ASTEROIDS

Wikipedia e Nasa (C)

HISTORY: The first astronomer to propose the existence of asteroids was Keplero (1571 -1630) that in his Mysterium Cosmographicum he wrote "Inter Jovem et Martem interposui planetam", in how much in base his ideas of perfect geometry of the solar system missed a body. However passed many years, up to 1772, when the hypothesis returned to the footlights with the Law of Titius-Bode dn=0 ,4+0,3x2^n. according to which missed a planet for n =3. Meanwhile in that time an eclectic Hungarian baron, Franz Xavier von Zach was devoted to a search deepened of this object systematically fathoming the whole sky. But it was alone by chance that an abbot teatino of the Valtellina, in strength near the observatory in Palermo, that on January 1 1801 discovered by chance a mobile star in the Taurus not brought in his catalogs. Initially exchanged for comet owed retract him seen its slow motion and the aspect without head of hair. He osserved for 41 days, and after a coarse respect of the orbit it called Ceres Ferdinandea. None of his contemporaries however, Bode, Zach, Oriani and others, had succeeded to define an orbit precise; succeeded in the intent the young and genial Karl Gauss, that had just invented a mathematical system to so precise that sufficent 3 observations for determining the type of conic. Was found again in fact to end year to less half degree from the calculated position, a record for that time! The greatest semiasse of 2.77 A.U. it was almost exactly that anticipated from the formula of Titius-Bode.

Finally in the 1809 Gauss pubblic his Theoria motus corporum coelestium.

Other surprise March 28 th 1802 when Wilhelm Olbers announced the discovery of a new object, Pallade, very similar as orbital characteristics to Cerere. It was hard to probably believe us but the same Olbers suggested that the objects of that zone had to be very numerous, and he began an observe campaign. On September 1 1804 arrived Juno, three years later Vesta. All defined planetoid came, while Herschel proposed asteroids, or rather "to form of star." The enthusiasms were cooled up to 1845 when the 5 asteroid was discovered Astraea. Two years later Hebe. In 1868 they had reached 100, the double after ten years and the triple after twenty. When in the 1891 Max Wolf applied the photo to the astronomy was another revolution and the discoveries they quickly increased. Today CCDs have subsequently improved these searches also allowing the not professionals to make innumerable discoveries. Big contributions also arrive daily from the projects Spacewatch, NEAT, LINEAR and LONEOS.

All the discoveries and observations are notified to the Smaller Planet Center of Cambridge that catalogs them and it names them. Reading the underlying chart is noticed as their number is in exponential growth; only considering the bodies of superior ransom to the km they esteem him 1.5-2 million asteroids, a number that climbs giddy to decrease of diameter of the asteroids. And difficulty becomes also to give him a name: exhausted those of the classical mythology him passed to that German, northern, Indian, to names of famous characters of the past and living, then to the pure imagination; however a special errand adequately occupies.

FORMATION: After the initial hypothesis of a thick planet mysteriously disintegrated him after the orbit of Mars, taken foot the theory of the missed planet or rather a planet whose formation, to the aggregation of planetesimi, it was prevented by the continuous perturbations of the thick planet giant Jupiter. During million of years the asteroids with very irregular orbits have been expelled, while those remained ones is distributed on varied orbits, often gathered in families, and however subjects to frequent mutual clashes.

DEFINITION : An asteroid or small planet or planetoid, is a small object, mainly rocky, of composition very similar to that of the planets, but of form almost never spherical and very small. They are mainly found in the principal belt, between Mars and Jupiter, and you/they can be divided in families (you see under). You thinks that they are the rest of the disk protoplanetary that milliard of years ago has brought to the formation of all the other planets and whose residual they have not succeeded in joining.

The orbits are very various, both as semi-axis that as inclination, and also the forms and the dimensions are innumerable; they prevail the small bodies in how much probably rests of collisions of great asteroids on unstable orbits.

POSITION : There are mainly 7 zones of the Solar System where the asteroids are found :

• Principal belt : between 2 e 4 U.A. between Mars and Jupiter, a large belt with some gaps; that empty spaces are dutiy to strong gravitational interaction of Jupiter where the asteroids isn’t cucceed to enters, because they were in orbital resonance.
• The Troianis: they are found in the points lagrangiani of Jupiter, to ±60° from its orbit, in a very stable orbital area and in equilibrium. Also Mars was discovered that it possesses about ten Troiani, and even Neptune has one of it. The Centaurs: also says transgioviani, they orbit to great distance from Jupiter. The founder was Chirone, discovered in 1977, of over 100 km of diameter. Probably they are asteroids that have risked to be expelled by the solar system.
• The Transnettunianis: are found over Neptune, to them it turns divided in Belt of Edgeworth-Kuiper, diffused disk and cloud of Oort.The first asteroids of the belt of Kuiper were open in 1992 from David Jewitt and Jane Luu.

• The Cubewanis, rocky asteroids of the belt of Kuiper that it orbits around the Sun of more then 41 A.U. They have also called classical objects of the belt of Kuiper. The name has origin from the first object open trans-nettuniano, (15760) 1992 QB1s. The following objects were called "QB1-os", or cubewanos, translating the initials in English. The term subsequently entered the common use in the different languages.

• The Plutinis, asteroids that introduce an orbital resonance 2:3 with Neptune. The prototype of the family naturally is Pluto, the first object with a similar orbit to be open. The plutinis constitute the part most inside of the belt of Edgeworth-Kuiper; around a quarter of the present objects in this region of the solar system they are plutini.
• The Twotinis, asteroids of the belt of Edgeworth-Kuiper in orbital resonance 2:1 with the planet Neptune. The name, derived by the English language, given by the terms two and plutino (or a planetoid in resonance 3:2 with Neptune). The known plutinis are more numerous of the twotinis.

CLASSIFICATION : The asteroids are classified in base to the ghostly type, or rather to their chemical composition. There are 10 classes:

• Asteroids type C - 75% of the known asteroids. The C is for "carbonaceus." They are very dark (inclusive albedo among 0,02 and 0,08, middly 0,03) and they have approximately the same composition of the Sun except the volatile elements. Their ghosts relatively have blue colors, and they are very flat and without evident structures.
• Asteroids type S - 17% of the known asteroids. The S is for stony. They are relatively bright objects (albedo 0,15-0,25). Their metallic (mainly silicati of nickel, iron and magnesium, olivina and pirosseno) composition. The ghost of these asteroids has a strong red component.
• Asteroids type M – 7%. The M is for "metallic." They are very bright asteroids (albedo 0,1-0,18), composed of almost pure nickel-iron. Sideritis are said.
• Asteroids type E – The E is for enstatite a silicato of magnesium of the group of the pirossenis. They have elevated albedo, 0,4.
• Asteroids type R – The R is for red, with obvious reference to their color. They are constituted by ferrous silicati and they have low albedo, 0,16.
• Asteroids type U – The U is for undefinited. Hybrid asteroids from the characteristics not defined.
• Asteroids type F – Asteroids typical of the external region of the principal belt, with low albedo and inclining color to the blue one.
• Asteroids type P – Asteroids with low albedo, reddish color, always in the external zone of the belt.
• Asteroids type D – Very dark asteroids (albedo 0,03) and red, typically belonging to Troiani.
• Asteroids type A – Composed asteroids mainly from olivina.

TYPOLOGY : The asteroids are also classified in base to the orbit.

• Asteroids type Aten – They belong to the Near-Earth and they possess an orbit with great semiaxys inferior to an astronomic unit. The name of the group derives from that of asteroid Aten, the first object of this type to be discovered January 7 th 1976 by Eleanor Helin.

• Asteroids type Apollo – They belong to the Near-Earth and they possess an orbit with greatest semyaxis of an astronomic unity. The name of the group derives from that some asteroid Apollo, the first object of this type to be discovered April 24 th 1932 by Karl Reinmuth.
• Asteroids type Amor – They belong to the Near-Earth and they possess an orbit that externally grazes that of the Earth. The great majority of the asteroids Amor intersects the orbit of Mars.

1. The asteroids Amor type T have inclusive orbit between that terrestrial and that Martian (between 1,000 and 1,523 A.U.). The belonging bodies to this subgroup, altogether less than a fifth of the general population, shows eccentricit orbital redoubts.
2. The asteroids Amor type II have inclusive orbit between that of Mars and the principal belt (between 1,523 and 2,12 A.U.) ; about the thied of the general population of the group it belongs to this category, included the prototype Amor. The orbital eccentricity of these asteroids are moderate; their orbits necessarily intersect that of Mars
3. The asteroids Amor type III, that alone constitute almost the 50% of the general population of the group, have orbits with great semyaxis between 2,12 and 3,57 A.U.; he treats, substantially, of asteroids of the principal belt that, fortheway of the elevated orbital eccentricity, unusually show a perielio next to the terrestrial orbit.
4. The few asteroids Amor IV are characterized by a middle distance by the greatest Sun of that of the principal belt; they have orbits with great semyaxis that overcomes the 3,57 UAs, and they necessarily intersect the orbit of Jupiter.

• Asteroids type Centauri – Family of asteroids with an orbit around the Sun understood between those of Jupiter and Neptune. Often their orbit isn’t stable and they can be expuls from the solar system in following the gravitational interaction with the greatest planets.
• Asteroids type NEA – Family of asteroids with an orbit near to that of the Earth. Some of them constitute a danger perch their orbits they intersect that terrestrial. The asteroids Near-Earth known are around 1000 , with dimensions up to around 32 km (1036 Ganymeds). The total number could be of some about ten thousand, of which more than 2000 with superior diameter to a kilometer.

ALBEDO : The curves of light show that the asteroids often have a lengthened form and irregular, and so much more grows its ellipticity so much it grows the variation of luminosity also reaching 1-2 magnitudes. But important factor of this pure variation the albedo, said also reflecting power or reflectivity, a numerical value given by the relationship between the quantity of reflected solar radiation and that receipt. It varies between 0 and 1, but in practice the most frequent values are around 0.02 and 0.5, with an average of 0.15. they are therefore very dark objects.

DIMENSION : this is the list of the asteroids of great dimensions (within the orbit of Neptune)

Number	Name	Diameter (km)	Middle distance from the Sun A.U.	Dyiscovery date	Discoverer
1	Cerere	975×909	2,766	1 january 1801	Giuseppe Piazzi
4	Vesta	578x560x458	2,361	29 march 1807	Heinrich Wilhelm Matthäus Olbers
2	Pallade	570×525×500	2,773	28 march 1802	Heinrich Wilhelm Matthäus Olbers
10	Igea	407,1	3,137	12 april 1849	Annibale De Gasparis
511	Davida	326,1	3,167	30 may 1903	Raymond Smith Dugan
704	Interamnia	316,6	3.063	2 october 1910	Vincenzo Cerulli
52	Europa	302,5	3,100	4 february 1858	Hermann Mayer Salomon Goldschmidt
624	Ettore	370×195	5,222	10 february 1907	August Kopff
3	Giunone	290×240×190	2,668	1 september 1804	Karl Ludwig Harding
87	Silvia	384×264×232	3,490	16 may 1866	Norman Robert Pogson
31	Eufrosine	255,9	3,150	1 september 1854	James Ferguson
15	Eunomia	255,3	2,646	29 july 1851	Annibale De Gasparis
16	Psiche	253,2	2,921	17 march 1852	Annibale De Gasparis
65	Cibele	237,3	3,434	8 march 1861	Ernst Wilhelm Leberecht Tempel
324	Bamberga	229,4	2,683	25 february 1892	Johann Palisa
451	Patientia	225,0	3,060	4 december 1899	Auguste Charlois
532	Ercolina	225*	2,772	20 april 1904	Max Wolf
107	Camilla	222,6	3,478	17 november 1868	Norman Robert Pogson
48	Dori	221,8	3,109	19 september 1857	Hermann Mayer Salomon Goldschmidt
45	Eugenia	214,6	2,720	27 june 1857	Hermann Mayer Salomon Goldschmidt
29	Anfitrite	212,2	2,556	1 march 1854	Albert Marth
121	Ermione	209	3,446	12 may 1872	James Craig Watson
423	Diotima	208,8	3,066	7 december 1896	Auguste Charlois
13	Egeria	217×196	2,576	2 november 1850	Annibale De Gasparis
94	Aurora	204,9	3,165	6 september 1867	James Craig Watson
88	Tisbe	200,6	2,768	15 june 1866	Christian Heinrich Friedrich Peters
24	Temi	198*	3,130	5 april 1853	Annibale De Gasparis

Apart this list, the greatest part of the asteroids have a very small diameter, and as such to the telescope they appear as of the bright dots of which is impossible to esteem the diameter. A good method for to obviate the drawback is to use the stellar occultations, the phenomenon according to which an asteroid occasionally transits before to a star hiding it. In base to the duration of the event and the position of the observatories is possible to reconstruct the form and the middle dimensions of the hiding body, but only if it overcomes the 30 km. More observations can also esteem the form of the asteroid. Methods improve of respect they are the radiometry and the polarimetry, in degree to calculate the albedo, and to which tied the dimension. The first method founds him on the infrared issue, the second on the polarization of the reflected solar light.

The asteroids with superior diameter to 200 km are 30, those with diameter between 100 and 200 km are about 200. Approximately the number is tied to the law D^-a, with D in km and a inclusive between 2.5 and 3.3. Insofar the number of asteroids of the order of the 100 meters overcomes the milliard.

The form of the asteroids is generally oblong and extending to that of an ellipsoid to three aces, expecially the greatest asteroid. I am often craterized and with superficial irregolarity.

MASS AND DENSITY : despite their boundless number, the whole population of the asteroids weigh arrives as soon as to 0,0007 times the mass of the Earth. Their density is very varying and it passes by 1 g / cm³ to 8 g / cm³, as from the water to the iron. Typical values are between 2 and 3,5. For comparison the Earth 5.5 g / cm³. For this value the asteroids possess a low velocity of disperses, and on the small bodies to a man a leap would be enough for entering orbit or to lose absolutely in the space!

ORBITS : the orbits of the asteroids are very various, with eccentricity assembled between the values 0,05 and 0,3, and with inclinations orbital averages from 0 to 35. The 95% of them assemble him in a belt between 2.1 and 3.6 A.U., with exclusion of some zones said gaps for the resonances with Jupiter.

