1. This changes them from a circular orbit to an elliptical one.

2. Through natural aerodynamic braking it will descend continuously while maintaining an orbit close to circular.

3. Through natural aerodynamic braking it will descend continuously while maintaining an orbit close to circular

4. Consequently the force of gravity at perigee is not enough to hold it in a circular orbit.

5. Another burn at this point can accelerate the craft,[sentencedict .com] placing it on the higher circular orbit.

6. Subsequent timing observations have shown the pulsar to be in a 74-day circular orbit with a low-mass companion.

7. NASA's Mars Reconnaissance Orbiter (MRO) will use 556 Aerobraking passes to gradually shave its orbit into a circular shape that reaches …

8. During Aerobraking, the spacecraft used friction from the Martian atmosphere to slow down and to trim its initial 35-hour, elliptical orbit around the red planet to a two-hour, near-circular orbit.

9. A spacecraft passing through its perigee point is moving faster than an equivalent craft on a circular orbit of the same radius.

10. 5 Weather satellite images of the area taken from synchronous orbit show an immense circular area of dense clouds above the impact site.

11. Firing the two yet unused engines of the Orbital Maneuvering System on board took Columbia into a circular orbit 150 miles above the earth.

12. The Global Surveyor spacecraft entered an eccentric orbit and was delicately Aerobraked down into circular mapping orbit over a period of months, the long period being needed due to structural failure of the attachment of one solar panel.

13. Finding Delta V to Circularize orbit after a transfer orbit

14. Hyperbolic orbit: An orbit with the eccentricity greater than 1.

15. Orbit acquisition

16. 7 The orbit of this comet intersects the orbit of the Earth.

17. Orbit trajectory, clear.

18. Elliptic orbit: An orbit with an eccentricity greater than 0 and less than 1 whose orbit traces the path of an ellipse.

19. We learn about its orbit, the period of its orbit and so on.

20. Circular saw—Craftsman is known for their circular saws

21. Three planets orbit it.

22. Circular Bounce

23. Pushing out of orbit.

24. Nonslip circular flange

25. The present circular is an addendum to information circular # of # ugust

26. Mercury's orbit is fairly eccentric.

27. Okay, we're out of orbit.

28. Pluto has an elliptic orbit.

29. Hammer is heading Earth's orbit,

30. Australasian Circular Textile Assoc

31. The mission will consist of a main orbiting satellite at about 100 km altitude in near-polar circular orbit and two subsatellites in elliptical orbits with Apolunes at 2400 km and 800 km

32. Following a 10-month journey to the planet, the spacecraft will be "Aerobraked" by low passes into the Martian atmosphere to allow it to get into a circular orbit around Mars

33. The orbit around the moon is called lunar orbit. The point on the lunar orbit at which the satellite is at a largest distance from the moon is called Apolune. The shape of the lunar orbit is an ellipse

34. The first satellite, Sputnik 1, was put into orbit around Earth and was therefore in geocentric orbit.

35. 13 Mercury's orbit is fairly eccentric.

36. Q . What is a geocentric orbit?

37. The orbit variation in one day under the nonspherical perturbation is shown and the motion of the orbit...

38. 2 Mercury's orbit is fairly eccentric.

39. The space shuttle soared into orbit.

40. The orbit of a celestial body.

41. The full moon is circular.

42. 14 Main business: Carbide Circular Saw films, film - for - tooth carbide circular saws, grinding, renovation, maintenance.

43. 1983 – Pioneer 10 travels beyond Pluto's orbit.

44. The orbit of a space satellite decayed.

45. This is Pluto's orbit right over here.

46. Boosters are traditionally necessary to launch spacecraft into low Earth orbit (absent a single-stage-to-orbit design), and are especially important for a space vehicle to go beyond Earth orbit

47. “The special conditions on earth resulting from its ideal size, element composition, and nearly circular orbit at a perfect distance from a long-lived star, the sun, made possible the accumulation of water on the earth’s surface.”

48. Position and elevation acquisition for orbit determination

49. The eccentricity of the orbit is 0.66.

50. Axisymmetric axial vibration of a circular plate can be understood in terms of standing circular-crested waves that propagate in a concentric circular pattern from the …

51. Buzzsaw - New Circular saw blade

52. Is this not circular reasoning?

53. Crowning is a circular correction

54. Address generator for circular buffer

55. 16 How many planets orbit the sun?

56. 13 Our team has gone into orbit.

57. Both target and projectile orbit the primary.

58. The Space Shuttle is now in orbit.

59. Cartesian circular tracking consists of a circular conveyor or rotary table which moves parts past a robot.

60. --Of circular or polygonal cross-section:

61. | – – –Of circular or polygonal cross-section: |

62. “The special conditions on earth resulting from its ideal size, element composition, and nearly circular orbit at a perfect distance from a long-lived star, the sun, made possible the accumulation of water on the earth’s surface.

63. Trajectory, what's our status on the orbit window?

64. The crew also photographed the Earth from orbit.

65. The satellite is now in a stable orbit.

66. 6 They successfully lofted a spaceship into orbit.

67. The two spacecraft will link up in orbit.

68. Went into orbit at the box office, too.

69. 13 The Space Shuttle is now in orbit.

70. 10 The orbit of a space satellite decayed.

71. 9 Prices have gone into orbit this year.

72. Scanning 90 degrees of longitude as we orbit.

73. Low-orbit freefall, no chute and big fireworks.

74. Limit the probability of accidental collision in orbit:

75. Boosters are traditionally necessary to launch spacecraft into low Earth orbit (absent a single-stage-to-orbit design), and are especially important

76. In one form, the test element body is cylindrical with a circular or non-circular cross-sectional shape.

77. Aphelion: 1 n apoapsis in solar orbit; the point in the orbit of a planet or comet that is at the greatest distance from the sun Antonyms: perihelion periapsis in solar orbit; the point in the orbit of a planet or comet where it is nearest to the sun Type of: apoapsis , point of apoapsis (astronomy) the point in an orbit farthest from the body

78. Antinode [′an·tə‚nōd] (astronomy) Either of the two points on an orbit where a line in the orbit plane, perpendicular to the line of nodes and passing through the focus, intersects the orbit

79. Ida takes 4.84089 years to complete one orbit.

80. Six space telescopes orbit the Sun in formation.