Downloads provided by UsageCountsIODP Expedition 368X SRA (Source Rock Analysis)
Childress, L.B.; Alvarez Zarikian, C.A.; Briais, A.; Dadd, K.A.; Deng, J.-M.; Hoefig, T.W.; Huang, X.-L.; +14 Authors
Childress, L.B.; Alvarez Zarikian, C.A.; Briais, A.; Dadd, K.A.; Deng, J.-M.; Hoefig, T.W.; Huang, X.-L.; Li, B.; Lin, J.; Liu, C.; Liu, Z.; Nirrengarten, M.F.R.; Peate, D.W.; Qiu, N.; Satolli, S.; Stock, J.M.; Sun, Z.; van der Zwan, F.M.; Xiang, R.; Yi, L.; Zhong, L.;
IODP Expedition 368X SRA (Source Rock Analysis)
SRA provides safety monitoring and yields information about thermal maturation and source of hydrocarbons, as well as petroleum potential, in the sediment or rocks at a drilled site. Samples are heated in a pyrolysis oven in an inert atmosphere to quantitatively and selectively determine free hydrocarbons contained in the sample and the hydrogen- and oxygen-containing compounds that are volatilized during the cracking of unextractable organic matter in the sample (kerogen).
International Ocean Discovery Program, Chemical Sciences not elsewhere classified, lithosphere thinning, T60 unconformity, Expedition 368, Expedition 367, IODP, JOIDES Resolution, Inorganic Chemistry, Site U1501, Site U1502, Expedition 368X, Site U1500, Site U1505, Environmental Sciences not elsewhere classified, Site U1503, steady-state ocean, Site U1504, Molecular Biology, outer margin high, Cancer, northern South China Sea, subsidence, Evolutionary Biology, rifted margin, hyperextension, Ecology, Cenozoic, continent ocean transition, Site U1499, turbidite, igneous activity, embryonic ocean, red clay, continental breakup, Biotechnology, Biological Sciences not elsewhere classified
International Ocean Discovery Program, Chemical Sciences not elsewhere classified, lithosphere thinning, T60 unconformity, Expedition 368, Expedition 367, IODP, JOIDES Resolution, Inorganic Chemistry, Site U1501, Site U1502, Expedition 368X, Site U1500, Site U1505, Environmental Sciences not elsewhere classified, Site U1503, steady-state ocean, Site U1504, Molecular Biology, outer margin high, Cancer, northern South China Sea, subsidence, Evolutionary Biology, rifted margin, hyperextension, Ecology, Cenozoic, continent ocean transition, Site U1499, turbidite, igneous activity, embryonic ocean, red clay, continental breakup, Biotechnology, Biological Sciences not elsewhere classified
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This indicator reflects the initial momentum of an article directly after its publication, based on the underlying citation network.
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