PARTICULAR ASTEROIDS : asteroids with various characteristics.

Number	Name	Diameter (km)	Note
5	Astrea	119,1	The first asteroid to be individualized 38 years after the first four.
31	Eufrosine	255,9	The first asteroid to be individualized from Nord America.
45	Eugenia	214,6	The first asteroid to be named with a person’s name, the queen Eugenia of Montijo, wife of Napoleone III (also if remain doubtfoul on name’s origin of 12 Victoria).
61	Danaë	82,0	The first asteroid to has a type not ascii in the name.
62	Erato	95,4	The first asteroid discovered from 2 persons..
67	Asia	58,1	The first asteroid discovered from Asia.
85	Io	154,8	Asteroid with the shortest name, 2 types. (follow: 954 Li, 1714 Sy, 2705 Wu, 3271 Ul, 6498 Ko, e 22260 Ur)
87	Silvia	384×264×232	The first triple asteroidal sistem. The 2 orbiting moons around to Silvia have been discovered 18 feb 2001 and 10 aug 2005
90	Antiope	110 + 110	Double asteroid with the two components ugual and near; it’s binary type has been discovered with adaptive opticals.
92	Undina	126,4	Born 8 million years ago, in follow to the most catastrophic impact among asteroid of the last 100 millions years.
139	Juewa	156,6	The first asteroid discovered in China by James Craig Watson. The name was choice by chinese official.
216	Cleopatra	217×94	Metallic asteroid with a shape to “dog bone”.
243	Ida	56×24×21	The first binary asteroid confirmed. Photo to near distance of Galileo probe.
	Dactyl	1,4	Moon of 243 Ida, the first asteroid’s satellite confirmed.
288	Glauke	32	Rotation’s period exceptionally slow, about 1200 hours (2 months)
323	Brucia	36	The first asteroid discovered by astrophotography
333	Badenia	78	The first asteroid to receive a provisional designation (1892A)
433	Eros	13×13×33	The first Near-Earth asteroid, the second NEA in greatness order.
490	Veritas	115	Born 8 million years ago, in follow to the most catastrophic impact among asteroid of the last 100 millions years.
624	Ettore	370×195	The biggest troian asteroid of Jupiter.
719	Albert	2,4	Last numbered asteroid to be lose and subsequently to be recovered.
944	Hidalgo		Asteroid of then principal belt with the most long orbital period.
1125	Cina		First asteroid with a state’s name.
1566	Icaro		Asteroid Apollo; its perihelium is the more near to the Sun than Mercury.
1743	Schmidt	17	The first asteroid to be discovered thanks to collaboration of three people.
2060	Chirone	170	The first Centauro to be discovered and the first to receive the disignate of comet
3200	Fetonte	5	The first asteroid discovered from the space. It’s the source of Geminidi.

SPATIAL MISSIONS : select asteroids for spatial missions

Numero	Nome	Diametro (km)	Missione
1	Cerere	959×933	Target of Dawn probe (2015).
4	Vesta	468	Target of Dawn probe (2011).
21	Lutetia	96	Target of Rosetta probe (2010).
140	Siwa		Target leaves of Rosetta probe.
243	Ida	56×24×21	It was visited by Galileo probe in 1993.
253	Matilde	66×48×46	Ii was visited by NEAR Shoemaker probe in 1997.
433	Eros	13×13×33	The first asteroid studied from orbit and the first landing on an asteroid (NEAR Shoemaker, 2000-01)
951	Gaspra	19×12×11	The first asteroidi it was visited by a probe (Galileo,1991)
1620	Geographos	5.1×1.8	It was the target of Clementine probe,
2530	Shipka		Target leaves of Rosetta probe.
2685	Masursky	15-20	Observed by Cassini probe.
2703	Rodari		Target leaves of Rosetta probe.
2867	Šteins		Target of Rosetta probe (2008).
3352	McAuliffe	02-mag	Target leaves of Deep Space 1 probe.
3840	Mimistrobell		Target leaves of Rosetta probe.
4660	Nereo		Target leaves of NEAP probe and Target leaves of Hayabusa mission.
4979	Otawara	5.5	Target leaves of Rosetta probe.
5535	Annefrank	4	Target of Stardust probe.
9969	Braille	2.2×0.6	Visited by Deep Space 1 probe in 1999.
25143	Itokawa	~1	Target of Hayabusa probe with a return of samples

NUMBER : list of the total number of the discovered asteroids, with a number and with a name

DATE	TOTAL	NUMBERD	NAMED
2007 JUN 30	377328	160015	13805
2007 APR. 2	371670	155368	13722
2006 APR. 13	329777	129436	13040
2005 APR. 7	277090	99906	12268
2004 APR. 15	243682	79084	11242
2003 MAY 1	215930	58092	10573
2002 APR. 27	175753	39462	9213
2001 APR. 8	121595	24599	8334
2000 APR. 18	72201	14788	7369
1999 APR. 2	49757	10448	6533
1998 APR. 11	38629	8603	5898
1997 APR. 22	34264	7625	5544
1996 APR. 4	30331	6938	5127
1995 APR. 15	27766	6353	4820

RECORD APPROACH : list of the asteroids that in past has been near to less than 0.026 A.U.s.To., equal to the distance Earth-Moon (384400 km).

Distance Date (TT) Provisional name H

(UA)

0.000086 2004 Mar. 31.65 2004 FU162 28.7

0.000226 2004 Dec. 19.86 2004 YD5 29.3

0.000328 2004 Mar. 18.92 2004 FH 25.7

0.000560 2005 Nov. 26.02 2005 WN3 29.9

0.000564 2003 Sep. 27.96 2003 SQ222 30.1

0.00072 1994 Dec. 9.79 1994 XM1 28.0

0.000785 2006 Feb. 23.29 2006 DD1 26.5

0.000788 2002 Dec. 11.35 2002 XV90 25.0

0.000802 2002 Jun. 14.09 2002 MN 23.4

0.000820 2005 Oct. 10.18 2005 TK50 29.1

0.000963 2005 Mar. 18.91 2005 FN 26.9

0.000991 2003 Dec. 6.79 2003 XJ7 25.7

0.00099 1993 May 20.86 1993 KA2 29.0

0.00107 2006 Ago. 31.90 2006 QM111 30.5

0.00108 2003 Sep. 19.24 2003 SW130 29.2

0.00111 2004 Jul. 16.21 2004 OD4 26.7

0.00113 1994 Mar. 15.72 1994 ES1 28.5

0.00114 1991 Jan. 18.72 1991 BA 28.5

0.00120 2007 Mar. 11.07 2007 EH 27.7

0.00122 2006 Oct. 21.11 2006 UE64 27.9

0.00125 2005 Oct. 30.01 2005 UW5 27.0

0.00137 2006 Jan. 29.44 2006 BF56 29.5

0.00146 2005 Dec. 5.47 2005 XA8 26.1

0.00147 2007 Apr. 24.86 2007 HB15 27.8

0.00155 2006 Feb. 24.17 2006 DM63 26.7

0.00160 2004 Mar. 27.85 2004 FY15 26.1

0.00177 2007 Mar. 13.23 2007 EK 29.6

0.00177 2005 Jan. 13.43 2005 BS1 27.4

0.00179 2006 Oct. 30.70 2006 UJ185 27.9

0.00181 2006 Mar. 8.64 2006 EC 26.6

0.00185 2004 Apr. 18.01 2004 HE 26.7

0.00188 2003 Oct. 12.07 2003 UM3 28.1

0.00188 2006 Jul. 23.45 2006 OK3 27.0

0.00198 2004 Oct. 24.73 2004 UH1 28.1

0.00205 2007 Feb. 21.41 2007 DN41 26.7

0.00205++ 2001 Jan. 15.85 2001 BA16 25.8

0.00216 2006 Nov. 16.65 2006 WP1 28.2

0.00217 2007 Jan. 18.12 2007 BD 26.0

0.00217 2004 Dec. 16.80 2004 XB45 26.6

0.00221 2003 Apr. 29.27 2003 HW10 27.2

0.00222 2007 Feb. 11.53 2007 CC27 26.8

0.00222 2006 Nov. 20.24 2006 WX29 27.9

0.00225 2006 Jan. 28.31 2006 BV39 29.2

0.00233 2006 Nov. 21.42 2006 WV 27.2

0.00246 2004 Sep. 21.98 2004 ST26 26.3

0.00246 2004 Sep. 13.65 2004 RU109 26.5

0.00259 2007 Jan. 19.64 2007 BB 27.6

0.00282 2002 Mar. 31.15 2002 GQ 26.3

0.00289+ 1995 Mar. 27.15 1995 FF 26.5

Note :

+ Approach to the Moon,0.0013 U.A. , 27 Mar 1995

++ Approach to the Moon,0.00053 U.A. , 15.8 Jan 2001

CONVERSION BETWEEN PARAMETER H AND DIAMETER : if it takes the left value of H the diameter is in km, if it takes the right value is in meters.

H Albedo H

0.50 0.25 0.05

-2.0 4700 - 6700 - 14900 13.0

-1.5 3700 - 5300 - 11800 13.5

-1.0 3000 - 4200 - 9400 14.0

-0.5 2400 - 3300 - 7500 14.5

0.0 1900 - 2600 - 5900 15.0

0.5 1500 - 2100 - 4700 15.5

1.0 1200 - 1700 - 3700 16.0

1.5 940 - 1300 - 3000 16.5

2.0 750 - 1050 - 2400 17.0

2.5 590 - 840 - 1900 17.5

3.0 470 - 670 - 1500 18.0

3.5 370 - 530 - 1200 18.5

4.0 300 - 420 - 940 19.0

4.5 240 - 330 - 740 19.5

5.0 190 - 260 - 590 20.0

5.5 150 - 210 - 470 20.5

6.0 120 - 170 - 370 21.0

6.5 95 - 130 - 300 21.5

7.0 75 - 110 - 240 22.0

7.5 60 - 85 - 190 22.5

8.0 45 - 65 - 150 23.0

8.5 40 - 50 - 120 23.5

9.0 30 - 40 - 95 24.0

9.5 25 - 35 - 75 24.5

10.0 19 - 25 - 60 25.0

10.5 15 - 20 - 50 25.5

11.0 12 - 17 - 37 26.0

11.5 9 - 13 - 30 26.5

12.0 7 - 11 - 24 27.0

12.5 6 - 8 - 19 27.5

13.0 5 - 7 - 15 28.0

13.5 4 - 5 - 12 28.5

14.0 3 - 4 - 9 29.0

14.5 2 - 3 - 7 29.5

15.0 2 - 3 - 6 30.0

15.5 1 - 2 - 5 30.5

16.0 1 - 2 - 4 31.0

16.5 1 - 1 - 3 31.5

17.0 1 - 1 - 2 32.0

17.5 1 - 1 - 2 32.5

RESONANCES : In the celestial mechanics, the orbital resonance happens when two orbiting bodies have such periods of revolution that their relationship expressible in fractions of small integers. Then the two bodies practice, each other, a regulate gravitational influence. This phenomenon can to stabilize the orbits and to protect her from gravitational perturbations. The gaps of Kirkwood are gaps in the distribution of the asteroids of the principal belt according to the greatest semiaxys. They correspond to types of orbits in orbital resonance with Jupiter.

Gaps of Kirkwood

To notice that there are little asteroids with a greatest semiaxys next to the 2,5 AU or a 3,95 year-old orbital period, equal to a thirt of that of Jupiter (called for this orbital resonance 1:3). Other orbital resonances correspond to the orbital periods whose lengths are simple fractions of that of Jupiter. The resonances more weak they conduct only to an emptying of the asteroids, while the woodpeckers in the histogram are often have to the presence of a prominent family of asteroids.

The gaps were noticed for the first time by Daniel Kirkwood in 1857, that said correctly as the gaps were caused by the orbital resonances with the great planet.

The gaps of Kirkwood are situated to an orbital middle distance of:

1.9 AU (resonance 2:9)

2.06 AU (resonance 1:4)

2.25 AU (resonance 2:7)

2.5 AU (resonance 1:3) – in it orbit the asteroid’s family Alinda.

2.706 AU (resonance 3:8)

2.82 AU (resonance 2:5)

2.95 AU (resonance 3:7)

3.27 AU (resonance 1:2) - in it orbit the asteroid’s family Alinda.

3.7 AU (resonance 3:5)

The gaps more meaningful they correspond to the resonances 1:3, 2:5, 3:7 e 1:2.

PROVISIONAL DESIGNATION : In attends him of a definitive name, the Minor Planet Center it attributes to a just discovery asteroid a code formed by the 4 figures of the year of discovery, followed by a white space, from two capital letters and eventually from a number.

The first letter points out the two weeks in which happened the discovery, according to the following table:

JAN 01-15 A APR 01-15 G JUL 01-15 N OCT 01-15 T

JAN 16-31 B APR 16-30 H JUL 16-31 O OCT 16-31 U

FEB 01-15 C MAY 01-15 J AGO 01-15 P NOV 01-15 V

FEB 16-28 D MAY 16-31 K AGO 16-31 Q NOV 16-30 W

MAR 01-15 E JUN 01-15 L SEP 01-15 R DEC 01-15 X

MAR 15-31 F JUN 16-30 M SEP 16-30 S DEC 16-31 Y

The second letter points out the number of discovery in the two weeks: a points that the first discovery asteroid in that period, B the second etc. The letter “I” is jumped (don't confuse “I” with the number one), then H points the eight discovery and J the ninth up to Z that points the twenty-fifth discovery asteroid in the two weeks pointed by the first letter. For the following discoveries the number is added, departing from 1. The 26 discovery asteroid between 16 and the 30 June of the 2000 it’ll have the designation 2000 MA1s, the 27 MB1, the 50 MZ1, the 51 MA2, the 5000 MZ199 etc.

DOUBLE ASTEROIDS : Some asteroids have an own moon (satellite) that orbits around.

