20:
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1021:
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143:— entered areocentric orbit on 13 November 1971. Within a month, Mariner 9 was joined in orbit by two Soviet orbiters:
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224:. Monographs in Aerospace History. Translated by Katherine A. Nazarova. NASA. p. 57.
204:. The NASA History Series. NASA Scientific and Technical Information Branch. p. 288.
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of an areocentric orbit are sometimes called by specialized names: the
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215:
V.G. Perminov (July 1999). "4.6 The
Spacecraft's Struggle to Mars".
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201:
On Mars: Exploration of the Red Planet, 1958–1978 (NASA SP-4212)
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145:
127:
102:" for an orbit around the Sun. As with these other orbits, the
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This article about the planet Mars or its moons is a
198:Edward Clinton Ezell; Linda Neuman Ezell (1984).
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218:The Difficult Road to Mars (NP-1999-06-251-HQ)
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36:from October 24, 2001, to October 24, 2002
208:
1080:
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137:to orbit another planet — the U.S. probe
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899:Transposition, docking, and extraction
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94:. The name is analogous to the term "
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13:
14:
1120:
959:Kepler's laws of planetary motion
98:" for an orbit around Earth and "
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1019:
954:Interplanetary Transport Network
834:Collision avoidance (spacecraft)
919:Astronomical coordinate systems
673:Longitude of the ascending node
992:Retrograde and prograde motion
1:
185:
1052:. You can help Knowledge by
939:Equatorial coordinate system
90:equivalent of the Roman god
16:Orbit around the planet Mars
7:
158:
10:
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691:Longitude of the periapsis
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1002:Specific angular momentum
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82:prefix is derived from "
997:Specific orbital energy
149:(27 November 1971) and
409:Geostationary transfer
60:
982:Orbital state vectors
924:Characteristic energy
894:Trans-lunar injection
682:Argument of periapsis
359:Prograde / Retrograde
320:Hyperbolic trajectory
22:
829:Bi-elliptic transfer
349:Parabolic trajectory
180:Cytherocentric orbit
165:Areostationary orbit
135:artificial satellite
869:Low-energy transfer
155:(2 December 1971).
864:Inclination change
512:Distant retrograde
100:heliocentric orbit
71:around the planet
61:
32:trajectory around
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1007:Two-line elements
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737:Eccentric anomaly
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446:Orbit of the Moon
305:Highly elliptical
65:areocentric orbit
43:2001 Mars Odyssey
26:2001 Mars Odyssey
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964:Lagrangian point
859:Hohmann transfer
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559:Heliosynchronous
508:Lagrange points
461:Transatmospheric
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497:Areosynchronous
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456:Sun-synchronous
441:Near-equatorial
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126:(analogous to "
114:(analogous to "
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1025:List of orbits
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977:Orbit equation
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972:-body problem
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404:Geostationary
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170:Heliocentrism
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23:Animation of
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1054:expanding it
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987:Perturbation
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944:Ground track
854:Gravity turn
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728:True anomaly
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711:Mean anomaly
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629:
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613:Eccentricity
611:
569:Lunar cycler
542:Heliocentric
491:
482:other points
431:Medium Earth
329:Non-inclined
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1104:Mars orbits
949:Hill sphere
784:Mean motion
664:Inclination
653:Orientation
554:Mars cycler
492:Areocentric
364:Synchronous
118:") and the
1109:Mars stubs
1093:Categories
889:Rendezvous
585:Parameters
421:High Earth
391:Geocentric
344:Osculating
301:Elliptical
186:References
133:The first
108:pericenter
934:Ephemeris
911:mechanics
821:Maneuvers
764:Variation
527:Libration
522:Lissajous
426:Low Earth
416:Graveyard
315:Horseshoe
140:Mariner 9
122:is named
120:apocenter
112:periareon
110:is named
700:Position
325:Inclined
296:Circular
159:See also
124:apoareon
909:Orbital
879:Phasing
839:Delta-v
644:Apsides
638:,
436:Molniya
354:Parking
291:Capture
279:General
116:perigee
104:apsides
86:," the
565:Other
466:Tundra
334:Kepler
310:Escape
263:orbits
152:Mars 3
146:Mars 2
128:apogee
67:is an
55:
53:
48:·
46:
41:
39:
30:'s
807:Epoch
596:Shape
534:Lunar
488:Mars
480:About
451:Polar
271:Types
222:(PDF)
88:Greek
80:areo-
69:orbit
50:
1099:Mars
1050:stub
599:Size
538:Sun
517:Halo
369:semi
130:").
92:Mars
84:Ares
78:The
73:Mars
57:Mars
34:Mars
374:sub
286:Box
63:An
1095::
722:,
718:,
327:/
303:/
75:.
1081:e
1074:t
1067:v
1056:.
970:n
802:0
799:t
789:v
780:n
771:T
751:l
742:L
733:E
724:f
720:θ
716:ν
707:M
687:ϖ
678:ω
669:Ω
660:i
640:q
636:Q
627:b
618:a
609:e
254:e
247:t
240:v
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