en>OneGuy: /* Features */

2015-01-08T05:35:42Z

Features

← Older revision		Revision as of 07:35, 8 January 2015
Line 1:		Line 1:
	~~{{Infobox planet~~		My name is Hildegard and I am studying Latin American Studies and Educational Studies at Albion Heights / Australia.<br><br>my website ... [http://www.dev.adaptationlearning.net/hostgator-update-mx-records Hostgator Promo Code]
	~~\|minorplanet=yes~~
	\|name~~=1999 OJ<sub>4</sub>~~
	~~\|image=[[File:Orbit of 1999 OJ4.gif\|thumb\|300 px\|Orbit of 1999 OJ<sub>4</sub>]]~~
	~~\|bgcolour=#FFFFC0~~
	~~\|discovery= yes~~
	~~\|discoverer= [[Mauna Kea Observatory]]~~
	~~\|discovered= July 18, 1999~~
	~~\|orbit_ref=<ref name= "Johnston archive" /><ref name= "JPL SBDB">{{cite sbdb\|title=(1999 OJ4)\|id=3031899\|orbit=yes}}</ref><ref name = "Lowell">~~
	~~{{cite web~~
	~~\|date=26 March 2013~~
	~~\|title=1999 OJ4~~
	~~\|url=http:~~/~~/www2~~.~~lowell.edu/users/grundy/tnbs/1999_OJ4.html~~
	~~\|work=Lowell~~
	~~\|accessdate=2013-10-14~~
	}}<~~/ref~~>
	~~\|aphelion= {{convert\|38.9821849\|AU\|Gm\|4\|abbr=on}}~~
	~~\|perihelion= {{convert\|36.9289344\|AU\|Gm\|4\|abbr=on}}~~
	~~\|semimajor= {{convert\|37.9555596\|AU\|Gm\|4\|abbr=on}}~~
	~~\|eccentricity = .027048087~~
	~~\|period= 233.84 years~~
	~~\|inclination= 4.00407256°~~
	~~\|asc_node= 127.534875°~~
	~~\|arg_peri= 296.645795°~~
	~~\|mean_anomaly= 275.664317°~~
	~~\|satellites= 1~~
	~~\|p_mean_motion= 0.0042~~
	~~\|physical_characteristics= yes~~
	~~\|single_temperature= 43 K (-230°C)~~
	~~\|abs_magnitude= 7.1~~<~~ref name= "JPL SBDB" /~~>
	~~\|dimensions= {{convinfobox\|75\|km\|\|mi}}~~
	~~\|albedo= 0~~.~~21 (geometric)<ref name= "Johnston archive" /><ref name= "TNO binaries">~~
	~~{{cite journal~~
	~~\|last1=Grundy \|first1=W~~. M.
	~~\|last2=Noll \|first2=K. S.~~
	~~\|last3=Buie \|first3=M. W.~~
	~~\|last4=Beneccini \|first4=S. D.~~
	~~\|last5=Stephens \|first5=D. C.~~
	~~\|last6=Levison \|first6=H. F.~~
	~~\|display-authors=1~~
	~~\|year=2009~~
	~~\|title=Mutual Orbits and Masses of Six Transneptunian Binaries~~
	~~\|journal=Icarus~~
	~~\|doi=10.1016/j.icarus.2008.12.008~~
	~~\|arxiv = 0812.3126 \|bibcode = 2009Icar..200..627G }}</ref>~~
	}}
	~~'''1999 OJ<sub>4</sub>''' is a fairly small~~ [[Classical Kuiper belt object\|cubewano]] that orbits in a nearly circular orbit. It is orbited by S/2005 (1999 OJ<sub>4</sub>) 1, a [[asteroid moon\|moon]] just 3 kilometres smaller than 1999 OJ<sub>4</sub> itself.<ref name= "Johnston archive">
	~~{{cite web~~
	~~\|last=Johnston \|first=W. R.~~
	~~\|date=28 December 2008~~
	~~\|title=1999 OJ4~~
	~~\|url=~~http://www.~~johnstonsarchive~~.net/~~astro/astmoons/am-1999oj4.html~~
	~~\|work=Johnston's Archive~~
	~~\|accessdate=2013-10-14~~
	~~}}</ref>~~

