ogle$54774$ - definitie. Wat is ogle$54774$
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Wat (wie) is ogle$54774$ - definitie

BINARY STAR IN THE CONSTELLATION CARINA
OGLE-TR-122b; OGLE-TR 122; OGLE-TR 122b; OGLE-TR 122B; OGLE-TR-122B; OGLE TR 122; OGLE TR 122b; OGLE TR 122B; OGLE TR-122; OGLE TR-122b; OGLE TR-122B; OGLE-tr-122b; V817 Carinae
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David Ogle         
  • 1962 [[Ogle SX1000]]
  • Reproduction TR82 radio
BRITISH INDUSTRIAL DESIGNER
Aston Martin DBS V8 by Ogle; Ogle, David
David Slingsby Ogle (1921England & Wales, Civil Registration Birth Index, 1916–2007 – 25 May 1962) was a British industrial and car designer. He founded the design consultancy company Ogle Design in 1954.
Ponsonby Ogle         
BRITISH WRITER, JOURNALIST AND EDITOR
Ponsonby Dugmore Ogle
Ponsonby Dugmore Ogle (8 December 1855 – 17 December 1902) was a British writer and journalist, and for a time was editor of The Globe newspaper in London. Later in life he was mistakenly reputed to own a large baronial estate in Massachusetts.
Ogle Design         
  • Ogle Noor logo
  • [[Ogle SX1000]] in 1980
BRITISH DESIGN CONSULTANCY COMPANY
Ogle Noor
Ogle Design is a British design consultancy company founded in 1954 by David Ogle and based in Letchworth, Hertfordshire.

Wikipedia

OGLE-TR-122

OGLE-TR-122 is a binary stellar system containing one of the smallest main-sequence stars whose radius has been measured. It was discovered when the Optical Gravitational Lensing Experiment (OGLE) survey observed the smaller star eclipsing the larger primary. The orbital period is approximately 7.3 days. The system's primary is thought to resemble the Sun.

The smaller star, OGLE-TR-122B, is estimated to have a radius around 0.12 solar radii, or around 20% larger than Jupiter's, and a mass of around 0.1 solar masses, or approximately 100 times Jupiter's. This makes its average density approximately 50 times the Sun's or over 80 times the density of water. OGLE-TR-122b's mass is close to the lowest possible mass for a hydrogen-fusing star, estimated to be around 0.07 or 0.08 solar masses. The observed transit provides the first direct evidence for a star with a radius comparable to Jupiter's.