Biblioteca Digital

12 resultados para Cement slurries

em Publishing Network for Geoscientific

(Table 1) Carbonate cement mineralogy, isotope composition, and pore water environment in ODP Hole 112-685A

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(Table 1) Carbonate cement mineralogy, isotope composition, and pore water environment in ODP Hole 112-687B

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(Table 3) Temperature of formation of quartz cement in ODP Hole 103-641C

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(Table 1) Carbonate cement mineralogy, isotope composition, and pore water environment in ODP Hole 112-682A

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(Table 3) Chemical composition of acid-soluble fraction of carbonate concretions and sediments with carbonate cement from Core Ge99-31-4 collected in the northern Deryugin Basin, Sea of Okhotsk

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(Table 1) Minerals determined in carbonate concretions and sediments with carbonate cement from Core Ge99-29-2 collected in the northern Deryugin Basin, Sea of Okhotsk

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(Table 3) Chemical composition of acid-soluble fraction of carbonate concretions and sediments with carbonate cement from Core Ge99-29-2 collected in the northern Deryugin Basin, Sea of Okhotsk

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(Table 2) Stable isotope ratios of sparry calcite cement samples from ODP Hole 134-831B

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(Table 1) Minerals determined in carbonate concretions and sediments with carbonate cement from Core Ge99-31-4 collected in the northern Deryugin Basin, Sea of Okhotsk

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(Table 5) Chemical composition of cement from a carbonate-poor crust collected within the area of the Lake Untersee, East Antarctica

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(Figure 3) Concentrations and stable carbon isotopic values of dimethyl sulfide, methanethiol and methane in sediment slurries under non-labeling and labeling conditions of Lake Plußsee

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(Figure 2) Effects of H2 and bicarbonate on the formation of dimethyl sulfide, methanethiol, methane, and acetate in the sediment slurries of Lake Plußsee

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