Moon is Rusting and Earth may be a couplet


A new study published in Science Advance by lead author Shuai Li found that hematite – a form of rust – was discovered on the moon. Iron is made up of iron, oxygen and water – the latter two being of the Moon. Not known, which is surprising to scientists. Lee of the University of Hawaii examined data from the Indian Space Research Organization’s Chandrayaan-1 orbiter, which originally found water-ice at the lunar poles in 2008 and, according to the study, continued mineralogy on the moon. As NASA pointed out, a planet like Mars is known for its iron-rusty surface, due to its ancient past with water and oxygen – which is scientifically understandable and also caused red color on Mars is.After closely examining the data, Lee discovered the mineral, hematite, at the poles of the moon – with it found to be far more abundant on the near side of the Earth.

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Hematite is a primary iron ore – in its pure state hematite is made up of 70% iron and 30% oxygen. To produce rust, iron must be exposed to both oxygen and water.

“It’s very surprising,” Lee said. “The moon is a terrible environment to form in hematite.”

Lee made inquiries with NASA Jet Propulsion Laboratory scientists, Abigail Freeman and Vivian Sun to confirm their hermetic discovery.

“At first, I didn’t fully believe it, Freeman said.” It should not exist based on the conditions on the Moon, but since we discovered water on the Moon, people are speculating that there may be more diversity than minerals we know if water reacts to rocks Does. ”

Scientists believe that the relationship between the Earth’s upper atmosphere has to do with the explanation of corrosion on the Moon. Studies show that the Earth’s magnetic field near the Moon “detects oxygen levels” – dubbed the magnetotail – that carries currents of the Earth’s magnetic field as it flows through the solar system, and Can be rightly split into the Moon, falling off oxygen from the planet’s upper atmosphere.

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After this comes the issue of water. But the team of scientists think that the dust particles hitting the lunar surface result in water molecules, which then combine with iron in the soil surface. NASA reported that oxidation rates may increase along with heat. In the opposite direction, hydrogen, which acts as a corrosion suppressor and can be transported through the solar wind, can pose a potential problem.

However, when the moon is “shielded from solar wind and oxygen” during a certain period of time in the lunar phase, a chemical reaction to corrosion may occur.

More data needs to be gathered to properly conclude how the interaction is taking place, and especially to answer the question of how hematite is being formed on the dark side of the moon – where the Earth’s oxygen will not reach .“I think these results indicate that more complex chemical processes are taking place in our solar system than previously identified,” Surya said. “We can understand them better by sending future missions to the moon to test these hypotheses.”

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Jessie Wade is the homepage editor at IGN and the science-loving Moon of the Moon. Chat with him on twitter @jessieannwade.