	~~== Orbit and Relationship with the Kuiper Belt ==~~
	1999 OJ<sub>4</sub> orbit characterizes it as a classical Kuiper Belt object, or cubewano. Due to its nearly circular orbit and low inclination, it is also in the "cold" population of cubewanos. As a result, it is likely reddish in color.<ref name="KBOColor">
	~~{{cite journal~~
	~~\|author=A. Doressoundiram, N. Peixinho, C. de Bergh, S. Fornasier, P. Thebault, M. A. Barucci,C. Veillet~~
	~~\|title=The Color Distribution in the Edgeworth-Kuiper Belt~~
	~~\|journal=The Astronomical Journal~~
	~~\|volume=124\|date=October 2002~~
	~~\|arxiv=astro~~-~~ph/0206468~~
	~~\|bibcode = 2002AJ....124.2279D~~
	~~\|doi = 10.1086/342447~~
	~~\|issue=4~~
	~~\|pages=2279~~
	~~}}</ref><ref name="KBOColor2">~~
	~~{{cite journal~~
	~~\|author=Nuno Peixinho, Pedro Lacerda and David Jewitt~~
	~~\|title=Color~~-~~inclination relation of the classical Kuiper belt objects~~
	~~\|journal=The Astronomical Journal~~
	~~\|volume=136\|date=August 2008~~
	~~\|arxiv=0808.3025~~
	~~\|bibcode = 2008AJ....136.1837P~~
	~~\|doi=10.1088/0004~~-~~6256/136/5/1837~~
	~~\|issue=5~~
	~~\|pages=1837~~
	~~}}</ref>~~

	~~== Moon ==~~
	1999 OJ<sub>4</sub> has one moon, S/2005 (1999 OJ<sub>4</sub>) 1. This moon was discovered by the Hubble Space Telescope<ref name= "TNO binaries" /> on October 5, 2013.<ref name= "Johnston archive" /> It orbits 3,267 kilometres away from 1999 OJ<sub>4</sub>, completing one orbit every 84.115 days.<ref name= "Johnston archive" /><ref name= "TNO binaries" /> At 72 km, it is nearly the same size as 1999 OJ<sub>4</sub>. From the surface of 1999 OJ<sub>4</sub>, S/2005 (1999 OJ<sub>4</sub>) 1 would have an apparent diameter of roughly 8.11°,<ref group="lower-alpha">Calculated by solving <math> \scriptstyle{\mathrm{tan}\left(\frac{\theta}{2}\right) = \frac{\mathrm{radius~of~moon}}{\mathrm{distance~from~surface~of~asteroid~to~center~of~moon}}}</math>.</ref> over fourteen times the apparent size of the [[Sun]] from [[Earth]].

	~~== Notes ==~~
	~~{{notelist}}~~

	~~== References ==~~
	~~{{Reflist}}~~



	~~[[Category:Classical Kuiper belt objects]]~~
	~~[[Category:Astronomical objects discovered in 1999]~~]

