Difference between revisions 2100256 and 2109301 on enwikiversity

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Draft:Lofting technology
[[Image:Skylab-73-HC-440HR.jpg|thumb|right|250px|The Saturn V SA-513 lifts off to boost the Skylab Orbital Workshop into Earth orbit on March 14, 1973. Credit: NASA.]]
Astronomy is performed by location and is subject to local conditions. The shapes and sizes of observatories have changed over time, as have their altitude. The motivations for putting an observatory manned or unmanned at different altitudes has led to a great variety in '''lofting technology'''.
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(contracted; show full)ater stability. It entered the atmosphere of Titan on January&nbsp;14, 2005, and after a two-and-a-half-hour descent landed on solid ground. Although Cassini successfully relayed 350 of the pictures that it received from Huygens of its descent and landing site, a software error failed to turn on one of the Cassini receivers and caused the loss of the other 350 pictures.
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==Hypotheses==
{{main|Hypotheses}}
# Being repelled by the Earth is a lofting technology.

==See also==
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120em}}
* [[Alignment telescope]]⏎
* [[Astronomy/Keynote lecture]]
* [[Gamma-ray astronomy]]
* [[Light and optics]]
* [[Mathematical astronomy]]
* [[Orange astronomy]]
* [[Draft:Keynote lectures/Radiation astronomy|Radiation astronomy]]
* [[Strong gravitational constant]]
* [[Ultraviolet astronomy]]
* [[Visual astronomy]]
* [[X-ray astronomy]]
* [[Yellow astronomy]] (1 kB) (22 December 2019)
* [[Draft:Applications of power electronics|Applications of power electronics]] (8 kB) (18 October 2019)
* [[Keynote lectures/Astronomy]] (109 kB) (14 October 2019)
* [[Draft:Electrochemical capacitors|Electrochemical capacitors]] (16 kB) (31 October 2019)
* [[Draft:Electrostatic suspension|Electrostatic suspension]] (22 kB) (5 November 2019)
* [[Gamma-ray astronomy]] (103 kB) (26 July 2019‎)
* [[Draft:Original research/Interstellar vehicles]] (15 kB) (9 November 2019)
* [[Draft:Lofting technology|Lofting technology]] (91 kB) (22 December 2019)
* [[Mathematical astronomy]] (85 kB) (27 February 2019)
* [[Draft:Natural electric field of the Earth|Natural electric field of the Earth]] (27 kB) (10 December 2019)
* [[Orange astronomy]] (100 kB) (26 July 2019‎)
* [[Draft:Particle fountain|Particle fountain]] (11 kB) (26 May 2019)
* [[Draft:Keynote lectures/Radiation astronomy|Radiation astronomy]] (175 kB) (8 December 2019)
* [[Draft:Repellor vehicles|Repellor vehicles]] (42 kB) (5 August 2019)
* [[Draft:Safety|Safety]] (13 kB) (25 June 2019)
* [[Draft:Shielding|Shielding]] (10 kB) (19 August 2019)
* [[Draft:Spaceflights|Spaceflights]] (23 kB) (23 June 2019)
* [[Strong gravitational constant]] (32 kB) (8 November 2019)
* [[Draft:Technology|Technology]] (46 kB) (23 July 2019)
* [[Ultraviolet astronomy]] (104 kB) (8 December 2019)
* [[Visual astronomy]] (100 kB) (25 July 2019‎)
* [[X-ray astronomy]] (132 kB) (11 September 2019‎)
* [[Yellow astronomy]] (101 kB) (26 July 2019‎)
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==References==
{{reflist|2}}

==External links==
* [http://www.bing.com/search?q=&go=&qs=n&sk=&sc=8-15&qb=1&FORM=AXRE Bing Advanced search]
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[[Category:Radiation astronomy/Lectures]]
[[Category:Resources last modified in July 2019]]
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