Asteroid	Category	Diameter (km) or dimension	Satellite	Diameter (km) or dimension	Distance (km)
22 Calliope	Main belt	(231.4×175.3×146.1)	(22) I Linus	38±6	1,065±8
45 Eugenia	Main belt	214.6±4.2	(45) I Petit-Prince	12.7±0.8	1,184±12
87 Silvia	Main belt	(384×264×232)	(87) I Romolo	18±4	1,356±5
			(87) II Remo	7±2	706±5
90 Antiope	Main belt	110±16	S/2000 (90) 1	110±16	170±1
107 Camilla	Main belt	222.6±17.1 (325×223×139)	S/2001 (107) 1	9±1	1,235±16
121 Hermione	Main belt	209.0±4.7 (265×180×180)	S/2002 (121) 1, LaFayette (nome provvisorio)	18	794.7±2.1
130 Elettra	Main belt	182.3±11.8	S/2003 (130) 1	4	1,252±30
243 Ida	Main belt	(59.8×25.4×18.6)	(243) I Dactyl	(1.6×1.4×1.2)	108
283 Emma	Main belt	148.1±4.6	S/2003 (283) 1	12	596±3
379 Huenna	Main belt	92.3±1.7	S/2003 (379) 1	7	3,400±11
617 Patroclo	Troian asteroid	105	(617) I Menezio	95	610
762 Pulcova	Main belt	137.1±3.2	S/2000 (762) 1	20	810
809 Lundia	Main belt	?	S/2005 (809) 1	?	?
854 Frostia	Main belt	15?	S/2004 (854) 1	?	~50
1089 Tama	Main belt	12.9	S/2003 (1089) 1	9	20
1313 Berna	Main belt	11	S/2004 (1313) 1	11	35
1509 Esclangona	Main belt	12	S/2003 (1509) 1	4	140
1862 Apollo	Apollo asteroid	1.7	S/2005 (1862) 1	0.08	3
3671 Dioniso	Near-Earth Asteroid	1.5	S/1997 (3671) 1	0.4	2.2
3749 Balam	Main belt	7	S/2002 (3749) 1	1.5	310±20
(26308) 1998 SM165	Trans-Nettunian object	420?	S/2001 (26308) 1	170?	11,310±110
(47171) 1999 TC36	Plutino	590?	S/2001 (47171) 1	250?	7,640±460
(66391) 1999 KW4	Near-Earth Asteroid	1.2	S/2001 (66391) 1	0.36	2.6
69230 Hermes	Apollo Asteroid	~0.4	S/2003 (69230) 1	~0.4	~1

TORINO SCALE : The Torino Scale uses numbers from 0 to 10, and points the possibility of collision (zero means instead that the object doesn't have any possibility of impacts with the Earth, while 10 mean the certain collision). An important parameter the dimension of the NEO: zero means that the small too object to cross the atmosphere and to arrive to Earth; 10 point instead that the object is enough great to determine a global climatic disaster.

The Turin staircases it uses numbers and colors :

White - it means "events without consequences": in this case the object mancher the Earth, or too much small to succeed in crossing the atmosphere. White therefore it corresponds to zero.

Green - it means "events to be held under careful control ": it deals with objects that have possibilit of very low collision. And' advisable to follow its orbital evolution to try to redefine the possibilits of collision with following measurements. Green corresponds to 1.

Yellow - "events that arouse worry": the objects have a tall probabilit of impact, essential to follow its orbital evolution and to finish up the orbit. Yellow corresponds to 2 - meeting brought closer with unlikely collision; to 3: meeting brought closer with with probabilit > 1% of impact, that would provoke destructions on the local plan; and to 4, meeting brought closer with probabilit > 1% of impact that would provoke destruction on the regional plan.

Orange - "threatening Events": it deals with meetings brought closer with great objects enough to provoke destruction on the regional plan and even global. A redefinition of the orbit in this crucial case. Orange corresponds therefore to: 5 - meeting brought closer with meaningful threat of collision that would provoke devastation on the regional plan; 6 - meeting brought closer with meaningful threat of collision able to provoke a global (planetary) devastation; 7 - meeting brought closer with a very meaningful threat of global catastrophe.

Red - "certain Collision": it deals with objects whose collision with the certain Earth, great enough to provoke, in correspondence with the numbers: : 8 - local destructions; 9 - regional destructions; 10 - global climatic effects.

ORBITAL PARAMETERS (ATEN) :

Designazione e nome Prov. Des. q Q EMoid H Epoca M Peri. Node Incl. e a Opps.

