百口泉街道实时天气03:16 气温 ℃ 湿度:5% 气压: 风向 25m/s 百口泉街道今日天气预报 多云转晴 -14℃~ -11℃ 风向:东风转东风 风力:小于3级 百口泉街道未来7天天气预报 日期天气预报气温风向风力 01月11日 星期六多云转晴-14℃~-11℃东风小于3级 ...
网络百口泉油田 网络释义 1. 百口泉油田 百年油田,hundred-year... ... ) Baise Oilfield 百色油田 )Baikouquan oilfield百口泉油田... www.dictall.com|基于2个网页 释义: 全部,百口泉油田
网络释义 1. 百口泉组 百口泉油田,Baikouqu... ... ) Baikouquan reservoir 百口泉油藏 )Baikouquan Formation百口泉组) Shenquan oilfield 神泉油田 ... www.dictall.com|基于 1 个网页
Large accumulations of oil and gas have been found in fan delta conglomerate reservoirs in the upper Triassic Baikouquan Formation in the Mahu Sag at the northwestern margin of the Junggar Basin. To effectively explore strongly heterogeneous, high-quality, conglomerate reservoirs, their deposition, ...
Basin evolution Baikouquan formation Geochemistry Jungger basin Mahu sag Oil source 1. Introduction The Junggar Basin, located in the north of the Xinjiang Uygur Autonomous Region, is the second-largest inland basin in China. Mahu Sag, the most hydrocarbon-rich area in the northwestern Junggar Bas...
1) Baikouquan oilfield 百口泉油田 1. Sedimentary rhythm characteristics of conglomerate oil reservoir and their effect on development-taking Baikouquan formation oil reservoir of Bai 21 block in Baikouquan Oilfield as an example; 砾岩油藏沉积韵律特征研究及对开发的影响——以百口泉油田百21井区百口泉组...
1. Character of seismic information in Baikouquan reservoir: comment on seismic information on alluvial fan reservoir; 百口泉油藏的地震信息特征──关于冲积扇储集体油藏地震信息的讨论2) Baikouquan oilfield 百口泉油田 1. Sedimentary rhythm characteristics of conglomerate oil reservoir and their effect ...
2025年02月26日百口泉街道天气(星期三) 阴 温度:-11 ~ -3℃ 风力:<3级 2025年02月27日百口泉街道天气(星期四) 多云 转晴 温度:-8 ~ -1℃ 风力:<3级 2025年02月28日百口泉街道天气(星期五) 晴转阴 温度:-8 ~ 0℃ 风力:<3级 2025年03月01日百口泉街道天气(星期六) 小雪 温度:-6 ~ -2...
Based on a great deal of analytical data of rock and mineral, including cores, thin sections, SEM, X-ray diffraction and mercury injection, this paper systematically studies the micro-pore structure characteristics of reservoirs in Baikouquan Formation of Wuerhe Oilfield of Junggar Basin, and analy...
Baikouquan formation has an initial reservoir pressure of 37 MPa and temperature of 89 °C. The fracture half-length was 80 m and the fracture conductivity was 50 mD·m in order to achieve the comparable transport performance of real fractures. Table 5 summarized the parameters used for...