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NASAscientists are about to recover out whether lunar soil ages like fine wine .
This month , researchers with the space agency are finally opening a container of lunar soil garner by Apollo 17 astronaut 50 twelvemonth ago . The vacuum - varnish container , collected in December 1972 , contain Rock and soil from a landslide depository on the lunar month ’s Taurus - Littrow Valley – and , if scientist are favourable , may also hold some ghost sampling of lunargasas well , the agencysaid in a program line .
A photo of the ‘Apollo can opener’ that scientists will use to pierce a 50-year-old container of lunar soul this month.
Why open a 50 - twelvemonth - quondam sample now ? Because even back then , the Apollo squad knew that science and engineering would continue to advance far beyond what was potential in the 1970s , even if manned lunar missions ceased . ( Apollo 17 was , incidentally , the last time humanity set base on the moon ) .
Sure enough , the scientist were correct . Now , research worker have start a weeks - long procedure of slowly piercing the sealed 1.5 - by-14 - inch ( 4 by 35 centimeters ) tube using a twist thatEuropean Space Agency(ESA ) scientist call the " Apollo can opener , " plan for just this purpose .
When astronauts collected the sample distribution from the lunation ’s surface in 1972 , the bottom of the container was passing stale , according to NASA ; hopefully , that mean the sampling hold volatile – substance like water crank andcarbon dioxide , which would evaporate under normal temperatures .
Two researchers handle the vacuum-sealed tube of lunar soil, collected during the final Apollo mission in 1972.
If investigator can extract these gasses from the sampling , then they can meditate them with New people spectrometry equipment – that is , tools for measure and analyzing item-by-item molecules . This could supply research worker with valuable insights into the geologic history of the moon .
" Each throttle component that is analyzed can help to tell a different part of the story about the origin and development of volatile on the moon and within the earlysolar system , " ESA scientist Francesca McDonald , a skill lead on the joint project with NASA , said in a instruction .
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The analysis will also help oneself prepare astronaut for the upcomingArtemis missions , which will return humanity to the moonshine for the first time since Apollo 17 , allot to NASA .
Artemis astronaut plan to bring at the lunar South Pole , where they will hoard sealed samples of cold lunar soil that will hopefully encourage the scientific understanding of the moon ’s development even further .
As part of the Artemis missions , NASA will land the first cleaning lady and the first person of color on the lunar Earth’s surface , and attempt to establish a permanent lunar base , Live Science previously reported .
Originally publish on Live Science .
