1) Mawangmiao oilfield
马王庙油田
1.
Study on broken down technology and reservoir damage mechanism of Mawangmiao oilfield;
马王庙油田储层伤害机理及解堵技术研究
2.
Some Strategies for Improving Effectiveness of Waterflooding Development in Ma-50 Well Area of Mawangmiao Oilfield;
马王庙油田马50井区改善注水开发效果的对策
3.
Analysis on increasing oil production effect by acidizing treatment and removing plugging in Mawangmiao Oilfield;
马王庙油田油层酸化解堵增产效果分析
2) Baimamiao Gas Field
白马庙气田
1.
On Geologic Genetic Mode of Low Efficient Gas Reservoirs and Consideration of Its Development of Penglaizhen Formation in Baimamiao Gas Field in Western Sichuan;
川西白马庙气田蓬莱镇组低效气藏地质成因模式及开发思路
2.
Type and distribution of gas reservoirs in Baimamiao gas field.;
川西白马庙气田气层类型划分及分布
3.
Most of people considered that the natural gas in Jurassic in Baimamiao gas field in West Sichuan Basin came from the coal measure strata of Upper Triassic in the past.
川西地区白马庙气田侏罗系的天然气 ,以往大都认为是来自上三叠统煤系地层 ,但对具体来源于上三叠统哪一个层位却存在较大的分歧。
3) Laojunmiao oilfield
老君庙油田
1.
Study on law of productivity declining in fractured wells of M reservoir, Laojunmiao oilfield;
老君庙油田M油藏压裂井产能递减规律研究
2.
Laojunmiao oilfield is the first field exploited by water flooding process.
老君庙油田是我国第一个注水开发的油田,经过51年的注水开发,剩余油高度分散、油水关系复杂、区域形成高压、泥岩膨胀蠕动,钻井难度大、挖掘剩余油潜力困难。
3.
In order to study the petroleum pollution in the soil of Laojunmiao oilfield, the oil concentrations of the soil samples from three layers (surface, substrate and understratum) in four sample districts in Laojunmiao oilfield were analyzed by Soxhlet Extraction- Gravimetric method, and then the transferring of oil pollutant in soil was studied.
为探明老君庙油田土壤石油污染情况,采用索氏抽提-重量法分别测定了该油田4个采样区3个土样层面(表层、下层及底层)土壤的含油量,并对其在土壤中的迁移规律进行了初步研究。
4) Laoyemiao Oil Field
老爷庙油田
1.
Sedimentary facies of the Member 1 of Dongying Formation of Paleogene in Laoyemiao Oil Field,eastern Hebei Province;
冀东老爷庙油田古近系东营组东一段沉积相
5) Wangzhuang oilfield
王庄油田
1.
The Characteristics of Effervescing Clay Study in Wangzhuang Oilfield;
王庄油田膨胀性黏土特性研究
2.
A study of technical development limits for heavy oil reservoir with strong water sensitivity-taking Sha1 interval of Zheng36 block in Wangzhuang Oilfield as example;
强水敏性稠油油藏开发技术政策界限——以王庄油田郑36块沙一段为例
3.
The impact of clay mineral alternation on reservoirs of Wangzhuang oilfield;
王庄油田粘土矿物转化对储层的影响
6) Wangchang Oilfield
王场油田
1.
On understanding of cyclic waterflooding pilot testing effect in Wangguang Area of Wangchang Oilfield;
王场油田王广区周期注水矿场试验效果的认识
2.
Countermeasures for Stabilized Production in North Fault Block of Wangchang Oilfield at High Water-cut Producing Stage;
王场油田北断块高含水开发期稳产技术对策
3.
The Practice and More Knowledge to the Blowdown of the “Sanbei” Block of Wangchang Oilfield;
王场油田潜三北降压开采的实践再认识
补充资料：广仁王庙
在山西芮城县城北4公里古魏城城垣遗址内，中龙泉村北的高阜之上，坐落着一座四合院形的庙堂建筑，它与永乐宫、古魏城、五龙泉、万仙泉形成了一个天然的文物群。
庙后条山葱翠，古堞峥嵘；庙前泉涌成溪，林木苍郁，这便是供奉龙泉之神“广仁王”的庙宇——广仁王庙。又因五龙泉水从庙基前涌出的缘故，当地群众也俗称其为“五龙庙”。 五龙庙由正殿、戏台、厢房组成，四周有围墙，东南角辟有小门。正殿座北向南，为唐大和五年（831）建造，五开间四架椽进深三间，平面呈长方形，单檐歇山顶，柱头斗拱为五铺双抄偷心造，各种斗欹部的幽度极深，拱瓣棱角显明，内部搁架铺作斗拱硕大，叉手长壮，侏儒柱细短，构成极平缓的厦坡，只有五台山南禅寺可相比拟。殿内无柱，梁架全部露明。整个建筑结构简练，古朴雄浑，显示了唐代建筑风格。
虽然经过了千余年的风风雨雨和不断修葺，仍不失唐代风貌。与正殿相对的是坐南向北的清代戏楼，虽属清代建筑，但与正殿浑然一体，构成了一座完整的四合院形的庙堂建筑。 在五龙庙正殿墙上，嵌有唐碑两通。一为《广仁王龙泉记》，唐宪宗元和三年（808）所立，河东裴少微书，字体雄浑劲秀，详细地记载了县令于公凿引龙泉之水灌溉农田的事迹。文中引征西门豹引漳水治邺史事，以显于公治芮之功；另一碑为《龙泉记》，唐文宗大和六年（832）所立，记载了扩建修葺五龙庙始末。这两通碑对研究我国唐中叶水利发展史有一定的价值。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条