Characteristics and Distribution of Reservoir Spaces of the Carboniferous Volcanic Rocks in Dixi Area, Junggar Basin . Xiong Yixue, Xi Aihua, Ran Qiquan, Ge Yuhui, Liu Xiaohong, Sun Yuanhui. 1. Southwest Petroleum University, State Key Laboratory of Oil and Gas Reservior Geology and Exploitation, Chengdu 610500, China; 2. Institute of Petroleum Exploration and Development of China
Z.M. Sun''s 17 research works with 172 citations and 158 reads, including: Division and correlation of PaleoMesoproterozoic strata on the western margin of Yangtze block: Evidence from the UPb
Postcollisional crustal extension setting and VHMS mineralization in the Jinshajiang orogenic belt, southwestern China Hou Zengqiana, Wang Liquanb, Khin Zawc,*, Mo Xuanxued, Wang Mingjieb, Li Dingmoub, Pan Guitangb aInstitute of Mineral Resources, Chinese Academy of Geological Sciences, Beijing 100037, PR China bChengdu Institute of Geology and Mineral Resources, Chengdu 56000,
At the bottom of the sulphide strata, there were conformable tuff strata that overlaid the marine volcanic rocks. As a whole, there were several sedimentary cycles in the Dongxiang ore deposit, and each of the cycles possibly involved marine volcanic rocks, volcanic tuff, metal sulphide, and siliceous rocks from the bottom to the top.
Free Online Library: The distribution and composition characteristics of siliceous rocks from Qinzhou BayHangzhou Bay joint belt, South China: constraint on the tectonic evolution of plates in South China.(Research Article, Report) by "The Scientific World Journal"; Biological sciences Environmental issues Rocks, Sedimentary Chemical properties Composition Distribution Sedimentary rocks
The widely spreading Linzizong volcanic succession(LVS)is regarded as the magmatism response to the continental collision between India and Asia,which are essentially important in discovering the initial collisional time and,the present research on LVS is only limited on the typical crosssection of LVS in Linzhou basin to the northeast of Lhasa City,while that in the central
Volcanic rock reservoirs have been reported in many locations around the world. The lithologies range from basalt to andesite or rhyolite formed in various geological ages. As a relatively new area in oil and gas exploration, volcanic reservoirs are attracting the attention and interest of scholars in the oil industry. In particular, the discovery of volcanic hydrocarbon reservoirs in China
Lithofacies and reservoir characteristics of Permian volcanic rocks in the Sichuan Basin the volcanic rock development in the Chengdu–Jianyang area inside the Sichuan Basin is genetically related to the Emeishan mantle plume activities. Volcanic rock types . Depending on the lithological characteristics and the comprehensive volcanic rock classification method based on chemical
The volcanic rocks in the Yulinshan Formation to the north of the Bangong CoNujiang River suture resulted from alkaline potassic volcanism during the uplift of QinghaiTibet the discovery,they have been considered to be late Pliocene to early Pleistocene in may be correlated within the areal extent from southern Qiangtang to to the isotope
The results indicate that volcanism enhanced the formation of Es 3 source rocks with high TOC (–%) in the distribution areas of igneous rocks. Volcanism caused an abnormal heat field and accelerated the maturation of hydrocarbon source rocks, leading to a higher heat gradient (– °C /100 m), increase of HC and chloroform bitumen "A" contents, earlier hydrocarbon
For the volcanic rocks in various alteration zones, a significant increase in δ 18 O value was recorded in the deposit outward from the orebodies and downward from upper to lower volcanic units. The most strongly altered quartzhyalophane zone gave a bulk rock δ 18 O value of to per mil.
