heliocentric orbit


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heliocentric orbit

[¦hē·lē·ō¦sen·trik ′ȯr·bət]
(astronomy)
An orbit relative to the sun as a center.
McGraw-Hill Dictionary of Scientific & Technical Terms, 6E, Copyright © 2003 by The McGraw-Hill Companies, Inc.
References in periodicals archive ?
BepiColombo will perform one flyby of Earth, two of Venus, and six of Mercury to tweak the shape, size, and orientation of its heliocentric orbit before settling in at Mercury in December 2025.
Strapped onboard SpaceX's Falcon Heavy Rocket, the Elon Musk's own Tesla was the payload for a demonstration mission and was sent into space because it was "something fun." The initial plan was to place the car in a heliocentric orbit at a distance approximately the same as the one between Mars and the Sun.
On June 17, Herschel's thrusters were activated and a burn was completed putting it into a different heliocentric orbit. Any remaining unused fuel was then jettisoned and the onboard computer instructed to cease communications.
New Delhi, Muharram 27, 1435, Nov 30, 2013, SPA -- India's Mars-bound spacecraft is scheduled to complete a key manoeuvre to move out of the earth's orbit into a heliocentric orbit towards the Red Planet in the small hours of Sunday, Indian Space Research Organisation (ISRO) officials say, according to dpa.
This was the main manoeuvre in a series that ensured the satellite was boosted away from its operational orbit around the L2 Sun-Earth Lagrange Point and into a heliocentric orbit, further out and slower than Earth's.
The vector equation of motion of a solar sail spacecraft moving in a heliocentric orbit is defined by (33), where r is the position vector of the spacecraft with respect to the Sun at time t.
"But I think it's brought out the question that we aren't adequately cataloging the artificial junk that's being sent into heliocentric orbit. When something has gone around the sun .
A master list of candidates entering heliocentric orbit has been published on the Web.
It flew through the tail of Comet Giaccobini-Zinner in 1985, then continued on in heliocentric orbit where it sent low-rate data for the next several years.
Here, the asymmetric torques affect the system as a whole, leading to three possible end states: a long-lived, stable binary system; an escape leading to two asteroids sharing the same heliocentric orbit, but not mutually orbiting each other; or a gentle collision resulting in a contact binary, probably resembling 25143 Itokawa (recently visited by Japan's Hayabusa spacecraft).