2007 ML24 0.500 1.039 0.01058 19.0 20070410 104.1 200.2 282.9 34.0 0.350 0.770 ( 3d)

2007 MC4 0.803 1.141 0.12432 21.1 20070410 75.5 358.3 109.4 19.2 0.174 0.972 ( 25d)

2007 MF 0.935 1.034 0.01645 26.2 20070410 124.0 348.0 85.7 17.5 0.050 0.984 ( 2d)

2007 LB15 0.568 1.309 0.00663 19.5 20070410 28.9 237.3 262.9 25.2 0.395 0.938 ( 41d)

2007 LL 0.810 1.152 0.08422 20.4 20070410 81.5 211.5 247.3 10.0 0.174 0.981 ( 38d)

2007 JB21 0.890 1.105 0.00088 25.4 20070410 62.1 256.9 228.1 13.4 0.108 0.997 ( 7d)

2007 HA 0.473 1.311 0.01513 20.4 20070410 269.7 133.2 205.8 33.0 0.470 0.892 ( 6d)

2007 FN3 0.729 1.257 0.14686 23.3 20070410 266.3 138.1 177.6 48.4 0.266 0.993 ( 1d)

2007 EP88 0.096 1.579 0.14205 18.5 20070410 148.8 46.9 328.7 20.8 0.886 0.837 ( 61d)

2007 EB26 0.119 0.980 0.11303 19.6 20070410 310.8 237.4 62.3 8.4 0.783 0.550 ( 6d)

2007 EX 0.508 1.235 0.12416 17.0 20070410 151.6 78.9 297.5 18.7 0.418 0.871 (135d)

2007 EG 0.478 1.032 0.00878 24.6 20070410 253.1 168.8 166.5 3.1 0.367 0.755 ( 6d)

2007 EF 0.484 1.157 0.02481 20.8 20070410 139.4 226.0 158.4 21.7 0.410 0.821 ( 38d)

2007 EC 0.745 1.109 0.02423 22.2 20070410 205.9 45.8 308.0 5.8 0.196 0.927 ( 51d)

2007 DB61 0.516 1.107 0.01358 23.6 20070410 177.7 209.0 159.5 5.4 0.364 0.812 ( 16d)

2007 DM8 0.625 1.351 0.01540 26.2 20070410 124.6 61.4 332.6 7.5 0.367 0.988 ( 4d)

2007 DE8 0.601 1.146 0.05098 23.3 20070410 296.6 327.0 327.1 13.2 0.312 0.874 ( 1d)

2007 DD 0.874 1.106 0.00592 25.8 20070410 138.9 76.5 331.5 2.5 0.117 0.990 ( 15d)

2007 CA27 0.568 1.163 0.13260 21.1 20070410 247.4 200.0 123.0 30.0 0.344 0.866 ( 28d)

2007 CT26 0.524 1.186 0.00242 23.4 20070410 168.3 44.4 321.8 2.9 0.387 0.855 ( 24d)

2007 CM26 0.773 1.112 0.06157 25.1 20070410 279.3 152.3 142.7 7.1 0.180 0.942 ( 11d)

2007 CS5 0.811 1.150 0.00067 24.6 20070410 151.0 261.7 125.7 0.7 0.173 0.980 ( 16d)

2007 BG29 0.554 1.111 0.08687 18.0 20070410 318.3 245.1 61.1 18.5 0.335 0.832 ( 35d)

2007 BU7 0.627 1.263 0.01016 24.1 20070410 165.6 241.6 120.3 21.1 0.337 0.945 ( 7d)

2007 BG 0.526 1.047 0.05198 19.6 20070410 277.5 133.3 168.4 12.7 0.331 0.787 ( 71d)

2007 BD 0.481 0.986 0.00257 25.4 20070410 310.0 359.1 297.6 9.3 0.345 0.733 ( 4d)

2007 BB 0.800 1.064 0.00151 27.8 20070410 342.0 301.7 298.0 3.5 0.142 0.932 ( 2d)

2007 AA9 0.497 1.219 0.01515 22.3 20070410 215.2 55.8 271.0 6.8 0.420 0.858 ( 24d)

2007 AM 0.426 1.172 0.09695 21.6 20070410 314.8 172.5 107.2 11.7 0.467 0.799 ( 31d)

2007 AG 0.451 0.990 0.00419 20.1 20070410 317.3 5.6 283.3 11.9 0.374 0.720 ( 39d)

2006 YF13 0.548 1.290 0.08151 20.0 20070410 237.7 95.3 205.4 10.5 0.403 0.919 ( 55d)

2006 YM 0.787 1.009 0.02352 24.4 20070410 322.5 171.0 86.5 12.9 0.123 0.898 ( 8d)

2006 XP4 0.686 1.059 0.00411 23.9 20070410 301.6 343.3 296.8 0.5 0.214 0.872 ( 41d)

2006 XO4 0.586 1.092 0.02767 23.4 20070410 278.1 29.0 266.9 8.5 0.301 0.839 ( 25d)

2006 XX2 0.681 1.288 0.01722 25.1 20070410 195.5 67.6 260.7 17.5 0.308 0.985 ( 8d)

2006 WR127 0.566 1.248 0.19129 20.5 20070410 341.8 351.4 260.9 16.8 0.376 0.907 3

2006 WE4 0.641 0.928 0.10066 18.7 20070410 34.5 318.6 311.1 24.8 0.183 0.785 ( 25d)

2006 WO3 0.442 1.158 0.13238 21.4 20070410 334.6 9.7 252.7 21.2 0.447 0.800 ( 35d)

2006 WY2 0.656 1.311 0.25414 18.6 20070410 254.7 160.0 99.9 27.6 0.333 0.983 (112d)

2006 WX1 0.641 1.192 0.02873 19.6 20070410 326.8 290.9 328.1 11.6 0.300 0.917 ( 93d)

2006 WV1 0.588 1.068 0.01008 25.9 20070410 48.1 149.4 62.1 5.6 0.289 0.828 ( 1d)

2006 WB 0.696 1.003 0.00552 22.8 20070410 14.2 162.5 65.4 4.9 0.181 0.850 ( 16d)

2006 VB14 0.444 1.090 0.07889 18.9 20070410 42.5 346.4 258.8 31.0 0.421 0.767 ( 41d)

2006 VG13 0.570 1.066 0.04540 21.4 20070410 42.9 115.2 96.7 5.9 0.303 0.818 ( 33d)

2006 VY2 0.556 1.229 0.07559 22.7 20070410 60.2 327.0 231.3 14.6 0.377 0.893 ( 14d)

2006 VX2 0.662 1.204 0.02194 24.9 20070410 69.1 126.4 47.4 9.9 0.290 0.933 ( 5d)

2006 US216 0.278 0.995 0.04358 19.9 20070410 87.2 55.3 194.4 3.5 0.563 0.637 ( 30d)

2006 UZ215 0.706 1.074 0.01068 25.5 20070410 312.4 222.1 35.2 14.3 0.207 0.890 ( 4d)

2006 UL185 0.421 1.268 0.20333 21.3 20070410 355.8 177.3 52.3 19.4 0.502 0.844 ( 20d)

2006 UY64 0.785 1.078 0.05432 19.5 20070410 316.0 210.9 30.8 26.2 0.158 0.932 (123d)

2006 TU7 0.452 1.250 0.02274 21.9 20070410 126.9 68.6 92.0 2.9 0.469 0.851 ( 11d)

2006 TS7 0.398 1.495 0.01556 21.2 20070410 103.8 299.7 225.5 5.5 0.580 0.947 ( 18d)

2006 TL 0.566 1.314 0.04502 24.0 20070410 107.4 315.2 195.5 11.6 0.398 0.940 ( 16d)

2006 SU217 0.814 1.158 0.02570 25.4 20070410 311.8 38.2 194.4 2.6 0.175 0.986 ( 15d)

2006 SF77 0.619 1.226 0.06116 21.7 20070410 325.9 224.4 1.3 32.5 0.329 0.922 ( 23d)

2006 SP19 0.623 1.139 0.04532 24.2 20070410 84.2 166.0 358.6 4.6 0.293 0.881 ( 31d)

2006 SF6 0.683 1.216 0.01900 20.0 20070410 43.7 305.5 228.2 5.9 0.280 0.949 ( 63d)

2006 SE6 0.527 1.083 0.03679 22.9 20070410 103.1 182.9 347.5 4.8 0.345 0.805 ( 30d)

2006 RO36 0.697 1.115 0.11180 18.0 20070410 12.9 261.1 271.0 23.9 0.231 0.906 2

2006 RJ1 0.665 1.237 0.00140 22.3 20070410 349.5 110.3 93.5 1.4 0.301 0.951 ( 30d)

2006 QQ56 0.944 1.033 0.01746 25.9 20070410 70.1 330.0 161.6 2.8 0.045 0.988 ( 19d)

2006 QQ23 0.575 1.032 0.03360 19.6 20070410 148.6 124.8 5.0 3.4 0.284 0.804 ( 23d)

2006 NL 0.360 1.336 0.05676 19.7 20070410 92.3 29.3 115.3 20.1 0.576 0.848 ( 55d)

2006 MD12 0.331 1.346 0.22733 19.3 20070410 215.1 174.5 291.9 27.3 0.605 0.839 ( 64d)

2006 KZ39 0.292 0.939 0.06936 20.2 20070410 123.6 354.0 42.5 9.4 0.525 0.616 ( 2d)

2006 JF42 0.281 1.063 0.00288 19.0 20070410 12.8 17.7 41.0 6.0 0.582 0.672 2

2006 HV50 0.627 1.070 0.03275 23.6 20070410 223.3 22.6 34.8 16.4 0.261 0.849 ( 7d)

2006 HR29 0.726 1.245 0.09412 20.6 20070410 87.7 212.6 232.8 9.5 0.263 0.985 2

2006 HV5 0.576 1.116 0.01594 19.2 20070410 337.5 316.4 36.1 33.0 0.319 0.846 ( 4d)

2006 GB 0.787 1.131 0.01031 20.3 20070410 131.1 242.8 183.9 10.1 0.179 0.959 2

2006 FH36 0.765 1.144 0.01641 22.9 20070410 128.1 154.8 280.9 1.6 0.199 0.954 2

2006 FK 0.606 1.239 0.19408 21.3 20070410 218.8 3.1 15.2 14.6 0.343 0.923 2

2006 DM63 0.349 1.042 0.00072 26.7 20070410 110.5 17.4 336.4 1.8 0.498 0.695 ( 1d)

2006 DS14 0.573 1.154 0.15628 20.3 20070410 302.8 187.5 162.3 26.5 0.337 0.864 2

2006 CJ 0.166 1.187 0.02539 20.1 20070410 211.6 29.5 303.4 10.3 0.755 0.676 2

2006 BX147 0.259 1.313 0.03748 21.4 20060125 75.3 201.8 141.1 11.3 0.670 0.786 ( 0d)

2006 BQ147 0.474 1.166 0.07050 18.9 20070410 8.7 153.2 146.8 24.4 0.422 0.820 3

2006 BA9 0.578 1.247 0.07270 22.7 20070410 269.3 25.5 306.0 8.3 0.366 0.913 ( 32d)

2006 AM4 0.344 1.619 0.01103 21.8 20070410 15.6 139.7 123.3 4.1 0.649 0.982 2

2005 YV128 0.450 1.396 0.15472 20.5 20070410 236.9 191.7 127.8 14.1 0.512 0.923 2

2005 YU128 0.523 1.020 0.02314 25.3 20070410 115.9 189.9 100.7 7.7 0.322 0.772 ( 5d)

2005 YO128 0.578 1.065 0.01483 24.6 20070410 125.9 328.3 281.8 15.6 0.297 0.821 ( 6d)

2005 YQ96 0.496 0.992 0.01865 20.5 20070410 196.7 340.0 282.7 22.2 0.333 0.744 ( 19d)

2005 YR3 0.595 1.042 0.01031 23.6 20070410 54.8 222.5 71.2 3.6 0.273 0.819 ( 39d)

2005 YO3 0.478 1.043 0.01719 25.1 20070410 118.6 20.1 274.4 12.8 0.372 0.760 ( 13d)

2005 YS 0.320 1.102 0.03009 19.7 20070410 250.5 327.8 288.7 19.6 0.551 0.711 ( 43d)

2005 XV77 0.459 1.109 0.09685 20.6 20070410 89.6 9.2 282.3 16.9 0.414 0.784 ( 49d)

2005 XT77 0.617 1.065 0.02685 20.9 20070410 116.0 149.9 84.9 17.2 0.266 0.841 ( 30d)

2005 XZ7 0.658 1.278 0.04908 24.2 20070410 231.2 238.5 75.7 32.6 0.320 0.968 ( 4d)

2005 WJ56 0.813 1.104 0.02329 17.9 20070410 329.6 297.8 288.1 21.6 0.152 0.959 2

2005 WS3 0.285 1.058 0.06564 21.2 20070410 7.7 176.0 69.4 23.1 0.576 0.672 ( 27d)

2005 VN5 0.724 1.165 0.00028 27.0 20070410 102.6 115.0 49.4 2.1 0.233 0.945 ( 2d)

2005 VL1 0.690 1.092 0.00001 27.0 20070410 7.3 228.7 37.5 0.3 0.225 0.891 ( 17d)

2005 VK1 0.425 1.058 0.06647 22.6 20070410 258.7 358.5 223.7 24.5 0.426 0.741 ( 2d)

2005 UV64 0.847 1.069 0.02583 26.5 20070410 71.0 313.9 216.1 5.4 0.116 0.958 ( 6d)

2005 UL5 0.403 1.471 0.00593 20.2 20070410 120.4 127.6 59.0 14.3 0.570 0.937 2

2005 UE1 0.741 1.045 0.00154 26.2 20070410 134.2 139.6 32.7 5.7 0.170 0.893 ( 2d)

2005 TH50 0.649 1.026 0.00138 28.0 20070410 136.0 18.1 196.5 0.7 0.225 0.838 ( 4d)

2005 TG50 0.800 1.048 0.01348 24.8 20070410 82.0 199.6 346.0 2.4 0.134 0.924 ( 32d)

2005 TE49 0.599 1.298 0.00839 26.7 20070410 140.4 304.7 195.2 4.8 0.368 0.949 ( 4d)

2005 TQ45 0.634 1.020 0.01931 25.6 20070410 170.2 185.8 14.9 25.6 0.234 0.827 ( 3d)

2005 TG45 0.428 0.935 0.19722 17.5 20070410 99.2 230.4 273.5 23.3 0.372 0.681 ( 35d)

2005 TM 0.490 1.192 0.02355 24.7 20070410 226.8 151.9 8.6 5.2 0.417 0.841 ( 6d)

2005 SP9 0.326 1.405 0.05092 21.2 20070410 42.9 228.1 354.9 27.8 0.624 0.866 ( 33d)

2005 SG 0.703 1.259 0.20196 19.0 20070410 313.0 205.5 23.6 34.8 0.283 0.981 3

2005 RB3 0.532 1.223 0.04824 22.6 20070410 229.7 320.4 165.9 36.0 0.394 0.877 ( 7d)

2005 QQ87 0.697 1.302 0.07941 22.7 20070410 312.4 54.4 155.1 33.9 0.303 0.999 ( 10d)

2005 QP11 0.804 1.147 0.00999 26.4 20070410 142.4 119.6 334.9 4.0 0.176 0.976 ( 9d)

2005 QC5 0.568 1.219 0.04747 19.7 20070410 151.7 108.7 48.2 9.5 0.365 0.894 2

2005 OU1 0.664 1.288 0.12729 20.2 20070410 47.2 204.7 309.8 12.5 0.320 0.976 3

2005 NJ63 0.502 1.237 0.21827 20.9 20070410 220.6 1.7 120.9 26.6 0.423 0.869 ( 37d)

2005 NW44 0.403 1.156 0.05399 20.4 20070410 15.7 0.6 114.6 6.0 0.483 0.779 2

2005 NE21 0.398 1.181 0.05654 21.3 20070410 332.9 194.6 289.8 10.6 0.496 0.789 2

2005 MO13 0.508 1.218 0.04283 20.7 20070410 310.6 250.1 176.8 6.3 0.411 0.863 ( 28d)

2005 MR5 0.601 1.105 0.07997 20.7 20070410 259.8 190.5 263.7 27.8 0.296 0.853 ( 89d)

2005 MF5 0.496 1.111 0.08064 21.7 20070410 358.7 349.7 98.1 29.7 0.382 0.804 ( 8d)

2005 MB 0.204 1.766 0.06783 17.1 20070410 39.2 42.8 88.7 41.4 0.793 0.985 2

2005 KA 0.660 1.021 0.01077 24.7 20070410 358.3 181.2 226.5 2.9 0.215 0.841 ( 13d)

2005 HN3 0.568 1.142 0.07873 21.2 20070410 291.7 6.1 59.6 7.9 0.336 0.855 ( 36d)

2005 GZ128 0.822 1.081 0.01843 25.8 20050331 102.8 230.7 203.1 18.7 0.136 0.952 ( 4d)

2005 GB120 0.479 1.104 0.07316 20.5 20070410 60.2 243.6 161.1 9.2 0.395 0.791 ( 31d)

2005 GE60 0.723 1.195 0.00513 22.1 20070410 285.2 112.7 230.0 5.6 0.246 0.959 ( 31d)

2005 GR33 0.480 1.078 0.01191 22.0 20070410 194.8 334.6 22.7 27.9 0.383 0.779 ( 12d)

