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"And it’s true, water has been detected on the moon’s surface through remote sensing. However, researchers at the University of New Mexico, UCLA, University of Texas at Austin and Los Alamos National Laborotary, have taken a deeper look within the Moon’s mantle and the results tell a different story. Their findings were published today in a Sciencexpress Report titled, “The Chlorine iso-tope.composite of the Moon and Implications for an Anhydrous Mantle.”
"Sharp and his colleagues, including Research Professor Chip Shearer from UNM’s Institute of Meteoritics, used a gas source mass spectromenter to measure chlorine isotopic composite of lunar basalts and volcanic glass beads collected during the Apollo missions and given to UNM by Johnson Space Center.
“The only way to explain the results was that the magmas had no water in them,” said Sharp. “We concluded that large chlorine isotopic variactions can only be explained if there’s no hydrogen in the rocks. Isotopic anomalies in lunar samples have been seen in other elementtal systems, but never with the extreme variations observed for the chlorine isotopes. What makes chlorine unique is its hydrophilic affinity and high ivolatility.compared to all other isotopic systems studied in lunar samples.”
Originally posted by Overtime
to measure chlorine isotopic composite of lunar basalts and volcanic glass beads collected during the Apollo missions
[edit on 28-8-2010 by Overtime]
Originally posted by Overtime
Where did the samples come from? They cannot have come from Earth.
Originally posted by Overtime
reply to post by soleprobe
Only one problem with that.
Where did the samples come from? They cannot have come from Earth.