[PDF][PDF] Perchlorate driven combustion of organic matter during py-GC-MS: implications for organic matter detection on Earth and Mars
J Geophys Res Planets, 2018•researchgate.net
The search for life on Mars targets the detection of organic matter from extant or extinct
organisms. Current protocols use thermal extraction procedures to transfer organic matter to
mass spectrometer detectors. Oxidizing minerals on Mars, such as perchlorate, interfere with
organic detection by thermal extraction. Thermal decomposition of perchlorate releases
oxygen which promotes combustion of organic carbon. We have assessed the minimum
mass ratio of organic carbon to perchlorate required to detect organic matter by thermal …
organisms. Current protocols use thermal extraction procedures to transfer organic matter to
mass spectrometer detectors. Oxidizing minerals on Mars, such as perchlorate, interfere with
organic detection by thermal extraction. Thermal decomposition of perchlorate releases
oxygen which promotes combustion of organic carbon. We have assessed the minimum
mass ratio of organic carbon to perchlorate required to detect organic matter by thermal …
Abstract
The search for life on Mars targets the detection of organic matter from extant or extinct organisms. Current protocols use thermal extraction procedures to transfer organic matter to mass spectrometer detectors. Oxidizing minerals on Mars, such as perchlorate, interfere with organic detection by thermal extraction. Thermal decomposition of perchlorate releases oxygen which promotes combustion of organic carbon. We have assessed the minimum mass ratio of organic carbon to perchlorate required to detect organic matter by thermal extraction
researchgate.net
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