en>Teslacuted at 23:18, 15 January 2014

2014-01-15T23:18:19Z

New page

{{Infobox planet
|minorplanet=yes
|name=1999 OJ4
|image=[[File:Orbit of 1999 OJ4.gif|thumb|300 px|Orbit of 1999 OJ4]]
|bgcolour=#FFFFC0
|discovery= yes
|discoverer= [[Mauna Kea Observatory]]
|discovered= July 18, 1999
|orbit_ref=<ref name= "Johnston archive" /><ref name= "JPL SBDB">{{cite sbdb|title=(1999 OJ4)|id=3031899|orbit=yes}}</ref><ref name = "Lowell">
{{cite web
|date=26 March 2013
|title=1999 OJ4
|url=http://www2.lowell.edu/users/grundy/tnbs/1999_OJ4.html
|work=Lowell
|accessdate=2013-10-14
}}</ref>
|aphelion= {{convert|38.9821849|AU|Gm|4|abbr=on}}
|perihelion= {{convert|36.9289344|AU|Gm|4|abbr=on}}
|semimajor= {{convert|37.9555596|AU|Gm|4|abbr=on}}
|eccentricity = .027048087
|period= 233.84 years
|inclination= 4.00407256°
|asc_node= 127.534875°
|arg_peri= 296.645795°
|mean_anomaly= 275.664317°
|satellites= 1
|p_mean_motion= 0.0042
|physical_characteristics= yes
|single_temperature= 43 K (-230°C)
|abs_magnitude= 7.1<ref name= "JPL SBDB" />
|dimensions= {{convinfobox|75|km||mi}}
|albedo= 0.21 (geometric)<ref name= "Johnston archive" /><ref name= "TNO binaries">
{{cite journal
|last1=Grundy |first1=W. M.
|last2=Noll |first2=K. S.
|last3=Buie |first3=M. W.
|last4=Beneccini |first4=S. D.
|last5=Stephens |first5=D. C.
|last6=Levison |first6=H. F.
|display-authors=1
|year=2009
|title=Mutual Orbits and Masses of Six Transneptunian Binaries
|journal=Icarus
|doi=10.1016/j.icarus.2008.12.008
|arxiv = 0812.3126 |bibcode = 2009Icar..200..627G }}</ref>
}}
'''1999 OJ4''' is a fairly small [[Classical Kuiper belt object|cubewano]] that orbits in a nearly circular orbit. It is orbited by S/2005 (1999 OJ4) 1, a [[asteroid moon|moon]] just 3 kilometres smaller than 1999 OJ4 itself.<ref name= "Johnston archive">
{{cite web
|last=Johnston |first=W. R.
|date=28 December 2008
|title=1999 OJ4
|url=http://www.johnstonsarchive.net/astro/astmoons/am-1999oj4.html
|work=Johnston's Archive
|accessdate=2013-10-14
}}</ref>

== Orbit and Relationship with the Kuiper Belt ==
1999 OJ4 orbit characterizes it as a classical Kuiper Belt object, or cubewano. Due to its nearly circular orbit and low inclination, it is also in the "cold" population of cubewanos. As a result, it is likely reddish in color.<ref name="KBOColor">
{{cite journal
|author=A. Doressoundiram, N. Peixinho, C. de Bergh, S. Fornasier, P. Thebault, M. A. Barucci,C. Veillet
|title=The Color Distribution in the Edgeworth-Kuiper Belt
|journal=The Astronomical Journal
|volume=124|date=October 2002
|arxiv=astro-ph/0206468
|bibcode = 2002AJ....124.2279D
|doi = 10.1086/342447
|issue=4
|pages=2279
}}</ref><ref name="KBOColor2">
{{cite journal
|author=Nuno Peixinho, Pedro Lacerda and David Jewitt
|title=Color-inclination relation of the classical Kuiper belt objects
|journal=The Astronomical Journal
|volume=136|date=August 2008
|arxiv=0808.3025
|bibcode = 2008AJ....136.1837P
|doi=10.1088/0004-6256/136/5/1837
|issue=5
|pages=1837
}}</ref>

== Moon ==
1999 OJ4 has one moon, S/2005 (1999 OJ4) 1. This moon was discovered by the Hubble Space Telescope<ref name= "TNO binaries" /> on October 5, 2013.<ref name= "Johnston archive" /> It orbits 3,267 kilometres away from 1999 OJ4, completing one orbit every 84.115 days.<ref name= "Johnston archive" /><ref name= "TNO binaries" /> At 72 km, it is nearly the same size as 1999 OJ4. From the surface of 1999 OJ4, S/2005 (1999 OJ4) 1 would have an apparent diameter of roughly 8.11°,<ref group="lower-alpha">Calculated by solving <math> \scriptstyle{\mathrm{tan}\left(\frac{\theta}{2}\right) = \frac{\mathrm{radius~of~moon}}{\mathrm{distance~from~surface~of~asteroid~to~center~of~moon}}}</math>.</ref> over fourteen times the apparent size of the [[Sun]] from [[Earth]].

