136 36.766
2009 APR 02 01:00 40.4919245155 -469295.784 297.4133 31.8357 151.213 38.645
2009 APR 02 01:10 40.5248907414 -471344.756 299.8428 31.7641 151.291 40.534
2009 APR 02 01:20 40.5580014611 -473418.454 302.2726 31.6925 151.368 42.434
2009 APR 02 01:30 40.5912583797 -475516.276 304.7028 31.6210 151.444 44.343
2009 APR 02 01:40 40.6246631723 -477637.568 307.1332 31.5495 151.521 46.261
2009 APR 02 01:50 40.6582174527 -479781.622 309.5641 31.4781 151.597 48.187
2009 APR 02 02:00 40.6919227935 -481947.679 311.9952 31.4067 151.672 50.120
2009 APR 02 02:10 40.7257807088 -484134.933 314.4267 31.3353 151.748 52.059
2009 APR 02 02:20 40.7597926546 -486342.527 316.8585 31.2640 151.823 54.005
2009 APR 02 02:30 40.7939600216 -488569.558 319.2905 31.1927 151.898 55.955
2009 APR 02 02:40 40.8282841461 -490815.077 321.7229 31.1214 151.972 57.910
2009 APR 02 02:50 40.8627662861 -493078.091 324.1557 31.0502 152.046 59.868
2009 APR 02 03:00 40.8974076284 -495357.568 326.5887 30.9790 152.120 61.828
2009 APR 02 07:00 41.7781809936 -551780.330 25.0573 29.2830 153.816 68.028
2009 APR 02 07:10 41.8169370346 -554055.775 27.4961 29.2129 153.884 66.034
2009 APR 02 07:20 41.8558519467 -556313.231 29.9351 29.1428 153.951 64.033
2009 APR 02 07:30 41.8949244204 -558551.393 32.3743 29.0729 154.019 62.026
2009 APR 02 07:40 41.9341530640 -560768.984 34.8137 29.0029 154.087 60.016
2009 APR 02 07:50 41.9735363890 -562964.754 37.2531 28.9331 154.154 58.003
2009 APR 02 08:00 42.0130728199 -565137.483 39.6928 28.8633 154.221 55.990
2009 APR 02 08:10 42.0527607030 -567285.985 42.1326 28.7935 154.288 53.977
2009 APR 02 08:20 42.0925983026 -569409.106 44.5725 28.7239 154.355 51.964
2009 APR 02 08:30 42.1325837944 -571505.734 47.0126 28.6542 154.422 49.953
2009 APR 02 08:40 42.1727152837 -573574.791 49.4528 28.5847 154.489 47.944
2009 APR 02 08:50 42.2129908072 -575615.243 51.8932 28.5152 154.555 45.939
2009 APR 02 09:00 42.2534083222 -577626.099 54.3337 28.4459 154.621 43.936
2009 APR 02 09:10 42.2939657180 -579606.413 56.7743 28.3765 154.688 41.939
2009 APR 02 09:20 42.3346608249 -581555.288 59.2150 28.3073 154.754 39.946
2009 APR 02 09:30 42.3754914063 -583471.871 61.6559 28.2381 154.820 37.958
2009 APR 02 09:40 42.4164551736 -585355.365 64.0969 28.1691 154.886 35.976
2009 APR 02 09:50 42.4575497807 -587205.021 66.5380 28.1001 154.951 34.001
2009 APR 02 10:00 42.4987728315 -589020.146 68.9793 28.0312 155.017 32.034
2009 APR 02 10:10 42.5401218801 -590800.100 71.4206 27.9623 155.082 30.074
2009 APR 02 10:20 42.5815944405 -592544.301 73.8621 27.8936 155.148 28.122
2009 APR 02 10:30 42.6231879908 -594252.223 76.3036 27.8249 155.213 26.180
2009 APR 02 10:40 42.6648999715 -595923.399 78.7453 27.7564 155.278 24.248
2009 APR 02 10:50 42.7067277869 -597557.422 81.1871 27.6879 155.343 22.327
2009 APR 02 11:00 42.7486688284 -599153.943 83.6290 27.6196 155.408 20.417
2008 SV11 GOLDSTONE MASTERLOG
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Receive TX
Setup hops dwell code ncoh FFT runs start -stop OSOD offset Poln Notes
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Goldstone radar image from April 2: 0.125 usec x 0.03 Hz
|
Dr. Lance A. M. Benner | PHONE: (818) 354-7412
Mail Stop 300-233 | FAX: (818) 354-9476
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/2008SV11/2008SV11_planning.html
Asteroid Radar Astronomy