2005 GO21 0.497 1.009 0.04434 16.4 20070410 235.4 156.6 272.7 24.9 0.340 0.753 2

2005 FN 0.625 1.241 0.00100 26.9 20070410 18.9 120.8 177.4 3.7 0.330 0.933 ( 1d)

2005 FC 0.669 1.168 0.02397 24.4 20070410 14.3 310.8 0.2 12.9 0.272 0.918 ( 3d)

2005 ES70 0.471 1.057 0.05201 23.6 20070410 232.7 351.3 353.0 20.5 0.383 0.764 ( 7d)

2005 EK70 0.830 1.089 0.09651 17.6 20070410 218.3 347.1 329.8 30.0 0.135 0.960 3

2005 EP1 0.207 1.575 0.01245 23.7 20070410 116.1 328.0 344.4 16.2 0.768 0.891 ( 4d)

2005 CN61 0.923 1.059 0.02301 25.3 20070410 166.4 248.3 147.0 9.5 0.069 0.991 ( 6d)

2005 BO1 0.611 1.287 0.15034 21.7 20070410 344.6 174.1 113.4 10.7 0.356 0.949 2

2005 BU 0.592 1.101 0.01514 26.7 20070410 64.0 38.7 296.9 13.0 0.301 0.847 ( 2d)

2005 BE 0.512 1.256 0.23245 20.1 20070410 68.4 168.7 116.0 31.2 0.421 0.884 2

2005 AY28 0.378 1.367 0.03549 21.8 20070410 147.7 155.7 117.7 5.8 0.567 0.872 ( 18d)

2004 YA5 0.375 1.243 0.05228 22.6 20070410 154.1 31.2 269.9 28.2 0.537 0.809 ( 13d)

2004 YD 0.640 1.045 0.05603 24.0 20070410 159.5 7.8 265.6 12.1 0.240 0.843 ( 9d)

2004 YC 0.596 1.140 0.00355 25.6 20070410 51.3 47.3 263.5 6.1 0.313 0.868 ( 5d)

2004 XZ130 0.337 0.898 0.09449 20.4 20070410 97.8 4.7 211.8 3.0 0.454 0.618 3

2004 XY60 0.130 1.150 0.19421 19.0 20070410 48.4 130.8 122.7 23.7 0.797 0.640 2

2004 XN14 0.683 1.180 0.00305 20.0 20070410 88.1 115.7 121.0 10.7 0.267 0.931 2

2004 XL14 0.449 1.072 0.02766 21.3 20070410 36.6 157.5 85.7 21.5 0.410 0.760 2

2004 XK14 0.423 1.073 0.02530 22.3 20070410 51.8 302.9 307.1 3.1 0.434 0.748 ( 15d)

2004 XJ 0.735 1.039 0.04311 24.0 20070410 85.3 15.9 253.4 12.2 0.171 0.887 ( 14d)

2004 XG 0.587 1.087 0.01321 24.2 20070410 142.3 0.9 285.2 1.2 0.298 0.837 ( 13d)

2004 WC1 0.711 1.004 0.01523 26.1 20070410 188.3 179.3 54.9 10.3 0.171 0.857 ( 4d)

2004 VJ1 0.788 1.099 0.01383 24.3 20070410 75.4 332.4 233.5 1.3 0.165 0.944 ( 38d)

2004 VZ 0.711 1.171 0.00353 24.6 20070410 142.7 297.1 225.8 16.3 0.245 0.941 ( 4d)

2004 UT1 0.751 1.178 0.00517 26.6 20070410 124.0 294.2 212.0 4.5 0.221 0.964 ( 4d)

2004 UH1 0.575 1.333 0.00200 28.1 20070410 155.2 120.6 29.9 3.7 0.397 0.954 ( 1d)

2004 TN20 0.702 1.191 0.02200 24.9 20070410 345.0 56.5 203.1 14.1 0.259 0.946 ( 3d)

2004 TP13 0.818 1.134 0.08096 23.1 20070410 88.8 138.7 12.6 36.5 0.162 0.976 ( 7d)

2004 TR12 0.707 1.083 0.09584 18.3 20070410 103.5 77.7 155.4 19.4 0.210 0.895 2

2004 TD10 0.419 1.083 0.01221 22.1 20070410 151.3 136.7 48.5 2.6 0.443 0.751 ( 23d)

2004 TA1 0.681 1.135 0.09041 23.1 20070410 107.8 200.5 14.6 13.5 0.250 0.908 ( 30d)

2004 SC56 0.438 1.096 0.01127 22.9 20070410 140.6 322.5 202.4 4.8 0.429 0.767 2

2004 SB56 0.660 1.072 0.05342 19.3 20070410 248.0 233.5 302.1 18.7 0.238 0.866 ( 57d)

2004 SW26 0.431 1.045 0.04134 25.7 20070410 186.9 359.5 180.4 18.4 0.416 0.738 ( 1d)

2004 SD20 0.468 1.282 0.18080 18.1 20070410 294.2 94.4 46.7 21.3 0.465 0.875 2

2004 ST2 0.776 1.133 0.04648 24.2 20070410 23.9 227.0 356.8 22.1 0.187 0.955 ( 6d)

2004 RO111 0.645 1.278 0.02365 23.4 20070410 164.3 280.8 199.4 5.3 0.330 0.961 ( 9d)

2004 RX10 0.597 1.244 0.05209 21.3 20070410 186.5 333.9 173.9 6.0 0.351 0.920 ( 30d)

2004 RU10 0.310 1.498 0.10584 18.2 20070410 186.5 65.2 119.1 15.9 0.657 0.904 2

2004 QA22 0.835 1.067 0.00416 27.9 20070410 55.2 28.5 175.2 0.6 0.122 0.951 ( 10d)

2004 QD14 0.624 1.261 0.01360 20.6 20070410 66.1 109.3 75.5 6.3 0.338 0.943 3

2004 QG13 0.784 1.118 0.10368 21.4 20070410 101.4 9.0 151.9 56.1 0.175 0.951 ( 6d)

2004 QB3 0.554 1.346 0.01998 24.4 20070410 28.7 232.2 327.2 14.3 0.417 0.950 ( 13d)

2004 MD6 0.416 1.486 0.00865 20.5 20070410 83.1 231.4 263.9 29.3 0.563 0.951 2

2004 LO2 0.593 1.237 0.01307 25.0 20070410 346.6 309.5 82.7 25.5 0.352 0.915 ( 4d)

2004 KH17 0.357 1.067 0.00402 22.0 20070410 116.9 340.7 79.2 22.1 0.499 0.712 2

2004 KH15 0.798 1.125 0.10563 19.7 20070410 205.0 350.0 78.1 35.1 0.170 0.961 2

2004 KG1 0.492 1.168 0.00345 24.1 20070410 41.8 213.3 243.3 1.9 0.408 0.830 ( 10d)

2004 JX20 0.662 1.141 0.09465 19.5 20070410 257.6 349.0 102.0 10.5 0.266 0.901 2

2004 JW20 0.418 1.488 0.09914 20.7 20070410 142.4 207.4 235.3 14.7 0.562 0.953 4

2004 JG6 0.298 0.973 0.03943 18.9 20070410 117.1 353.0 37.1 18.9 0.531 0.635 2

2004 HT59 0.761 1.199 0.00649 27.2 20070410 290.5 112.1 214.7 11.1 0.223 0.980 ( 1d)

2004 HC 0.317 1.262 0.09276 19.9 20070410 329.2 159.3 203.0 29.0 0.599 0.789 2

2004 GP 0.356 1.037 0.21246 19.4 20070410 209.1 278.6 115.8 14.5 0.488 0.697 2

2004 FU162 0.503 1.151 0.00011 28.7 20070410 265.1 139.7 191.2 4.2 0.392 0.827 ( 0d)

2004 FJ29 0.595 1.232 0.13228 21.4 20070410 281.0 210.3 195.5 33.5 0.349 0.913 ( 24d)

2004 FG29 0.446 1.311 0.00981 26.0 20070410 159.9 142.0 183.4 3.5 0.492 0.879 ( 2d)

2004 FM17 0.665 1.107 0.06053 19.7 20070410 73.5 196.3 170.0 6.8 0.250 0.886 ( 49d)

2004 FH 0.581 1.054 0.00002 25.7 20070410 280.6 31.4 296.1 0.0 0.289 0.818 ( 3d)

2004 ER21 0.746 1.054 0.04140 24.4 20070410 52.6 343.2 357.4 8.0 0.171 0.900 ( 11d)

2004 EL20 0.594 1.034 0.00680 26.7 20070410 279.1 337.6 356.2 7.6 0.270 0.814 ( 3d)

2004 EU9 0.436 1.325 0.16810 18.8 20070410 22.7 202.4 161.1 28.6 0.505 0.880 2

2004 EW 0.713 1.266 0.02451 20.8 20070410 142.7 55.8 343.4 4.7 0.280 0.989 4

2004 DA53 0.594 1.176 0.00289 28.0 20070410 5.0 50.1 336.7 5.1 0.329 0.885 ( 2d)

2004 DH2 0.566 1.322 0.12575 20.3 20070410 256.0 216.1 157.4 23.0 0.400 0.944 3

2004 BT58 0.591 1.331 0.07884 22.1 20070410 247.9 45.8 300.9 17.7 0.385 0.961 2

2004 BY1 0.688 1.080 0.02137 24.5 20070410 94.8 28.3 299.1 3.6 0.222 0.884 ( 28d)

2003 YG136 0.625 1.313 0.01208 25.3 20070410 82.0 128.0 86.5 2.7 0.355 0.969 ( 4d)

2003 YN107 0.979 1.007 0.01080 26.5 20070410 217.8 80.5 264.8 4.3 0.014 0.993 2

2003 YS17 0.639 1.222 0.03036 21.7 20070410 133.8 134.5 99.2 6.5 0.313 0.930 ( 28d)

2003 YX1 0.645 1.114 0.01192 20.9 20070410 111.5 223.0 89.8 5.8 0.267 0.879 ( 87d)

2003 YR1 0.494 1.303 0.06648 22.2 20070410 229.6 138.1 86.4 29.2 0.450 0.898 ( 6d)

2003 YJ 0.745 1.116 0.12089 20.4 20070410 95.7 165.6 89.8 19.5 0.199 0.931 ( 27d)

2003 WT153 0.729 1.051 0.00037 28.0 20070410 240.0 138.0 65.5 0.4 0.181 0.890 ( 3d)

2003 WP25 0.871 1.111 0.02342 24.3 20070410 297.5 225.0 42.2 2.5 0.121 0.991 4

2003 WU21 0.414 1.405 0.06972 22.0 20070410 243.7 140.6 57.6 28.6 0.545 0.909 ( 9d)

2003 UT55 0.834 1.125 0.00730 26.8 20070410 111.8 287.2 212.8 16.8 0.149 0.979 ( 0d)

2003 UC20 0.518 1.044 0.03442 18.3 20070410 131.6 59.3 188.9 3.8 0.337 0.781 2

2003 UY12 0.294 1.113 0.01197 23.6 20070410 83.5 200.6 23.0 15.7 0.582 0.703 ( 8d)

2003 TL4 0.480 1.073 0.02533 19.4 20070410 257.9 321.8 220.2 12.1 0.382 0.777 2

2003 TG2 0.621 1.195 0.19448 21.6 20070410 182.0 355.1 200.7 25.4 0.316 0.908 ( 18d)

2003 SD220 0.655 1.002 0.01780 16.8 20070410 32.1 326.3 274.2 8.5 0.210 0.828 4

2003 SW130 0.616 1.154 0.00081 29.1 20070410 198.1 48.0 176.6 3.7 0.304 0.885 ( 8d)

2003 RU11 0.726 1.051 0.00777 25.5 20070410 323.9 316.2 178.8 4.7 0.183 0.889 ( 4d)

2003 NZ6 0.403 1.184 0.06640 19.0 20070410 6.7 311.6 124.7 18.2 0.493 0.793 3

2003 LN6 0.677 1.038 0.00053 24.7 20070410 137.2 210.4 215.8 0.6 0.210 0.857 ( 15d)

2003 LH 0.817 1.104 0.00484 25.2 20070410 143.6 238.1 247.3 10.8 0.150 0.961 ( 59d)

2003 KZ18 0.635 1.262 0.15919 21.0 20070410 286.8 154.7 250.0 23.9 0.331 0.949 ( 31d)

2003 KO2 0.356 1.099 0.00152 20.1 20070410 266.1 204.0 215.5 23.5 0.511 0.727 3

2003 HT42 0.602 1.029 0.01263 24.8 20070410 323.7 351.9 39.1 4.9 0.262 0.815 ( 12d)

2003 HM 0.593 1.033 0.00703 22.2 20070410 292.8 19.3 30.5 26.3 0.270 0.813 ( 8d)

2003 HB 0.526 1.173 0.04643 19.7 20070410 213.8 306.7 70.5 18.1 0.381 0.850 2

2003 GQ22 0.714 1.031 0.02450 21.5 20070410 157.5 168.7 199.6 17.0 0.182 0.872 ( 24d)

2003 GS 0.698 1.088 0.08680 19.0 20070410 76.1 181.8 196.3 12.0 0.218 0.893 2

2003 FY6 0.306 1.156 0.00356 22.4 20070410 277.7 29.6 359.4 6.6 0.582 0.731 ( 23d)

2003 FU3 0.520 1.197 0.08190 21.0 20070410 229.9 339.2 21.7 13.1 0.394 0.858 2

2003 FK1 0.363 1.051 0.01384 23.0 20070410 84.2 196.5 177.6 23.4 0.486 0.707 ( 8d)

2003 EO16 0.701 1.168 0.13667 20.6 20070410 13.9 167.9 178.0 13.2 0.250 0.935 ( 50d)

2003 EM1 0.908 1.007 0.01037 24.5 20070410 285.8 24.0 346.1 15.3 0.052 0.958 ( 8d)

2003 CP20 0.502 0.980 0.20675 16.4 20070410 330.8 252.9 103.9 25.6 0.322 0.741 5

2003 CA4 0.810 1.031 0.04194 23.6 20070410 86.7 172.9 140.0 7.5 0.120 0.920 ( 31d)

2003 AF23 0.502 1.248 0.03316 20.7 20070410 164.2 43.9 286.8 23.2 0.426 0.875 ( 46d)

2003 AK18 0.540 1.213 0.05690 19.7 20070410 179.0 23.6 301.9 7.4 0.384 0.876 2

2002 XS90 0.613 1.006 0.02147 22.8 20070410 157.5 178.6 81.7 34.1 0.242 0.809 ( 16d)

2002 XY38 0.712 1.108 0.00330 23.1 20070410 141.6 119.4 159.6 2.1 0.218 0.910 ( 53d)

2002 XP37 0.612 1.298 0.10371 20.7 20070410 114.5 317.6 266.0 21.5 0.359 0.955 2

2002 XB 0.691 1.121 0.12983 21.9 20070410 214.9 351.2 245.9 25.5 0.237 0.906 ( 60d)

2002 VX91 0.786 1.183 0.00137 24.2 20070410 274.8 78.2 216.8 2.3 0.201 0.985 2

2002 VE68 0.427 1.021 0.02674 20.3 20070410 240.4 355.5 231.7 9.0 0.411 0.724 2

2002 VV17 0.472 1.203 0.08726 20.0 20070410 145.1 348.7 222.3 9.7 0.437 0.837 3

2002 UA31 0.410 1.188 0.19259 18.8 20070410 248.1 358.6 209.4 30.7 0.487 0.799 3

2002 TZ66 0.818 1.042 0.00444 25.9 20070410 135.8 223.1 13.1 8.5 0.121 0.930 ( 23d)

2002 SP 0.361 1.448 0.19517 20.7 20070410 356.6 169.4 350.9 20.9 0.600 0.905 ( 40d)

2002 RW25 0.589 1.062 0.01611 18.9 20070410 258.3 71.6 92.0 1.3 0.286 0.825 2

2002 RR25 0.667 1.267 0.14056 20.9 20070410 153.2 156.1 350.0 13.5 0.310 0.967 2

2002 QY6 0.246 1.388 0.10534 19.6 20070410 265.6 355.3 164.3 12.7 0.699 0.817 2

2002 OA22 0.709 1.163 0.03498 19.4 20070410 205.7 318.3 174.4 6.9 0.243 0.936 3

2002 NN4 0.496 1.257 0.00700 20.0 20070410 78.4 222.2 259.7 5.4 0.434 0.877 4

2002 MQ3 0.663 1.164 0.13407 18.3 20070410 329.3 346.9 109.1 36.3 0.274 0.914 2

2002 LT38 0.580 1.110 0.03423 20.3 20070410 278.9 162.8 259.6 6.2 0.314 0.845 ( 41d)

2002 LT24 0.363 1.077 0.01145 22.1 20070410 130.1 282.0 166.7 0.8 0.496 0.720 ( 36d)

2002 LY1 0.593 1.317 0.01153 21.9 20070410 338.5 134.0 248.2 2.9 0.379 0.955 ( 12d)

2002 JR100 0.649 1.200 0.01859 24.4 20070410 293.7 253.4 203.6 3.8 0.298 0.925 ( 16d)

