Filter Results
142 results
- Data for: Lithospheric stretching style variations and anomalous post-rift subsidence in the deep water sags of the Pearl River Mouth Basin, Northern South China SeaThe sequence boundaries depths of ten profiles used in this study are offerd. Readers chould use this data to check our results and do further study.
- Data for: Influence of ionic composition on minerals and source rocks: An investigation between carbonate-type and sulfate-type lacustrine sediments based on hydrochemical classificationThis data includes ion composition, XRD for minerals and relationship between Ion Products of CaSO4 and concentrations of Cl-, and so on.
- Data for: The influence of syngenetic hydrothermal silica fluid on organic matter preservation in lower Cambrian Niutitang Formation, South ChinaElemental composition of chert-shale intervals of lower Cambrian source rocks.
- Data for: A geological reservoir model for geothermal energy production from the Middle Devonian Slave Point FormationThin section samples, poro/perm small plug analyses and core descriptions of the Slave Point Formation at Clarke Lake Field, in Fort Nelson, Canada.
- Data for: Sedimentary Features of Domanik Shelf Carbonate Measures during Regression in the Southeastern Volga-Ural BasinRussian Platform is also called East European Platform. In order to analyze the sedimentary environment changes from Upper Frasnian to Lower Tournaisian of the study area we learned complex geological-geophysical data including 9 well core and its lithology description and mineral composition analysis, more than 150 well-logging and drilling data from Samara and Orenburg regions, and other reference materials from Tatarstan and Baskhortostan. Sedimentary environment change was firstly confirmed in a single well by core observation and its description, by its lithology, sedimentary structure and sequence, combing with well-logging curves such as SP, GR and others; then by the of analysis way of “point – line – plane – volume”, the crossline and plane rule of sedimentary change were concluded; finally, the volume sediment distribution was studied. In the end the sedimentary evolution model was established and its controlling factors was discussed
- Data for: Hydrocarbon emplacement inhibits quartz cementation and feldspar dissolution in a deeply buried sandstoneOriginal data and summary of other data used.
- Data for: NMR characterization of a tight sand's pore structures and fluid mobility: an experimental investigation for CO2 EOR potentialThis supporting information provides the experimental data used for plotting Figures 5 – 11. FIG-5-T2 distribution/01-J-1M-dual T2C.xlsx T2 data plotted in Fig. 5 for sample J-1M FIG-5-T2 distribution/02-J-2M-dual T2C.xlsx T2 data plotted in Fig. 5 for sample J-2M FIG-6-Heat-treatment data.xlsx Thermal treatment data plotted in Fig. 6 FIG-7-8.xlsx Fluids content data plotted in Fig. 7 and Fig. 8 FIG-9-11/J-1M-HnP.xlsx T2 data measured during HnP experiments, plotted in Fig. 9, 10 and 11 for sample J-1M FIG-9-11/J-2M-HnP.xlsx T2 data measured during HnP experiments, plotted in Fig. 9, 10 and 11 for sample J-2M
- Data for: Geochemical and Palynological Characteristics of the Paleogene Source Rocks in the Northeastern Laizhouwan Sag, Bohai Bay Basin, China: Hydrocarbon Potential, Depositional Environment and Factors Controlling Organic Matter EnrichmentLaizhouwan Sag, Bohai Bay Basin
- Data for: Geochemical and Palynological Characteristics of the Paleogene Source Rocks in the Northeastern Laizhouwan Sag, Bohai Bay Basin, China: Hydrocarbon Potential, Depositional Environment and Factors Controlling Organic Matter EnrichmentNortheastern Laizhouwan Sag, Bohai Bay Basin
- Data for: Geochemical and Palynological Characteristics of the Paleogene Source Rocks in the Northeastern Laizhouwan Sag, Bohai Bay Basin, China: Hydrocarbon Potential, Depositional Environment and Factors Controlling Organic Matter EnrichmentNortheastern Laizhouwan Sag, Bohai Bay Basin
1