== Notes ==
{{notelist}}

== References ==
{{Reflist}}

[[Category:Classical Kuiper belt objects]]
[[Category:Astronomical objects discovered in 1999]]

← Older revision		Revision as of 07:35, 8 January 2015
Line 1:		Line 1:
	~~{{Infobox planet~~		My name is Hildegard and I am studying Latin American Studies and Educational Studies at Albion Heights / Australia.<br><br>my website ... [http://www.dev.adaptationlearning.net/hostgator-update-mx-records Hostgator Promo Code]
	~~\|minorplanet=yes~~
	\|name~~=1999 OJ<sub>4</sub>~~
	~~\|image=[[File:Orbit of 1999 OJ4.gif\|thumb\|300 px\|Orbit of 1999 OJ<sub>4</sub>]]~~
	~~\|bgcolour=#FFFFC0~~
	~~\|discovery= yes~~
	~~\|discoverer= [[Mauna Kea Observatory]]~~
	~~\|discovered= July 18, 1999~~
	~~\|orbit_ref=<ref name= "Johnston archive" /><ref name= "JPL SBDB">{{cite sbdb\|title=(1999 OJ4)\|id=3031899\|orbit=yes}}</ref><ref name = "Lowell">~~
	~~{{cite web~~
	~~\|date=26 March 2013~~
	~~\|title=1999 OJ4~~
	~~\|url=http:~~/~~/www2~~.~~lowell.edu/users/grundy/tnbs/1999_OJ4.html~~
	~~\|work=Lowell~~
	~~\|accessdate=2013-10-14~~
	}}<~~/ref~~>
	~~\|aphelion= {{convert\|38.9821849\|AU\|Gm\|4\|abbr=on}}~~
	~~\|perihelion= {{convert\|36.9289344\|AU\|Gm\|4\|abbr=on}}~~
	~~\|semimajor= {{convert\|37.9555596\|AU\|Gm\|4\|abbr=on}}~~
	~~\|eccentricity = .027048087~~
	~~\|period= 233.84 years~~
	~~\|inclination= 4.00407256°~~
	~~\|asc_node= 127.534875°~~
	~~\|arg_peri= 296.645795°~~
	~~\|mean_anomaly= 275.664317°~~
	~~\|satellites= 1~~
	~~\|p_mean_motion= 0.0042~~
	~~\|physical_characteristics= yes~~
	~~\|single_temperature= 43 K (-230°C)~~
	~~\|abs_magnitude= 7.1~~<~~ref name= "JPL SBDB" /~~>
	~~\|dimensions= {{convinfobox\|75\|km\|\|mi}}~~
	~~\|albedo= 0~~.~~21 (geometric)<ref name= "Johnston archive" /><ref name= "TNO binaries">~~
	~~{{cite journal~~
	~~\|last1=Grundy \|first1=W~~. M.
	~~\|last2=Noll \|first2=K. S.~~
	~~\|last3=Buie \|first3=M. W.~~
	~~\|last4=Beneccini \|first4=S. D.~~
	~~\|last5=Stephens \|first5=D. C.~~
	~~\|last6=Levison \|first6=H. F.~~
	~~\|display-authors=1~~
	~~\|year=2009~~
	~~\|title=Mutual Orbits and Masses of Six Transneptunian Binaries~~
	~~\|journal=Icarus~~
	~~\|doi=10.1016/j.icarus.2008.12.008~~
	~~\|arxiv = 0812.3126 \|bibcode = 2009Icar..200..627G }}</ref>~~
	}}
	~~'''1999 OJ<sub>4</sub>''' is a fairly small~~ [[Classical Kuiper belt object\|cubewano]] that orbits in a nearly circular orbit. It is orbited by S/2005 (1999 OJ<sub>4</sub>) 1, a [[asteroid moon\|moon]] just 3 kilometres smaller than 1999 OJ<sub>4</sub> itself.<ref name= "Johnston archive">
	~~{{cite web~~
	~~\|last=Johnston \|first=W. R.~~
	~~\|date=28 December 2008~~
	~~\|title=1999 OJ4~~
	~~\|url=~~http://www.~~johnstonsarchive~~.net/~~astro/astmoons/am-1999oj4.html~~
	~~\|work=Johnston's Archive~~
	~~\|accessdate=2013-10-14~~
	~~}}</ref>~~