2002 JW15 0.659 1.138 0.11561 20.2 20070410 130.9 175.2 218.5 11.8 0.266 0.899 3

2002 JX8 0.535 1.005 0.02023 20.4 20070410 269.0 338.2 68.6 4.3 0.305 0.770 2

2002 JC 0.499 1.139 0.09239 17.1 20070410 52.8 306.9 69.4 40.9 0.391 0.819 5

2002 GQ 0.477 1.057 0.00231 26.3 20070410 302.4 206.3 189.5 10.7 0.378 0.767 ( 7d)

2002 FT6 0.531 1.446 0.04100 22.5 20070410 122.5 226.7 188.6 9.5 0.463 0.988 3

2002 FT5 0.677 1.258 0.16449 21.9 20070410 233.5 31.5 8.0 28.1 0.300 0.967 ( 43d)

2002 FB3 0.303 1.220 0.00381 16.4 20070410 337.6 148.2 203.7 20.3 0.602 0.761 4

2002 FW1 0.542 1.105 0.00847 24.0 20070410 38.2 223.2 164.2 6.6 0.342 0.824 ( 21d)

2002 EM7 0.587 1.256 0.00000 24.4 20070410 354.2 57.7 347.2 1.5 0.363 0.921 ( 25d)

2002 CC14 0.489 1.150 0.01049 24.8 20070410 92.1 218.0 137.7 12.6 0.403 0.820 ( 7d)

2002 CW11 0.670 1.061 0.01124 26.1 20070410 287.0 210.3 137.6 3.1 0.226 0.866 ( 14d)

2002 BN 0.397 1.353 0.08999 20.4 20070410 37.3 147.2 115.8 27.7 0.547 0.875 2

2002 AA29 0.981 1.007 0.01351 24.1 20070410 2.7 101.7 106.4 10.7 0.013 0.994 2

2002 AO11 0.766 1.065 0.00343 22.4 20070410 241.1 306.6 295.2 13.1 0.163 0.916 ( 3d)

2002 AU4 0.536 1.175 0.08950 19.0 20070410 43.0 205.1 99.5 17.2 0.374 0.856 3

2002 AB2 0.515 1.167 0.04957 23.3 20070410 179.2 149.5 103.1 13.3 0.388 0.841 ( 11d)

2002 AY1 0.438 1.120 0.00723 20.8 20070410 119.4 323.9 287.9 29.9 0.438 0.779 2

2002 AX1 0.403 1.356 0.16025 19.6 20070410 229.9 25.3 294.7 33.0 0.542 0.880 4

2001 YE4 0.310 1.043 0.03144 20.9 20070410 38.1 318.6 305.8 4.8 0.541 0.677 ( 15d)

2001 XY10 0.534 1.209 0.05853 19.2 20070410 301.6 219.7 93.0 31.0 0.387 0.872 3

2001 XU1 0.362 1.233 0.05695 19.3 20070410 296.3 208.5 69.7 27.2 0.546 0.797 3

2001 WF49 0.471 1.031 0.04386 22.1 20070410 273.1 358.4 239.7 18.2 0.373 0.751 ( 11d)

2001 UP 0.630 1.138 0.00649 25.7 20070410 102.2 133.2 25.6 7.7 0.287 0.884 ( 4d)

2001 TD45 0.177 1.416 0.02663 20.0 20070410 330.1 212.4 30.3 25.4 0.777 0.797 4

2001 TX44 0.397 1.352 0.00888 19.2 20070410 112.2 136.0 57.9 15.2 0.546 0.875 3

2001 TW1 0.432 1.391 0.14911 19.2 20070410 205.0 208.8 27.4 31.3 0.526 0.911 3

2001 TD 0.796 1.113 0.00569 25.1 20070410 68.8 241.3 13.2 9.0 0.166 0.954 ( 8d)

2001 SQ263 0.482 1.414 0.03201 22.6 20070410 78.5 262.4 327.3 4.0 0.492 0.948 ( 20d)

2001 RY47 0.550 1.263 0.08223 19.4 20070410 267.1 214.0 11.3 17.6 0.393 0.907 2

2001 RV17 0.601 1.227 0.09765 20.3 20070410 343.2 4.4 154.1 7.5 0.342 0.914 2

2001 RU17 0.728 1.190 0.10860 21.1 20070410 206.4 330.3 170.8 13.9 0.241 0.959 ( 50d)

2001 OT 0.632 1.236 0.06248 21.6 20070410 13.5 142.9 295.9 12.1 0.323 0.934 ( 26d)

2001 HY7 0.537 1.291 0.03572 20.4 20070410 69.3 211.0 205.4 5.2 0.412 0.914 3

2001 HC 0.438 1.311 0.10489 18.9 20070410 218.9 28.2 32.7 23.7 0.499 0.875 3

2001 FO127 0.747 1.030 0.01745 27.5 20070410 231.6 200.8 189.2 7.3 0.159 0.889 ( 19d)

2001 FR85 0.955 1.010 0.00175 24.8 20070410 195.0 233.5 183.1 5.2 0.028 0.983 ( 8d)

2001 FZ57 0.374 1.515 0.15721 18.8 20070410 60.5 339.9 22.1 20.7 0.604 0.944 4

2001 ED18 0.932 1.046 0.02424 24.5 20070410 294.7 306.5 357.8 11.6 0.057 0.989 ( 5d)

2001 CQ36 0.774 1.105 0.01372 22.6 20070410 22.9 342.5 31.9 1.3 0.176 0.940 2

2001 CP36 0.424 1.006 0.01125 23.7 20070410 250.6 353.5 331.0 10.6 0.407 0.715 2

2001 CK32 0.448 1.003 0.07675 18.9 20070410 133.0 234.1 109.6 8.1 0.383 0.725 2

2001 BB16 0.707 1.002 0.00500 23.2 20070410 106.7 195.6 122.6 2.0 0.172 0.854 ( 63d)

2001 BA16 0.811 1.070 0.00065 26.0 20070410 42.2 242.8 115.6 5.8 0.137 0.940 ( 40d)

2001 BE10 0.519 1.127 0.04182 19.1 20070410 236.1 30.6 297.9 17.5 0.369 0.823 3

2000 YS134 0.664 1.050 0.02875 23.1 20070410 136.4 189.4 97.4 3.5 0.225 0.857 ( 60d)

2000 WP19 0.608 1.101 0.00407 22.6 20070410 141.7 222.0 55.8 7.7 0.289 0.854 2

2000 WC1 0.648 1.111 0.00306 22.3 20070410 20.9 230.0 50.9 17.4 0.263 0.879 2

2000 UR16 0.507 1.301 0.01277 23.9 20070410 267.4 228.8 33.9 11.7 0.439 0.904 ( 33d)

2000 UK11 0.664 1.103 0.00428 25.3 20070410 157.4 293.0 237.9 0.8 0.249 0.883 ( 8d)

2000 UH11 0.503 1.238 0.22475 19.6 20070410 154.2 187.4 29.8 32.2 0.422 0.870 3

2000 SG344 0.912 1.043 0.00084 24.7 20070410 180.4 274.9 192.3 0.1 0.067 0.977 2

2000 SZ162 0.774 1.085 0.00196 27.3 20070410 336.2 131.3 14.7 0.9 0.167 0.929 ( 8d)

2000 SP43 0.433 1.190 0.01877 18.6 20070410 79.8 224.3 350.7 10.4 0.467 0.811 4

2000 RN77 0.648 1.254 0.10739 19.4 20070410 225.3 211.7 312.8 16.1 0.318 0.951 2

2000 RH60 0.371 1.281 0.17580 20.0 20070410 92.3 354.4 177.9 19.6 0.551 0.826 3

2000 PJ5 0.547 1.199 0.17529 17.5 20070410 204.6 7.6 124.4 51.2 0.374 0.873 4

2000 OK8 0.767 1.203 0.13527 20.2 20070410 153.7 166.1 304.6 10.0 0.221 0.985 3

2000 LG6 0.813 1.019 0.00328 29.0 20070410 102.5 7.9 72.7 2.8 0.112 0.916 ( 3d)

2000 HO40 0.345 1.137 0.04018 22.1 20070410 135.5 6.2 30.2 6.2 0.535 0.741 ( 10d)

2000 HB24 0.465 1.167 0.01589 23.3 20070410 262.5 17.9 55.2 2.7 0.430 0.816 ( 10d)

2000 EZ106 0.515 1.358 0.06558 20.5 20070410 198.2 313.1 358.5 41.1 0.450 0.937 ( 14d)

2000 EW70 0.637 1.238 0.00967 21.3 20070410 188.5 125.3 178.3 5.4 0.320 0.938 ( 16d)

2000 ET70 0.830 1.064 0.03016 18.4 20070410 23.5 46.4 331.2 22.3 0.124 0.947 4

2000 EM26 0.433 1.199 0.01908 22.4 20000226 107.4 23.9 345.4 3.9 0.470 0.816 ( 9d)

2000 ED14 0.362 1.308 0.03591 20.8 20070410 15.1 310.0 4.0 13.8 0.567 0.835 2

2000 EB14 0.449 1.343 0.03069 23.0 20000226 264.8 139.5 163.0 11.7 0.499 0.896 ( 4d)

2000 CH59 0.498 1.229 0.02332 19.6 20070410 138.8 109.0 214.3 3.3 0.423 0.863 2

2000 BM19 0.476 1.007 0.08233 18.1 20070410 232.0 247.3 70.7 6.9 0.358 0.741 4

2000 AZ93 0.478 1.016 0.02223 21.3 20070410 255.9 7.9 277.6 8.6 0.360 0.747 2

2000 AF6 0.517 1.240 0.02374 20.1 20070410 77.4 200.1 110.9 2.7 0.411 0.878 4

2000 AC6 0.609 1.098 0.04642 21.3 20070410 253.7 187.9 101.8 4.7 0.286 0.854 3

1999 VX25 0.774 1.026 0.00619 26.7 20070410 92.5 151.7 55.3 1.7 0.140 0.900 ( 5d)

1999 VW25 0.825 1.033 0.04301 25.3 19991029 167.3 354.7 232.4 10.8 0.112 0.929 ( 3d)

1999 MN 0.226 1.122 0.00554 21.4 20070410 232.2 9.9 80.8 2.0 0.665 0.674 3

1999 LK1 0.605 1.209 0.02811 22.1 20070410 154.4 223.6 240.1 11.9 0.333 0.907 2

1999 AQ10 0.717 1.157 0.00579 20.4 20070410 250.6 299.5 327.4 6.6 0.234 0.937 2

1999 AO10 0.810 1.012 0.02139 23.9 20070410 309.4 7.7 313.3 2.6 0.111 0.911 ( 33d)

1998 XN17 0.776 1.188 0.05617 22.8 20070410 308.1 226.3 86.0 7.2 0.210 0.982 4

1998 XX2 0.469 1.014 0.01601 19.8 20070410 250.0 152.9 74.6 7.0 0.367 0.741 2

1998 VF32 0.474 1.229 0.03659 21.2 20070410 148.2 320.9 236.3 23.8 0.444 0.851 2

1998 VR 0.597 1.154 0.15211 18.5 20070410 295.9 170.7 46.4 21.8 0.318 0.876 3

1998 SZ27 0.448 1.358 0.00817 20.5 19980924 91.2 47.5 166.8 23.4 0.504 0.903 ( 8d)

1998 ST27 0.385 1.254 0.00966 19.5 20070410 52.5 322.4 197.6 21.0 0.530 0.819 3

1998 SD15 0.611 1.254 0.11100 18.9 20070410 282.5 35.8 184.0 26.8 0.345 0.933 3

1998 SD9 0.349 1.057 0.00971 24.0 20070410 11.7 6.4 167.0 2.9 0.504 0.703 ( 4d)

1998 SV4 0.292 1.341 0.33594 18.1 20070410 17.6 359.5 177.3 53.3 0.642 0.816 4

1998 SO 0.220 1.242 0.19889 20.6 20070410 73.9 359.8 176.2 30.3 0.699 0.731 2

1998 HD14 0.662 1.264 0.03387 20.9 20070410 261.9 260.7 184.0 7.8 0.313 0.963 4

1998 HE3 0.491 1.266 0.00388 21.8 20070410 206.4 309.0 53.9 3.4 0.441 0.878 4

1998 DK36 0.392 0.980 0.00879 24.9 19980216 169.4 180.1 151.4 2.1 0.428 0.686 ( 1d)

1998 DG16 0.576 1.218 0.18787 20.1 20070410 94.9 356.8 344.4 16.2 0.358 0.897 3

1997 UH9 0.436 1.224 0.22380 18.7 20070410 346.8 180.9 42.4 25.5 0.475 0.830 4

1997 AC11 0.577 1.249 0.10354 20.5 20070410 156.4 141.6 117.0 31.7 0.368 0.913 ( 17d)

1996 XZ12 0.490 1.472 0.00605 25.5 19961203 65.6 55.8 251.7 5.7 0.501 0.981 ( 3d)

1996 BG1 0.645 1.150 0.02627 23.5 19960118 198.5 150.3 139.9 3.8 0.281 0.897 ( 7d)

1995 CR 0.119 1.696 0.01300 21.5 20070410 321.7 322.4 342.8 4.0 0.869 0.907 ( 20d)

1994 XL1 0.318 1.024 0.03640 20.9 20070410 359.2 356.5 252.7 28.2 0.526 0.671 2

1994 WR12 0.456 1.057 0.00191 22.0 20070410 49.5 205.9 62.8 6.8 0.397 0.757 ( 33d)

1994 TF2 0.711 1.275 0.25432 19.2 20070410 92.1 349.7 175.3 23.8 0.284 0.993 9

1994 GL 0.341 1.028 0.01226 24.0 19940329 162.4 179.1 197.2 3.6 0.502 0.684 ( 3d)

1993 VD 0.393 1.359 0.01688 21.6 20070410 233.1 253.6 2.7 2.1 0.551 0.876 3

1993 DA 0.848 1.023 0.03413 26.0 19930202 169.8 354.4 329.3 12.4 0.094 0.935 ( 5d)

1991 VE 0.299 1.483 0.05794 18.2 20070410 210.7 193.5 62.0 7.2 0.665 0.891 9

(153415) 2001 QP153 0.701 1.082 0.07343 17.0 20070410 356.8 244.3 317.7 50.2 0.214 0.892 4

(153201) 2000 WO107 0.200 1.623 0.00344 19.3 20070410 169.2 213.6 69.4 7.8 0.781 0.911 4

(152931) 2000 EA107 0.506 1.353 0.16204 16.1 20070410 141.1 278.0 53.0 28.6 0.456 0.930 4

(152742) 1998 XE12 0.229 1.527 0.11153 19.1 20070410 153.1 353.1 280.1 13.4 0.739 0.878 7

(152637) 1997 NC1 0.685 1.046 0.01696 18.0 20070410 199.0 16.6 96.6 16.7 0.208 0.866 4

(152563) 1992 BF 0.661 1.155 0.06282 19.8 20070410 54.1 336.4 315.5 7.3 0.272 0.908 4

(144900) 2004 VG64 0.334 1.603 0.02861 18.3 20070410 249.2 43.9 208.9 36.3 0.655 0.968 3

(141531) 2002 GB 0.467 1.517 0.28076 19.0 20070410 98.6 8.3 40.9 22.6 0.529 0.992 6

(141498) 2002 EZ16 0.400 1.444 0.17704 18.3 20070410 39.9 25.3 262.9 30.1 0.566 0.922 6

(141484) 2002 DB4 0.541 1.175 0.15309 16.4 20070410 260.3 94.1 234.3 16.6 0.369 0.858 5

(141432) 2002 CQ11 0.560 1.398 0.01931 20.0 20070410 200.9 272.8 81.4 2.5 0.428 0.979 6

(141424) 2002 CD 0.807 1.153 0.07256 20.5 20070410 254.4 331.6 8.7 6.9 0.177 0.980 5

(140333) 2001 TD2 0.499 1.425 0.18530 19.0 20070410 50.2 199.0 12.9 19.0 0.481 0.962 5

(138258) 2000 GD2 0.397 1.119 0.07194 19.1 20070410 17.4 16.9 358.2 32.1 0.477 0.758 5

(138127) 2000 EE14 0.309 1.015 0.02277 17.1 20070410 240.8 197.8 155.8 26.5 0.533 0.662 7

(137924) 2000 BD19 0.092 1.661 0.09078 17.2 20070410 85.3 324.2 333.8 25.7 0.895 0.876 5

(137805) 1999 YK5 0.366 1.292 0.11442 16.7 20070410 18.9 292.7 349.7 16.7 0.558 0.829 7

(137170) 1999 HF1 0.440 1.198 0.17330 14.5 20070410 20.2 253.3 155.9 25.7 0.463 0.819 9

(136818) 1997 MW1 0.613 1.262 0.11329 19.1 20070410 87.0 203.7 260.1 12.8 0.346 0.938 6

(105140) 2000 NL10 0.167 1.661 0.35613 15.8 20070410 20.4 281.5 237.5 32.5 0.817 0.914 6

(99942) Apophis 2004 MN4 0.746 1.098 0.00027 19.2 20070410 307.4 126.4 204.5 3.3 0.191 0.922 2

