Showing 21 - 40 results of 64 for search '"Permian"', query time: 0.05s Refine Results
  1. 21

    Dedolomitization Potential of Fluids from Gypsum-to-Anhydrite Conversion: Mass Balance Constraints from the Late Permian Zechstein-2-Carbonates in NW Germany by M. Hallenberger, L. Reuning, J. Schoenherr

    Published 2018-01-01
    “…Within the constraints dictated by the environment of the late Permian Zechstein basin, we estimate that about 5⁎10−3 m3 of dedolomite is created for each m3 of anhydrite. …”
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    Article
  2. 22

    Logging Response Mechanism and Content Evaluation of Laumontite-Bearing Glutenite Reservoir: A Case Study of Lower Urho Formation of Permian of the Junggar Basin by Jia Jun, Xue Kunlin, Ni Liping, Luo Yang, Liu Yuchao

    Published 2024-01-01
    “…The Urho Formation in the Lower Permian System at the Junggar Basin in China commonly develops zeolite cements. …”
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    Article
  3. 23

    The Oil-Bearing Strata of Permian Deposits of the Ashal’cha Oil Field Depending on the Content, Composition, and Thermal Effects of Organic Matter Oxidation in the Rocks by Galina P. Kayukova, Anastasiya N. Mikhailova, Igor P. Kosachev, Dmitry A. Emelyanov, Mikhail A. Varfolomeev, Boris V. Uspensky, Alexey V. Vakhin

    Published 2020-01-01
    “…The features of the oil-bearing capacity of the productive strata of Permian deposits in the interval of 117.5-188.6 m along the section of individual wells of the Ashal’cha field of heavy superviscous oil (Tatarstan) were revealed depending on the content, composition, and thermal effects of organic matter (OM) oxidation in the rocks. …”
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    Article
  4. 24
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    Distribution of Trace Elements, Sr-C Isotopes, and Sedimentary Characteristics as Paleoenvironmental Indicator of the Late Permian Linxi Formation in the Linxi Area, Eastern Inner Mongolia by Linlin Wang, Yongsheng Zhang, Enyuan Xing, Yuan Peng, Dongdong Yu

    Published 2020-01-01
    “…The Late Permian on the periphery of the Songliao Basin, eastern Inner Mongolia, is an important hydrocarbon source rock system. …”
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    Article
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    Impact of Differential Densification on the Pore Structure of Tight Gas Sandstone: Evidence from the Permian Shihezi and Shanxi Formations, Eastern Sulige Gas Field, Ordos Basin, China by Meng Wang, Hongming Tang, Haoxuan Tang, Shu Liu, Liehui Zhang, Ming Zeng, Yulin Cheng

    Published 2019-01-01
    “…The tight sandstone reservoirs of the Permian Shihezi and Shanxi Formation with strong heterogeneity constitute the main producing zone of the eastern Sulige gas field. …”
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    Article
  8. 28

    Organic-Inorganic Geochemical Characteristics of the Upper Permian Pusige Formation in a High-Saline Lake Basin, Tarim Basin: Implications for Provenance, Paleoenvironments, and Organic Matter Enrichment by Jingbin Wang, Zhiliang He, Dongya Zhu, Zhiqian Gao, Xiaowei Huang, Quanyou Liu

    Published 2021-01-01
    “…The third member (M3) of the Upper Permian Pusige Formation is a prominent organic-rich lacustrine mudstone sequence within the Yecheng-Hetian Sag, Tarim Basin, hosting major petroleum resources. …”
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    Article
  9. 29

    Pore Structure and Fractal Characteristics of Inter-Layer Sandstone in Marine–Continental Transitional Shale: A Case Study of the Upper Permian Longtan Formation in Southern Sichuan Basin, South China by Jianguo Wang, Jizhen Zhang, Xiao Xiao, Ya’na Chen, Denglin Han

    Published 2024-12-01
    “…This paper employs total organic carbon analysis, X-ray diffraction, rock thin section examination, field emission scanning electron microscopy, physical analysis, high-pressure mercury intrusion analysis, gas adsorption experiments, and fractal theory to explore the reservoir development characteristics of the sandstone samples from the Upper Permian marine–continental transitional facies Longtan Formation in the southern Sichuan Basin. …”
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    Article
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  15. 35

    The Accumulation Characteristics of the Paleozoic Reservoir in the Central-Southern Ordos Basin Recorded by Organic Inclusions by Ruijing Zhu, Rongxi Li, Xiaoli Wu, Xiaoli Qin, Bangsheng Zhao, Futian Liu, Di Zhao

    Published 2021-01-01
    “…The Permian tight clastic reservoir and Ordovician carbonate reservoir were developed in the central-southern Ordos Basin. …”
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    Article
  16. 36

    Chondrites isp. Indicating Late Paleozoic Atmospheric Anoxia in Eastern Peninsular India by Biplab Bhattacharya, Sudipto Banerjee

    Published 2014-01-01
    “…Rhythmic sandstone-mudstone-coal succession of the Barakar Formation (early Permian) manifests a transition from lower braided-fluvial to upper tide-wave influenced, estuarine setting. …”
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    Article
  17. 37

    Recognition of Petroleum Origin in the Northern Piedmont Belt of Turpan-Hami Basin and Its Significance by Bin Hao, Zhanlong Yang, Jing Zhang, Shuangwen Li, Lihua Wei, Jianglong Shi, Zaiguang Li, Jun Yao, Xiaopeng Huang, Qingpeng Wu

    Published 2022-01-01
    “…However, with the deepening exploration, this theory has caused increasing controversy and some scholars doubt that Permian or Jurassic dark mudstone may be the main source rocks. …”
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    Article
  18. 38

    Hydrogeochemical Evolution and Control Mechanism of Underground Multiaquifer System in Coal Mine Area by Qiding Ju, Yu Liu, Youbiao Hu, Yuquan Wang, Qimeng Liu, Zitao Wang

    Published 2020-01-01
    “…The Cenozoic aquifers are dominated by carbonate dissolution and desulfurization. The Permian aquifers are impacted mainly by cation exchange and sulfate dissolution, followed by pyrite oxidation. …”
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    Article
  19. 39

    STUDENTS’ PARTICIPATION IN SCIENTIFIC RESEARCH by Dmitry V. Shmuratko

    Published 2022-05-01
    “…Students’ publication activity in Permian leading scientific journals in 2011 is shown.…”
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    Article
  20. 40

    Mapping of Agate-like Soil Cover Structures Based on a Multitemporal Soil Line Using Neural Network Filtering of Remote Sensing Data by Dmitry I. Rukhovich, Polina V. Koroleva, Alexey D. Rukhovich, Mikhail A. Komissarov

    Published 2025-01-01
    “…ASCSs are formed on Quaternary sediments of varying thickness from 0.3 to 6 m, underlain by carbonate and red sediments of the Permian period. The ASCS pattern is formed by ring-shaped stripes (rings) of different colors and brightness, which are determined by the carbonate and red-colored inclusions involved in the arable horizon. …”
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