When Apollo astronauts descended on the moon, preparing to face a lifeless wasteful earth, they were harassed to find the surface covered in orange glass pearls. Small grains, which are smaller like a pencil tip, have survived a large volcano over 3.5 billion years ago. She was made of rain -shaped pearls, which spread during the blasts and then cooled into the moon’s refrigerated vacuum. The beads of such glass beads are stored in the storms of the shelter. They have been re -considered again with the tolls, and with them a violent dramatic, violent graphical built -in points of the world that were once filled with tropical and color.
Explosive volcanoes of the ancient glass beads of the moon reveal the past and the lunar interior evolution.
According to a recent analysis published in the universe today, a team of scientists from Washington University employed high resolution electron microscopy and ion beam techniques to analyze the mineral content of the Apollo era samples, which have a lifelong eruption and a safe haven for a lunar volcano.
The beads of the pearls range from shiny black to red and dynamic orange, and they show different bursts and magma source conditions on the surface of the moon. Some articles rapidly show the cooling, while other so -called Magma identify the time of housing. The surface of the bead contains autopic data, and this information contains the moon’s molten interior indicators, which had a history of 3.3-3.6 billion years ago, as it began to develop for the first time.
The reason for this is that not every bead is a testimony to the dramatic volcano incident on the moon, but with each bead, a journal about the incident was written long ago in the days of our lunar volcanic experts. “If we can make this volcano -based history, we can start collecting the date that like the moon, its history and what is happening, what is happening and what is happening,” he says, “Not only in the moon, but it usually has the implications of the history of the planets. We do this in the solar system.
The proposed devices for NASA’s Artemis missions will continue to look for the moon and look for more samples of beads and other types of samples, and will enable a better understanding of lunar volcano records, rewrite lunar geology, and change the scientific ideas of the universe history.