(99907) 1989 VA 0.295 1.162 0.15537 17.9 20070410 175.5 2.8 225.6 28.8 0.595 0.729 8

(96590) 1998 XB 0.589 1.227 0.11432 16.2 20070410 65.9 202.6 75.8 13.6 0.351 0.908 6

(88213) 2001 AF2 0.386 1.522 0.17267 19.1 20070410 24.4 194.9 114.3 17.8 0.595 0.954 4

(87684) 2000 SY2 0.307 1.411 0.04603 16.4 20070410 175.1 47.7 162.1 19.2 0.643 0.859 7

(87309) 2000 QP 0.455 1.240 0.20220 17.6 20070410 63.8 188.1 294.3 34.7 0.463 0.847 5

(86667) 2000 FO10 0.348 1.370 0.13288 17.4 20070410 95.8 172.4 208.4 14.3 0.595 0.859 6

(86450) 2000 CK33 0.567 1.370 0.12571 18.3 20070410 293.7 215.6 124.9 18.1 0.415 0.968 6

(85989) 1999 JD6 0.324 1.441 0.04854 17.1 20070410 294.8 309.2 130.3 17.0 0.633 0.883 7

(85953) 1999 FK21 0.219 1.258 0.07053 18.2 20070410 143.9 172.3 180.5 12.6 0.703 0.739 5

(85770) 1998 UP1 0.654 1.343 0.08413 20.6 20070410 272.3 234.4 18.4 33.2 0.345 0.999 10

(68347) 2001 KB67 0.597 1.328 0.01412 19.9 20070410 152.7 243.8 246.0 17.1 0.380 0.963 4

(66400) 1999 LT7 0.366 1.345 0.05864 19.7 20070410 193.0 341.3 79.9 9.1 0.573 0.855 4

(66391) 1999 KW4 0.200 1.085 0.01320 16.5 20070410 283.2 192.6 244.9 38.9 0.688 0.642 5

(66146) 1998 TU3 0.406 1.168 0.07316 14.7 20070410 200.0 84.6 102.3 5.4 0.484 0.787 10

(66063) 1998 RO1 0.277 1.704 0.09158 18.1 20070410 152.0 151.1 351.9 22.7 0.720 0.991 7

(65679) 1989 UQ 0.673 1.158 0.01397 19.4 20070410 189.2 15.0 178.3 1.3 0.265 0.915 6

(33342) 1998 WT24 0.418 1.019 0.01024 17.9 20070410 113.2 167.3 82.0 7.3 0.418 0.719 4

(5604) 1992 FE 0.551 1.303 0.03406 16.4 20070410 52.8 82.4 312.0 4.8 0.405 0.927 7

(5590) 1990 VA 0.710 1.261 0.12156 19.7 20070410 59.5 34.4 216.3 14.2 0.280 0.986 7

(5381) Sekhmet 1991 JY 0.667 1.228 0.11228 16.5 20070410 199.4 37.4 58.6 49.0 0.296 0.947 7

(3753) Cruithne 1986 TO 0.484 1.511 0.07148 15.1 20070410 99.1 43.7 126.3 19.8 0.515 0.998 25

(3554) Amun 1986 EB 0.701 1.247 0.25063 15.82 20070410 142.2 359.4 358.7 23.4 0.280 0.974 10

(3362) Khufu 1984 QA 0.526 1.453 0.01350 18.3 20070410 71.3 55.0 152.5 9.9 0.469 0.989 18

(2340) Hathor 1976 UA 0.464 1.224 0.00701 19.2 20070410 198.0 39.9 211.5 5.9 0.450 0.844 6

(2100) Ra-Shalom 1978 RA 0.469 1.195 0.14978 16.05 20070410 58.5 356.0 170.9 15.8 0.436 0.832 11

(2062) Aten 1976 AA 0.790 1.143 0.11310 16.80 20070410 182.3 147.9 108.6 18.9 0.183 0.967 7

PARAMETRI ORBITALI (APOLLO) :

Designazione e nome Prov. Des. q Q EMoid H Epoca M Peri. Node Incl. e a Opps.

