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Groundwater Systems and Resources in the Ordos Basin, China
Acta Geologica Sinica - English Edition, 2008AbstractThe Ordos Basin is a large‐scale sedimentary basin in northwestern China. The hydrostratigraphic units from bottom to top are pre‐Cambrian metamorphic rocks, Lower Paleozoic carbonate rocks, Upper Paleozoic to Mesozoic clastic rocks and Cenozoic deposits. The total thickness is up to 6000 m.
Tao Zheng-ping +7 more
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Geological Magazine, 2022
Temporal constraints on the closure of the eastern segment of the Palaeo-Asian Ocean along the northern margin of the North China Craton (NCC) remain unclear.
Rong Chen +4 more
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Temporal constraints on the closure of the eastern segment of the Palaeo-Asian Ocean along the northern margin of the North China Craton (NCC) remain unclear.
Rong Chen +4 more
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Distribution and Accumulation of Energy Resources in Ordos Basin
Advanced Materials Research, 2014Ordos basin is prolific in petroleum, natural gas, and coal resources, and is an important energy base in our country. The petroleum distributes in Jurassic to be subjected by the eroding river valley and Triassic to be subjected by depositional system of delta.
Wei Fu Liu, Li Xin Sun, Shuang Long Liu
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Geology and exploration of oil and gas in the Ordos basin
Applied Geophysics, 2004The Ordos basin is rich in oil and gas resources. The structures in the basin are generally rather gentle. Most of the oil and gas pools already found are belong to the types of lithologic, litho-1 stratigraphic and paleo-geomorphic with thin reservoirs.
Xinshan Wei, Hua Yang, Suotang Fu
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Depositional Evolution and Coal Accumulation of Ordos Basin
2020Ordos Basin, a huge intracontinental depression, influenced by Pacific structural domain together with Tethya, is formed during Mesozoic Era. Evolutional process of the depression can be divided into four epoches Early Jurassic to early period of Middle Jurassic, Middle Jurassic, Late Jurassic and Early Cretaceous, of which, Early Jurassic to early ...
Wang Shuangming +2 more
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Biological mechanism of paleokarst developed in the Ordos Basin
2011 International Symposium on Water Resource and Environmental Protection, 2011This paper demonstrated the biological mechanism of paleokarst developed within the Ordovician formation in the Ordos Basin. An experiment in laboratory was designed for understanding the water-rock interaction with sulfate-reducing bacteria. The study is focused on the geochemical processes in the bacteria-water-rock system by tracing stable sulfur ...
Jixiang Qi +4 more
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Is the Ordos Basin floored by a trapped oceanic plateau?
Earth and Planetary Science Letters, 2015Abstract The Ordos Basin in China has about 10 km of Neoarchean to Quaternary sediments covering an enigmatic basement of uncertain origin. The basement is tectonically stable, has a thick mantle root, low heat flow, few earthquakes, and has been slowly subsiding for billions of years.
Timothy M. Kusky +2 more
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Coal Resources and Tectonic Division of Ordos Basin
Advanced Materials Research, 2013The Ordos Basin is the richest area of coal resources in China, which has an important position in China's coal resources prospecting and exploitation. Through the application of coalfield geology and geodynamics, this paper analyzes the distribution of coal resources of the Ordos Basin. It carries out the research in coalfield tectonic zoning, and the
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Genesis of tight sand gas in the Ordos Basin, China
Organic Geochemistry, 2014Abstract Based on molecular and stable carbon isotope composition of a large collection of gas samples and integrated with the geological context, this article discusses the genesis and migrational characteristics of natural gases from the giant tight sand gas fields of the Upper Paleozoic strata, Ordos Basin (UPOB).
Jun Li +4 more
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American Association of Petroleum Geologists Bulletin, 2021
The interpretation of the depositional environment, provenance, and paleoclimate provides important information for understanding the formation and distribution petroleum systems.
Zhuangsen Wang Peng Wu Yong Li, S. Meng
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The interpretation of the depositional environment, provenance, and paleoclimate provides important information for understanding the formation and distribution petroleum systems.
Zhuangsen Wang Peng Wu Yong Li, S. Meng
semanticscholar +1 more source