Приклади вживання Ryugu Англійська мовою та їх переклад на Українською
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The primary one being the amount of water, or lack of it, Ryugu seems to possess.
The target was the asteroid Ryugu, and Hayabusa2 arrived on schedule on Wednesday, June 27th, 2018.
Hayabusa2 launched on December 3, 2014, and arrived at its target, Ryugu, on June 27, 2018.
In Japan, the oarfish is known as ryugu no tsukai, or“messenger from the sea god's palace.”.
Recently, the team of the mission"Hayabusa-2" showedthe results of the firstmonth of operation of the probe in orbit around the asteroid Ryugu.
Other compounds crucial to life exist in asteroids and Ryugu has some surprises here too.
The distance between Ryugu and Hayabusa 2 when the images were taken is about 1.3 million km.
They can jump horizontal distances up to 15 meters,and as gravity Ryugu is very weak, it may take up to 15 minutes.
A view of the asteroid Ryugu captured by the Hayabusa2 spacecraft on Sunday, from a distance of about 40 kilometers.
Queen guitarist andastrophysicist Brian May created a stereoscopic image of the Ryugu asteroid, 280 million kilometers from the Earth.
The next step Ryugu will be sampling soil, which“Hayabusa-2” will release on the surface of the mobile explosive device.
September 23- Japan's space agency is thefirst to place two robotic explorers on an asteroid- Ryugu, from its Hayabusa-2 spacecraft.
Although we can currently see Ryugu only as a point, it is very exciting for the whole project team to catch sight of the destination!
Automatic interplanetary station“Hayabusa-2” was launched in late 2014 andis designed to study the asteroid(162173) Ryugu.
The successful touchdown on the Ryugu asteroid was met with relief and cheering in the control room at Japan's space agency, JAXA.
The spacecraft has spent the last three and a half years traveling 177 million miles(285 million kilometers)from Earth to meet up with the asteroid Ryugu.
He was sent to the so-called asteroid Ryugu, examining the surface of which scientists want to know how life appeared on Earth.
After shutting down its ion engines several weeks ago, the craft has used maneuveringthrusters to chart a zig-zag pattern as it closes in on Ryugu.
So far, the asteroids we have explored have been different in shape,so Ryugu and Bennu could be the first time two similar-shaped asteroids have been examined.
The decision to choose Ryugu as the destination, based on the prediction that there is some water, was not wrong,” said Kohei Kitazato, an associate professor at the University of Aizu in Fukushima Prefecture.
As the researchers supposed,it looks very similar to the asteroid Ryugu(162173 Ryugu), which is currently being explored by the Japanese station Hayabusa-2.
Ryugu is thought to contain relatively large amounts of organic matter and water, the stuff of life, and scientists hope samples taken from the asteroid will offer clues about what gave rise to life on Earth.
Earlier, Hayabusa-2 showed a three-dimensional model of the asteroid Ryugu surface, created on the basis of images taken with the same probe from a distance of 20 km.
Asteroids Bennu and Ryugu have a measured bulk density which suggests a rubble pile internal structure.[1][2] Many comets and most smaller minor planets are thought to be composed of coalesced rubble.
Interplanetary station“Hayabusa-2” successfully completed itsthird rehearsal of soil sampling from the asteroid Ryugu and threw him the ball with the names of 180 thousand people.
Sugita and his colleagues believe Ryugu comes from a parent asteroid several tens of kilometers wide, most likely in the asteroid families Polana or Eulalia.
Since then, the spacecraft has used a wide range of cameras and instruments to collect images anddata about Ryugu which it continually sends to researchers back on Earth.
Even the species' traditional Japanese name, ryugu no tsukai- which translates as“messenger from the palace of the dragon king”- hints at its links to natural disasters in the past.
It's far dryer than we expected, and given Ryugu is quite young(by asteroid standards) at around 100 million years old, this suggests its parent body was much largely devoid of water too.
When I saw these images, I was surprised that Ryugu is very similar in shape to both the destination of the US OSIRIS-REx mission, asteroid Bennu and also the target of the previously proposed MarcoPolo-R mission by Europe, asteroid 2008 EV5.