Chengdu Institute of Geology and Mineral Resources, Chengdu 610082, China Liangliang Wang School of Earth Science and Mineral Resources, China University of Geosciences, Beijing 100083, China ABSTRACT This article summarizes the geological setting, spatialtemporal distribution, and majorelement, traceelement, and NdSrPb isotopic compositional variation of rocks representative of
Based on the data of 64 samples, the REE geochemical characteristics of volcanic rocks in northern Zhejiang and eastern Jiangxi provinces are discussed in this paper. The REE distribution patterns in acid and intermediateacid volcanic rocks in these areas display some similarities, as indicated by rightwardinclined Vshaped curves with negative Eu anomalies, which are parallel to each other
F.G. Yin''s 13 research works with 78 citations and 123 reads, including: Chronology, petrogenesis and links with extrusion tectonics of cangyuan cenozoic intermediate to acid intrusive rocks in
The volcanic rock across Chengdu–Jianyang area generally involves the eruptive facies and represents good reservoir belts. The volcanic rock is usually more than 180 m thick and contains multiple primary and secondary reservoir spaces, which lays a good foundation for highquality reservoir development and natural gas accumulation.
Distribution, Microfabric, and Geochemical Characteristics of Siliceous Rocks in Central Orogenic Belt, China: Implications for a Hydrothermal Sedimentation Model HongzhongLi, 1,2 MingguoZhai, 1 LianchangZhang, 1 LeGao, 2,3 ZhijunYang, 2,3 YongzhangZhou, 2,3 JunguoHe, 2,3 JinLiang, 2,3 LiuyuZhou, 2,3 4 Key Laboratory of Mineral Resources, Institute of
Distribution of the igneous rock Based on analysis of drilling, seismic and outcrop data, Upper Permian igneous rocks in Sichuan Basin are mainly distributed in three regions: largescale overflow facies basalts in the southwestern part of the basin, from a deep fault zone in Kangdian area[9]; intrusive rock (diabase), extrusive volcanic lava (basalt) and pyroclastic rock in JianyangSantai
Reference test in Heilongjiang Province, Wudalianchi Volcano Group is a wellknown Chinese Quaternary volcanic group is generally believed that in Heilongjiang Wudalianchi volcanoes formed by 14 volcanoes, including the volcanic zone, if the west by the Lotus Hill Wudalianchi volcanic cluster composed of 15 volcanic area of volcanic rocks in the distribution of more than 800 km2 which
WU Guang1,2, LI Zhongquan3, LI Zhitong2( of Earth Sciences, Jilin University, Changchun, China; Institute of Geology and Mineral Resources, CGS, China;hengdu University of Technology, China);IDENTIFICATION OF ADAKITELIKE ROCKS IN THE MIDDLE JURASSIC VOLCANIC ROCKS FROM HAIFANGGOU FORMATION IN WEST LIAONING AREA AND ITS GEOLOGICAL SIGNIFICANCE[J];Journal of Chengdu
The spatial distribution of magmatism is also extended 70–80 km to the south. The Lower Cretaceous volcanic rocks in the Jiwa area are proposed to be a result of bidirectional subduction, with southward subduction of the BangongNujiang oceanic crust and northward
This paper summarizes main advances in the recent five years in the fields of petrology,geochemistry and geochronology on the Cenozoic volcanic rocks of spatial and temporal distributions of Cenozoic volcanic rocks in eastern China and Tibetan Plateau are presented,including new geochronological and petrological of the Cenozoic volcanic rocks and geodynamic
The Tengchong volcanic field, located in southern China near the border with Burma (Myanmar), was active during five periods ranging from the early Pliocene to the Holocene. Three main stages produced Pliocene to midPleistocene basaltic rocks, mid to latePleistocene silicic pyroclastic rocks, and Holocene basaltic andesites. The youngest volcanism in the 600 km2 field occurred in two stages
Liang QI of Chengdu University of Technology, Chengdu (CDUT) | Read 118 publications | Contact Liang QI
The Distribution and Composition Characteristics of Siliceous Rocks from Qinzhou BayHangzhou Bay Joint Belt, South China: Constraint on the Tectonic Evolution of Plates in South China Geochemistry of upper Permian siliceous rocks from the Lower Yangtze region