This includes the world’s first acquisition of the altitudinal temperature distribution between the altitudes of 40 and 85 kilometers for the entire planet of Venus, which was studied by a research team at Kyoto Sangyo University. A number of discoveries have already been made and released using the data acquired from AKATSUKI. ORB267 Venus Enhanced soil + stain resistance Enhanced abrasion resistance CFFA-Healthcare-201: Certified Enhanced ink resistance Denim stain resistant. These data will be used to study the flow and composition of theĪtmosphere, as well as the existence of lightning and volcanic activities. It is equipped with five cameras to photograph the Venusian atmosphere using infrared, visible light, and ultraviolet rays, and also uses other instruments to measure the altitudinal distribution of temperatures and other factors. The initial orbit was 400 x 350 000 km with a period of about 9 days, a sequence of seven maneuvers culminating on 6 May on orbit 16 brought it into an elliptical 24 hour, 250 x 66000 km polar orbit with the periapsis centered initially over 78 N latitude. By studying Venus, scientists learn how Earth-like planets change.
AKATSUKI, which was launched in May 2010, was developed to solve the mysteries of the atmosphere on Venus. Orbital studies hint that Venus may have hosted habitable oceans before becoming inhospitable.
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