The Saturn Project
The Saturn project is aimed at developing geo-software for industry and academic applications. Two academic applications have already been developed. These are currently being tested for U-Pb and Trace Element
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In situ U-Pb apatite ages combined with Sr-Sr and Sm-Nd for petrochronology
AIRG is currently improving new methods to obtain in situ isotope information of apatite. The mineral apatite is a key mineral for thermochronology studies via U/Th–He, fission-track and U-Pb dating.
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CARBONATE U-Pb AND Sr-Sr
In addition to in-situ trace element compositions, AIR-G is now providing state of the art in situ U-Pb and Sr-Sr of carbonatic rocks for research and oil exploration. We are
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BUILDING OROGENS
Anatexis of the continental crust with the efficient extraction of granitoid melts is a fundamental process that governs the internal architecture of a number of orogenic belts around the world.
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ISOTOPE METHODS
Here we develop and apply methods in LA-ICP-MS for a wide range of geological/mineralogical applications Here we develop a few methods in stable isotopes via LA-ICP-MS for geological applications. We
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TECTONIC BASINS AND THEIR SOURCES
Archean and Proterozoic Basins We are currently using isotopes to investigate a number of Archaean and Proterozoic basins in South America. Amongst the most important isotope methods used are: U-Pb
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