Thursday , February 25 2021

How AU helped another event to land Mars



TUCSON, Ariz. – A new spacecraft finishes a very fast, dangerous journey to Manchester and creates clean land safe there.

The Arizona University project helped to choose the parking space for the

Mars InSight on the land

. The new auditor will work to learn what lies below Martian's face.

They had enough reason to sail NASA Propulsion Lab in California.

They led the InSight across miles of miles of space and it was programmed to go more than 12 thousand miles per hour to safely soft landing in just under seven minutes.

At the University of Arizona, Professor Shane Byrne did watch the successful landing. He knows that UA has helped to make it a success.

HE is a global leader in planetary science. His mission led Mars himself, the

Phoenix Mars

tier

. In just a week

Search Osiris Rex UA

reaches the Asteroid determination and starts preparations to bring an asteroid sample back to Earth.

Shane Byrne works with

HiRise, the powerful camera

has been designed and managed by the University of Arizona
HiRise has been covering Mars and studying her face over the last 12 years. Byrne says that Orbit's HiRise photos have helped mission planners to choose a safe place to land, "and also to look at things like how many boulders are on the surface because you're not landing on top of boulders; how rough is it # 39 The face is done by taking regular photos but also stereo pictures of two different angles so we can get an idea of ​​how rough the surface topography is. "

The HiRise role in choosing a site should help InSight find the facts that were received. The site is a hard and stable face that will help measure the InSight Mars-quakes sensitive seismographs.

"And look at how quickly seismic radio waves reach different waves to allow you to experience the surface and calculate how quickly seismic waves can travel through a different depth, says Byrne." That information tells you roughly how the planet has to form in the inside. "

And scientists say that the data InSight collections can tell us how other planets are formed because they believe that Mars could be a model for how other rocky planets come together.


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