	~~== Orbit and Relationship with the Kuiper Belt ==~~
	1999 OJ<sub>4</sub> orbit characterizes it as a classical Kuiper Belt object, or cubewano. Due to its nearly circular orbit and low inclination, it is also in the "cold" population of cubewanos. As a result, it is likely reddish in color.<ref name="KBOColor">
	~~{{cite journal~~
	~~\|author=A. Doressoundiram, N. Peixinho, C. de Bergh, S. Fornasier, P. Thebault, M. A. Barucci,C. Veillet~~
	~~\|title=The Color Distribution in the Edgeworth-Kuiper Belt~~
	~~\|journal=The Astronomical Journal~~
	~~\|volume=124\|date=October 2002~~
	~~\|arxiv=astro~~-~~ph/0206468~~
	~~\|bibcode = 2002AJ....124.2279D~~
	~~\|doi = 10.1086/342447~~
	~~\|issue=4~~
	~~\|pages=2279~~
	~~}}</ref><ref name="KBOColor2">~~
	~~{{cite journal~~
	~~\|author=Nuno Peixinho, Pedro Lacerda and David Jewitt~~
	~~\|title=Color~~-~~inclination relation of the classical Kuiper belt objects~~
	~~\|journal=The Astronomical Journal~~
	~~\|volume=136\|date=August 2008~~
	~~\|arxiv=0808.3025~~
	~~\|bibcode = 2008AJ....136.1837P~~
	~~\|doi=10.1088/0004~~-~~6256/136/5/1837~~
	~~\|issue=5~~
	~~\|pages=1837~~
	~~}}</ref>~~

	~~== Moon ==~~
	1999 OJ<sub>4</sub> has one moon, S/2005 (1999 OJ<sub>4</sub>) 1. This moon was discovered by the Hubble Space Telescope<ref name= "TNO binaries" /> on October 5, 2013.<ref name= "Johnston archive" /> It orbits 3,267 kilometres away from 1999 OJ<sub>4</sub>, completing one orbit every 84.115 days.<ref name= "Johnston archive" /><ref name= "TNO binaries" /> At 72 km, it is nearly the same size as 1999 OJ<sub>4</sub>. From the surface of 1999 OJ<sub>4</sub>, S/2005 (1999 OJ<sub>4</sub>) 1 would have an apparent diameter of roughly 8.11°,<ref group="lower-alpha">Calculated by solving <math> \scriptstyle{\mathrm{tan}\left(\frac{\theta}{2}\right) = \frac{\mathrm{radius~of~moon}}{\mathrm{distance~from~surface~of~asteroid~to~center~of~moon}}}</math>.</ref> over fourteen times the apparent size of the [[Sun]] from [[Earth]].

	~~== Notes ==~~
	~~{{notelist}}~~

	~~== References ==~~
	~~{{Reflist}}~~



	~~[[Category:Classical Kuiper belt objects]]~~
	~~[[Category:Astronomical objects discovered in 1999]~~]

EdDSA - Revision history

en>OneGuy: /* Features */

en>Teslacuted at 23:18, 15 January 2014