2007 OX 0.981 2.036 0.12816 21.1 20070410 342.3 110.5 122.0 22.2 0.350 1.508 ( 6d)

2007 NC5 0.278 4.600 0.19941 18.0 20070410 346.9 20.5 165.9 19.3 0.886 2.439 ( 19d)

2007 NS4 0.757 2.977 0.03967 19.2 20070410 275.0 46.9 11.6 5.8 0.595 1.867 ( 3d)

2007 NL1 0.931 1.553 0.10362 22.0 20070410 234.4 266.7 117.1 18.7 0.250 1.242 ( 7d)

2007 MB24 0.563 3.192 0.02656 18.3 20070410 353.8 269.1 271.3 47.7 0.700 1.877 ( 31d)

2007 MT20 0.715 2.972 0.16280 18.7 20070410 301.1 148.4 226.5 16.6 0.612 1.844 ( 31d)

2007 MM13 0.604 2.199 0.16261 17.6 20070410 347.4 294.4 242.7 38.2 0.569 1.402 ( 32d)

2007 MK13 0.881 1.164 0.03299 20.0 20070410 222.2 260.7 95.2 19.7 0.138 1.023 ( 1d)

2007 MJ13 0.893 1.994 0.00682 24.6 20070410 292.6 58.4 268.0 10.8 0.381 1.444 ( 4d)

2007 MK6 0.196 1.966 0.08830 19.9 20070410 336.8 25.4 92.9 25.2 0.819 1.081 2

2007 MB4 0.939 3.539 0.01586 22.6 20070410 326.0 95.8 225.4 1.2 0.581 2.239 ( 23d)

2007 MR 0.758 1.285 0.06916 21.7 20070410 193.8 217.4 173.1 5.8 0.258 1.022 ( 26d)

2007 MQ 0.638 4.282 0.01220 23.6 20070410 329.9 238.6 112.6 1.7 0.741 2.460 ( 3d)

2007 MG 0.679 1.871 0.10313 20.9 20070410 13.4 248.1 258.4 24.9 0.468 1.275 ( 35d)

2007 LW19 0.985 3.713 0.01805 23.5 20070410 333.8 232.3 64.5 2.2 0.581 2.349 ( 7d)

2007 LV19 1.000 1.944 0.08822 19.9 20070410 349.1 301.2 264.2 14.9 0.321 1.472 ( 38d)

2007 LU19 0.889 3.856 0.00796 21.5 20070410 352.7 142.6 64.0 2.6 0.625 2.373 ( 17d)

2007 LQ19 0.971 4.245 0.00084 17.8 20070410 340.8 207.6 110.9 17.1 0.628 2.608 ( 30d)

2007 LC15 0.343 2.291 0.28745 18.6 20070410 343.1 341.1 107.1 28.4 0.739 1.317 ( 10d)

2007 LT 0.930 2.076 0.00581 22.5 20070410 352.8 342.6 222.6 0.7 0.381 1.503 ( 30d)

2007 LS 0.857 4.538 0.06208 17.7 20070410 305.5 168.5 201.0 6.4 0.682 2.698 ( 37d)

2007 LF 0.976 2.386 0.00364 20.5 20070410 349.5 333.6 239.6 7.0 0.419 1.681 ( 47d)

2007 LE 0.888 2.787 0.04602 19.2 20070410 354.2 119.9 73.9 29.5 0.517 1.838 ( 24d)

2007 LD 0.968 2.486 0.03774 18.9 20070410 356.8 316.7 226.4 16.5 0.439 1.727 ( 47d)

2007 LA 0.631 2.452 0.10350 21.3 20070410 298.9 107.8 245.6 33.4 0.591 1.541 ( 9d)

2007 KG7 0.237 3.319 0.01119 20.6 20070410 311.8 318.3 66.3 4.7 0.867 1.778 ( 23d)

2007 KO4 0.925 1.282 0.00793 23.2 20070410 216.5 299.3 61.2 25.1 0.162 1.103 ( 3d)

2007 KV2 0.766 1.465 0.00770 24.6 20070410 28.5 264.3 235.6 13.7 0.313 1.116 ( 15d)

2007 KE 0.799 2.558 0.03947 22.5 20070410 8.5 78.4 81.2 9.2 0.524 1.679 ( 29d)

2007 JH22 0.858 3.505 0.04018 21.7 20070410 3.3 22.7 151.1 5.6 0.607 2.181 ( 61d)

2007 JZ20 0.872 1.752 0.06583 18.4 20070410 274.6 139.0 200.5 40.5 0.336 1.312 ( 58d)

2007 JF16 0.655 3.400 0.24536 18.7 20070410 51.2 221.2 225.6 44.2 0.677 2.028 ( 14d)

2007 JZ2 0.856 2.840 0.01288 25.9 20070410 330.0 242.5 48.8 6.8 0.537 1.848 ( 3d)

2007 JY2 0.687 3.715 0.00028 21.7 20070410 327.5 104.9 225.9 1.6 0.688 2.201 ( 32d)

2007 JX2 0.809 2.606 0.03176 19.4 20070410 15.6 87.6 44.6 4.2 0.526 1.708 ( 56d)

2007 JD 0.530 5.125 0.00098 23.1 20070410 344.2 93.1 228.8 12.3 0.813 2.828 ( 4d)

2007 HA59 0.685 4.331 0.28696 15.0 20070410 85.1 17.5 57.2 54.9 0.727 2.508 2

2007 HZ58 0.967 3.231 0.05201 24.9 20070410 342.5 58.4 202.8 6.6 0.539 2.099 ( 3d)

2007 HG44 0.685 4.235 0.09650 19.2 20070410 15.9 32.7 65.0 8.5 0.722 2.460 ( 22d)

2007 HE15 0.985 3.307 0.01186 19.7 20070410 334.1 342.2 297.9 9.5 0.541 2.146 ( 86d)

2007 HD15 0.928 1.645 0.00230 24.0 20070410 25.7 310.3 204.4 15.0 0.279 1.287 ( 27d)

2007 HB15 0.942 1.643 0.00109 27.8 20070410 323.8 216.5 43.2 0.4 0.271 1.293 ( 1d)

2007 HX4 0.881 1.754 0.10363 17.8 20070410 89.4 14.5 41.7 56.6 0.332 1.317 3

2007 HW4 0.348 2.595 0.01457 23.7 20070410 323.7 197.0 138.8 1.2 0.763 1.472 ( 2d)

2007 HV4 0.971 2.733 0.00362 28.7 20070410 346.3 29.4 209.9 4.5 0.476 1.852 ( 3d)

2007 HX3 0.859 2.162 0.10655 19.2 20070410 202.9 354.6 16.5 9.0 0.431 1.510 ( 8d)

2007 HW3 0.963 4.273 0.19143 20.5 20070410 337.7 85.3 205.1 15.1 0.632 2.618 ( 84d)

2007 HR 0.253 1.954 0.11241 20.7 20070410 98.5 14.4 32.7 13.1 0.770 1.104 ( 2d)

2007 HP 0.480 3.480 0.00867 22.9 20070410 15.1 67.5 34.2 2.8 0.758 1.980 ( 9d)

2007 HC 0.913 1.388 0.00326 25.2 20070410 305.1 58.9 217.0 3.1 0.206 1.151 ( 6d)

2007 GY5 0.911 2.082 0.07517 24.0 20070410 324.2 247.1 26.5 24.7 0.391 1.496 ( 4d)

2007 GX5 0.700 2.458 0.01324 24.3 20070410 25.3 41.4 76.0 1.2 0.557 1.579 ( 9d)

2007 GV5 0.419 4.305 0.12553 21.9 20070410 339.4 307.9 15.4 21.2 0.823 2.362 ( 2d)

2007 GW4 0.764 1.390 0.23508 20.5 20070410 210.7 172.2 185.9 29.5 0.291 1.077 ( 26d)

2007 GU4 0.653 1.750 0.01758 22.4 20070410 49.7 295.2 161.0 3.1 0.456 1.202 ( 38d)

2007 GS4 0.957 1.620 0.11615 21.0 20070410 75.3 74.7 28.3 24.8 0.257 1.289 ( 7d)

2007 GT3 0.121 3.867 0.12697 19.7 20070410 340.1 341.9 15.7 25.4 0.939 1.994 ( 13d)

2007 GS3 0.923 1.197 0.02169 19.3 20070410 295.0 61.6 215.5 15.1 0.129 1.060 ( 99d)

2007 GQ3 0.992 2.614 0.01996 22.0 20070410 342.6 209.5 34.7 10.2 0.450 1.803 ( 17d)

2007 GY1 0.792 3.159 0.00924 22.6 20070410 17.7 323.1 163.9 1.2 0.599 1.976 ( 15d)

2007 GU1 0.788 3.666 0.00006 25.0 20070410 345.9 243.0 26.0 9.1 0.646 2.227 ( 4d)

2007 GF 0.808 1.793 0.12775 21.1 20070410 65.1 32.9 59.1 18.9 0.379 1.301 ( 33d)

2007 FY20 0.894 2.022 0.00178 24.8 20070410 341.9 230.3 12.0 5.4 0.387 1.458 ( 7d)

2007 FT3 0.781 1.469 0.01673 20.0 20070410 313.8 277.6 9.8 26.7 0.306 1.125 ( 1d)

2007 FS3 0.923 2.248 0.00564 26.1 20070410 28.8 313.3 179.6 3.2 0.418 1.586 ( 1d)

2007 FR3 0.920 2.769 0.00173 27.5 20070410 353.5 43.4 182.5 1.6 0.501 1.844 ( 1d)

2007 FP3 0.843 1.984 0.00011 28.4 20070410 42.0 119.6 352.4 0.2 0.403 1.413 ( 1d)

2007 FO3 0.892 1.653 0.04069 24.5 20070410 325.7 262.0 356.8 6.3 0.299 1.272 ( 1d)

2007 FC3 0.920 1.768 0.00609 25.5 20070410 347.5 228.8 358.9 25.2 0.315 1.344 ( 3d)

2007 FF1 0.786 2.263 0.03517 21.8 20070410 337.7 234.4 21.8 8.3 0.484 1.524 ( 19d)

2007 FE1 0.917 3.123 0.06427 18.9 20070410 340.6 193.1 44.8 9.8 0.546 2.020 (106d)

2007 FD1 0.118 4.241 0.10769 18.5 20070410 32.4 193.9 200.1 17.0 0.946 2.180 ( 34d)

2007 FE 0.973 2.615 0.02635 19.5 20070410 345.3 135.0 122.8 7.0 0.458 1.794 2

2007 FD 0.818 3.299 0.09891 17.0 20070410 88.4 183.4 222.6 7.0 0.602 2.058 3

2007 FC 0.985 2.443 0.03668 26.1 20070410 28.6 314.6 175.7 4.6 0.425 1.714 ( 1d)

2007 FB 0.967 1.657 0.02804 26.2 20070410 47.4 311.1 171.9 5.8 0.263 1.312 ( 1d)

2007 FA 0.918 1.583 0.02776 20.2 20070410 300.0 135.3 156.5 16.3 0.266 1.251 ( 64d)

2007 EF126 0.973 3.930 0.12658 19.8 20070410 35.6 282.6 174.6 9.4 0.603 2.452 ( 40d)

2007 EE126 0.352 6.558 0.00149 25.6 20070410 10.8 249.2 169.9 8.5 0.898 3.455 ( 1d)

2007 ED125 0.799 3.051 0.00966 21.1 20070410 31.0 289.6 174.0 3.7 0.585 1.925 ( 43d)

2007 EO88 0.749 1.510 0.00172 26.4 20070410 326.8 270.5 356.3 6.0 0.337 1.130 ( 3d)

2007 EN88 0.898 3.449 0.00612 26.6 20070410 18.3 135.1 354.1 8.9 0.587 2.173 ( 1d)

2007 EL88 0.535 1.704 0.03512 19.0 20070410 310.7 116.1 198.5 30.8 0.522 1.119 ( 32d)

2007 EJ88 0.518 4.151 0.02873 23.4 20070410 349.4 204.8 79.7 1.9 0.778 2.334 ( 14d)

2007 EH88 0.627 1.618 0.13321 19.5 20070410 240.5 324.2 3.9 12.1 0.441 1.123 ( 28d)

2007 EN26 0.869 1.717 0.01494 22.5 20070410 332.8 246.4 9.2 15.4 0.328 1.293 ( 17d)

2007 EK26 0.641 3.053 0.00195 25.0 20070410 30.7 97.8 346.8 3.4 0.653 1.847 ( 5d)

2007 EH26 0.627 3.215 0.00570 24.2 20070410 350.8 268.8 356.4 5.7 0.674 1.921 ( 6d)

2007 EE26 0.945 1.548 0.00588 26.1 20070410 62.0 121.9 343.6 1.0 0.242 1.246 ( 4d)

2007 EZ25 0.599 3.654 0.00060 25.5 20070410 26.1 267.9 167.9 5.5 0.718 2.126 ( 6d)

2007 EY25 0.711 2.984 0.00679 25.1 20070410 350.6 265.4 346.6 2.3 0.615 1.848 ( 7d)

2007 EZ 0.730 2.685 0.09500 19.8 20070410 35.4 357.7 98.6 5.8 0.573 1.707 ( 66d)

2007 EV 0.755 1.429 0.00338 25.0 20070410 324.9 268.5 357.5 8.2 0.309 1.092 ( 6d)

2007 ES 0.632 2.521 0.35763 18.5 20070410 112.6 19.6 334.5 35.4 0.599 1.577 ( 6d)

2007 EQ 0.900 2.358 0.05929 21.1 20070410 38.1 3.0 106.5 5.7 0.447 1.629 ( 47d)

2007 EK 0.819 1.433 0.00133 29.3 20070410 332.6 83.2 168.6 1.2 0.272 1.126 ( 4d)

2007 EJ 0.924 4.073 0.05906 18.2 20070410 19.8 3.7 61.8 8.3 0.630 2.499 ( 49d)

2007 EH 0.742 3.590 0.00115 27.6 20070410 356.1 246.0 352.8 1.4 0.658 2.166 ( 2d)

2007 DT103 0.941 3.482 0.01424 18.6 20070410 335.1 134.0 137.3 5.4 0.575 2.212 (150d)

2007 DD49 0.854 3.488 0.07397 19.1 20070410 31.5 277.1 150.4 8.2 0.607 2.171 ( 53d)

2007 DN41 0.884 4.855 0.00174 26.4 20070410 15.7 315.4 154.4 2.4 0.692 2.870 ( 5d)

2007 DM41 0.559 1.803 0.00768 21.8 20070410 341.4 274.2 2.0 2.3 0.527 1.181 ( 14d)

2007 DL41 0.763 2.151 0.04566 20.6 20070410 299.1 139.8 151.1 4.7 0.476 1.457 ( 47d)

2007 DA41 0.819 2.104 0.16959 17.5 20070410 328.5 20.2 226.0 30.2 0.440 1.461 3

2007 DZ40 0.863 4.842 0.09920 18.5 20070410 1.9 8.8 173.0 11.3 0.697 2.852 (150d)

2007 DY40 0.701 2.734 0.02443 20.8 20070410 335.0 114.7 160.5 5.9 0.592 1.717 ( 58d)

2007 DX40 0.710 2.358 0.00061 24.6 20070410 353.4 273.9 329.7 0.4 0.537 1.534 ( 9d)

2007 DQ40 0.732 3.275 0.01266 23.0 20070410 34.4 312.5 122.3 1.9 0.635 2.004 ( 18d)

2007 DL8 0.623 4.698 0.16706 17.3 20070410 330.0 132.7 157.5 18.8 0.766 2.660 ( 76d)

2007 DK8 0.958 2.342 0.20945 19.0 20070410 335.0 99.0 155.2 32.6 0.419 1.650 (147d)

2007 DG8 0.851 1.864 0.02138 25.3 20070410 355.5 90.0 132.0 3.1 0.373 1.357 ( 9d)

2007 DF8 0.996 2.648 0.05721 20.3 20070410 344.8 130.1 102.3 9.1 0.453 1.822 (144d)

2007 DS7 0.707 1.657 0.00062 25.8 20070410 83.8 270.8 148.5 8.5 0.402 1.182 ( 4d)

2007 DY 0.986 3.895 0.30382 19.6 20070410 30.3 282.1 160.1 37.6 0.596 2.440 ( 56d)

2007 DW 0.513 1.646 0.15661 20.4 20070410 322.4 313.2 328.2 38.7 0.525 1.079 ( 31d)

2007 DK 0.628 2.165 0.08942 19.3 20070410 315.8 354.9 291.0 5.2 0.551 1.396 3

2007 DJ 0.978 2.757 0.01802 24.3 20070410 6.8 29.2 157.5 6.9 0.476 1.867 ( 17d)

2007 DC 0.914 1.784 0.00414 27.5 20070410 61.7 278.1 174.9 0.4 0.323 1.349 ( 9d)

2007 DA 0.430 1.588 0.02004 22.4 20070410 114.6 261.7 117.6 2.8 0.574 1.009 ( 21d)

2007 CX50 0.934 1.481 0.01604 24.7 20070410 77.4 126.1 322.7 7.5 0.226 1.207 ( 22d)

2007 CC27 0.856 2.525 0.00114 27.0 20070410 43.1 125.0 324.2 2.1 0.494 1.690 ( 6d)

2007 CN26 0.945 1.645 0.00217 21.1 20070410 263.6 135.8 159.4 7.6 0.270 1.295 ( 32d)

2007 CL26 0.967 2.233 0.07714 23.6 20070410 55.2 123.4 316.7 11.4 0.396 1.600 ( 15d)

2007 CK26 0.963 2.629 0.23845 19.1 20070410 336.0 97.5 147.4 32.4 0.464 1.796 2

2007 CC19 0.619 2.729 0.00280 27.0 20070410 3.6 273.9 317.6 2.1 0.630 1.674 ( 1d)

2007 CA19 0.483 5.088 0.00107 17.6 20070410 351.7 97.5 174.9 9.6 0.827 2.786 ( 66d)

2007 CU18 0.933 3.126 0.01460 24.4 20070410 32.9 320.3 133.4 7.0 0.540 2.030 ( 7d)

2007 CH15 0.987 1.773 0.10435 21.5 20070410 317.1 114.7 139.1 25.9 0.285 1.380 (158d)

2007 CR5 0.898 2.337 0.01429 25.4 20070410 47.5 310.6 138.9 13.9 0.445 1.617 ( 7d)

2007 BE49 0.639 2.496 0.10271 21.3 20070410 68.7 10.8 15.8 6.0 0.592 1.568 ( 27d)

2007 BZ48 0.953 2.618 0.00527 26.0 20070410 15.8 53.8 114.0 0.7 0.466 1.785 ( 11d)

2007 BY48 0.996 1.799 0.02984 22.6 20070410 58.6 157.0 301.9 25.1 0.287 1.398 ( 2d)

2007 BX48 0.886 1.887 0.12541 20.1 20070410 207.7 8.1 303.1 14.8 0.361 1.387 ( 13d)

2007 BJ29 0.381 3.982 0.02239 18.9 20070410 38.2 119.1 242.5 11.0 0.825 2.182 ( 51d)

2007 BM8 0.375 2.308 0.40635 18.8 20070410 350.0 179.2 87.7 27.6 0.721 1.341 2

2007 BD8 0.830 2.038 0.03111 24.4 20070410 4.5 267.1 300.8 4.4 0.421 1.434 ( 15d)

2007 BT7 0.998 3.344 0.15957 19.6 20070410 40.4 117.0 294.9 17.4 0.540 2.171 ( 65d)

2007 BD7 0.784 2.340 0.03785 21.1 20070410 8.3 219.7 343.7 4.9 0.498 1.562 ( 15d)

2007 BJ 0.942 4.951 0.08318 22.6 20070410 22.8 133.9 298.7 44.0 0.680 2.947 ( 9d)

2007 AG12 0.719 3.459 0.04773 19.6 20070410 67.2 68.1 305.6 42.0 0.656 2.089 ( 37d)

2007 AE12 0.730 2.633 0.00679 19.8 20070410 123.9 86.8 245.7 2.3 0.566 1.682 ( 15d)

2007 AB12 0.651 3.950 0.00216 18.9 20070410 36.2 281.7 66.7 7.8 0.717 2.300 ( 40d)

2007 AV2 0.757 2.117 0.03800 21.2 20070410 359.1 293.2 286.0 12.3 0.473 1.437 ( 37d)

2007 AU2 0.823 2.388 0.01229 24.1 20070410 20.3 66.5 110.2 6.5 0.487 1.605 ( 5d)

2007 AS2 0.971 4.204 0.04164 22.1 20070410 28.2 121.5 308.5 3.8 0.625 2.587 ( 47d)

2007 AF2 0.996 2.446 0.05168 21.4 20070410 24.8 211.7 289.7 17.0 0.421 1.721 ( 40d)

2007 AC2 0.626 4.211 0.01753 21.8 20070410 36.1 90.5 295.0 9.5 0.741 2.418 ( 27d)

2007 AB2 0.869 2.965 0.01312 20.3 20070410 51.1 280.6 127.2 1.5 0.546 1.917 ( 58d)

2007 AA2 0.908 1.157 0.01138 24.6 20070410 154.9 96.1 287.9 10.5 0.121 1.032 ( 19d)

2006 YP44 0.949 4.220 0.00145 23.6 20070410 30.5 333.1 88.2 2.0 0.633 2.585 ( 22d)

2006 YO44 0.206 4.973 0.15040 18.2 20061211 342.3 288.4 340.0 24.9 0.921 2.590 ( 1d)

2006 YT13 0.760 1.887 0.03770 18.3 20070410 20.2 105.5 116.8 38.2 0.426 1.323 2

2006 YC13 0.911 2.015 0.13538 20.3 20070410 7.0 277.4 290.1 25.2 0.378 1.463 (202d)

2006 YX2 0.841 1.176 0.06656 24.1 20070410 203.0 245.2 88.6 28.7 0.166 1.008 ( 1d)

2006 YV1 0.700 1.811 0.05721 21.6 20070410 125.5 49.5 303.1 5.0 0.443 1.255 ( 18d)

2006 YP 0.903 1.385 0.02581 23.7 20070410 36.7 95.2 69.4 5.4 0.211 1.144 ( 23d)

2006 YF 0.888 1.329 0.05719 20.9 20070410 237.4 26.9 274.5 4.7 0.199 1.109 ( 92d)

2006 YE 0.978 2.512 0.00184 27.3 20070410 42.2 210.4 253.5 0.3 0.440 1.745 ( 1d)

2006 YD 0.802 4.443 0.10660 17.5 20070410 7.0 352.1 223.4 7.7 0.694 2.622 2

2006 XW4 0.952 1.132 0.00550 24.3 20070410 198.4 261.5 80.0 13.3 0.086 1.042 ( 11d)

2006 XV4 0.970 4.213 0.00457 24.9 20070410 31.9 159.4 259.1 4.0 0.626 2.591 ( 14d)

2006 XR4 0.761 1.321 0.00342 26.2 20070410 42.9 275.3 263.2 10.9 0.269 1.041 ( 1d)

2006 XA3 0.891 3.842 0.01462 25.2 20070410 41.8 308.5 84.9 5.0 0.624 2.367 ( 8d)

2006 XZ2 0.907 2.486 0.00244 27.1 20070410 34.0 12.9 120.2 0.3 0.465 1.696 ( 8d)

2006 XK2 0.543 2.537 0.05380 20.5 20070410 101.0 240.3 93.3 8.7 0.647 1.540 ( 29d)

2006 XH2 0.604 4.024 0.01330 24.4 20070410 47.1 297.5 51.2 2.0 0.739 2.314 ( 12d)

2006 XE2 0.794 1.507 0.05973 22.0 20070410 163.5 70.1 268.2 20.0 0.310 1.151 ( 27d)

2006 XD2 0.729 1.808 0.01752 21.1 20070410 35.8 109.3 65.8 3.6 0.425 1.268 ( 36d)

2006 XK1 0.753 4.280 0.18500 19.3 20070410 16.9 173.3 329.8 13.2 0.701 2.517 ( 11d)

2006 XF1 0.630 2.087 0.27110 19.3 20070410 127.4 46.6 264.9 32.2 0.536 1.358 ( 32d)

2006 XY 0.991 2.005 0.00696 24.0 20070410 62.4 184.0 258.0 3.6 0.339 1.498 ( 35d)

2006 XB 0.880 2.618 0.05978 20.7 20070410 19.4 13.1 143.7 6.8 0.497 1.749 2

2006 XA 0.992 3.402 0.09068 17.4 20070410 10.9 300.8 253.1 10.3 0.549 2.197 (235d)

2006 WZ184 0.917 1.821 0.00199 26.3 20070410 105.6