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To extend the life of the spacecraft and ensure extensive human missions in the deep space, NASA plans to launch a robotic mission fuel for storing and transporting cryogenic fuel. Hvilya reports.
As a cryogenic fluid cooler provides the spaceship and can extend its life by several years.
The Space Agency will lay the groundwork for the expansion of space research and space-time research with the launch of Robotic Refueling Mission 3 (RRM3) is a mission using new fuel storage and refueling technology cryogenic for aerospace vehicles.
The RRM3 is attached to the international space station and will be a continuation of the missions of its predecessors – RRM and RRM2.
It should be noted that the cryogenic fluid can be a very powerful fuel. As an accelerator, it produces high thrust or acceleration, allowing rockets to overcome the gravitational pull of planetary bodies.
In addition to the above applications, the ability to fill the cryogenic fuel in space is able to minimize the amount of fuel required by vehicles to transport it from the Earth's surface. This will allow you to travel further into space and for longer periods.
Carbon dioxide in the Mars atmosphere could also convert methane back into cryogenic liquid. Thus, RRM3 technology can be used to supply rockets that leave the planet.
Another type of cryogenic fluid used in life support systems of astronauts – liquid oxygen. Effective storage and replenishment of this type of oxygen can help astronauts go on a prolonged human exploration mission and even live on other planets.
In addition, the water can be extracted on the moon and divided into distinct elements – hydrogen and oxygen, each of which can be converted into a cryogenic propellant. RRM3 technology will help establish methods for transporting and storing these resources for refueling spacecraft during search missions.
However, as useful as the cryogenic fluid, its low boiling point makes it difficult for the storage space as they eventually dry out. The RRM3 is not only capable of carrying these fluids, but also retaining the 42 liters of cryogen for six months without loss, which is enough to ensure the operation of a spacecraft for many years.
Recall, NASA declassified the date of the colonization of Mars.
As reported by the portal "Znayu" simple organism will help to colonize Mars.
Also, I wrote "Znayu", an extraterrestrial force contributed to the renaissance of NASA's Rover.
About the author
Dave Zakarian
Dave Zakarian has been a reporter at the press office since 2013. Previously, she had written about Styles' young teens and family dynamics and was the legal affairs correspondent for the subway office. Prior to joining Koz Post, Dave Zakarian was an editor at Village Voice and freelancer for Newsday, The Wall Street Journal, GQ and Mirabella.
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