1) Xujiahe formation of Western Sichuan 川西须家河组例句>> 2) deep Sujiahe Formation gas reservoir in west Sichuan depression 川西深层须家河组3) Xujiahe Formation 须家河组 1. Study on fluid inclusion of tight sand reservoir of Upper Triassic Xujiahe Formation in central Sichuan Basin; ...
去过46508 景点地址: 湖北广水市 位于广水市西南部,水域面积7万余亩,属大型水库,平均水深15米。曲水环山、回峰抱水,烟波浩淼,气候宜人,是镶嵌在中原腹地的一颗旅游明珠。景区水质清澈,四季碧波荡漾,堤柳吐翠,山林绵延,渔船游戈,鹤鸟飞鸣。库区100多个半岛、群岛点...[阅读全文] ...
ZhangN,TianZJ,WuSH,MaoGJ,TuoQandLiuJX.2008.Study Xujiahe reservoir diagenetic process, Sichuan basin. Acta PetrologicaSinica,24(9):2179-2184(inChinesewithEnglish abstract)川西须家河组储层成岩演化[J]. 张鼐,田作基,吴胜华,毛光剑,脱奇,刘建宪.岩石学报. 2008(09)...
Though Yin et al. suggested that abiogenic CO2 of these two reservoirs is originated from metamorphism or hydrolysis of deep carbonate rocks, we proposed that these CO2 gases are self-generated and self-accumulated under the corrosion of calcarenaceous sandstone of the Triassic Xujiahe Formation....
Braided delta Image logs Depositional microfacies Xujiahe Formation 1. Introduction The Upper Triassic Xujiahe Formation is one of the main gas-producing strata in the Sichuan Basin, Southwest China (Wang et al., 2013). Numerous natural gas pools such as the Zhongba, Pingluoba, Jiulongchang, ...
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Implement ziliujing pearls rushing, four in xujiahe group reservoirs and gas-bearing.5个回答 实施自流井组珍珠冲,四须家河组储层含气。2013-05-23 12:21:38 回答:匿名 实施ziliujing的珍珠冲,四在xujiahe小组水库和气体轴承。 2013-05-23 12:23:18 回答:匿名...
The Upper Triassic Xujiahe (须家河) Formation in the Sichuan (四川) Basin, Southwest China is distinctive for the basin-scale sand deposition. This relatively rare sedimentary phenomenon has not been well interpreted. Here we addressed this issue by discussing sedimentary framework and conceptual mod...
Xujiahe period.This is similar to the modern well-known Poyang(鄱阳) Lake.Therefore,we investigated the framework and conceptual model of the Sichuan Basin during the Xujiahe period with an analogue to the Poyang Lake.Results show that the conceptual model of the deposition can be divided into...
According to our multiproxy approach, black shale development in the Xujiahe Formation was mainly controlled by the primary productivity level, foreland basin setting, high tectonic subsidence and sedimentation rate and exhibited a limited correlation with water column redox conditions. Through the ...