Rock-Eval pyrolysis was conducted on ground bulk sediment samples (100 mg/sample) to determine (1) the amount of hydrocarbons (HC) already present in the sample (S1 peak in mg hydrocarbons per gram sediment), (2) the amount of hydrocarbons generated by pyrolytic degradation of the kerogen during heating up to 550°C (S2 peak in mg hydrocarbon per gram sediment), (3) the amount of carbon dioxide generated during heating up to 390 °C (S3 peak in mg carbon dioxide per gram sediment), and (4) the temperature of maximum pyrolysis yield (Tmax value in °C). Total organic carbon (TOC) values of the analyzed sediments were known from shipboard measurements (Heuer et al., 2017). The hydrogen index (HI) corresponds to the quantity of pyrolyzable hydroc...
Significant variations in the nature and content of total carbon and total organic carbon (TOC) in c...
Rock-Eval pyrolysis is increasingly used for the routine characterization of natural organic matter ...
(IF 3.12 [2018]; Q2)International audienceQualitative and quantitative changes of organic and carbon...
The Total Organic Carbon (TOC) is one of the most important Rock-Eval pyrolysis derived parameters. ...
Geochemical analyses were carried out on Quaternary sediments from cores at Sites 479 and 480. The a...
Pyrolysis techniques were used to characterize the organic matter contained within the penetrated se...
International audienceApplication of Rock-Eval pyrolysis to soil organic matter (SOM) quantitation a...
International audienceApplication of Rock-Eval pyrolysis to soil organic matter (SOM) quantitation a...
Among the different Rock-Eval parameters, the hydrocarbons released under the S2 peak of Rock-Eval i...
Sediments from Deep Sea Drilling Project Sites 615, 617, 618, 619, and 620-623 were subjected to pyr...
Pyrolysis examinations used to study disperse organic matter are review and evaluated here. The info...
A series of C2-C8 hydrocarbons (including saturated, aromatic, and olefinic compounds) from deep-fro...
The Rock-Eval pyrolysis and total organic carbon (TOC) analysis technique is widely used for organic...
Hydrocarbon generation is undoubtedly in the focus of research on conventional and unconventional oi...
Hydrocarbon generation is undoubtedly in the focus of research on conventional and unconventional oi...
Significant variations in the nature and content of total carbon and total organic carbon (TOC) in c...
Rock-Eval pyrolysis is increasingly used for the routine characterization of natural organic matter ...
(IF 3.12 [2018]; Q2)International audienceQualitative and quantitative changes of organic and carbon...
The Total Organic Carbon (TOC) is one of the most important Rock-Eval pyrolysis derived parameters. ...
Geochemical analyses were carried out on Quaternary sediments from cores at Sites 479 and 480. The a...
Pyrolysis techniques were used to characterize the organic matter contained within the penetrated se...
International audienceApplication of Rock-Eval pyrolysis to soil organic matter (SOM) quantitation a...
International audienceApplication of Rock-Eval pyrolysis to soil organic matter (SOM) quantitation a...
Among the different Rock-Eval parameters, the hydrocarbons released under the S2 peak of Rock-Eval i...
Sediments from Deep Sea Drilling Project Sites 615, 617, 618, 619, and 620-623 were subjected to pyr...
Pyrolysis examinations used to study disperse organic matter are review and evaluated here. The info...
A series of C2-C8 hydrocarbons (including saturated, aromatic, and olefinic compounds) from deep-fro...
The Rock-Eval pyrolysis and total organic carbon (TOC) analysis technique is widely used for organic...
Hydrocarbon generation is undoubtedly in the focus of research on conventional and unconventional oi...
Hydrocarbon generation is undoubtedly in the focus of research on conventional and unconventional oi...
Significant variations in the nature and content of total carbon and total organic carbon (TOC) in c...
Rock-Eval pyrolysis is increasingly used for the routine characterization of natural organic matter ...
(IF 3.12 [2018]; Q2)International audienceQualitative and quantitative changes of organic and carbon...