1) viscous crude reservoir
稠油油层
2) heavy oil layer
稠油层
1.
Classification study of triassic heavy oil layers in Tainan sags by logging method;
台南凹陷三叠系稠油层分类研究
2.
The tectonic belt of Tarim Oilfield and the Tahe Oilfield in the exploration process have been found in the burial depth of 5700m in heavy oil layer in recent years,as reservoir type complex,Testing techniques and low level of technologies supporting,exploration work has been a large degree of restrictions,ultra-deep reservoir of heavy oil exploration has been no major breakthrough .
塔里木油田轮古构造带和塔河油田在近年的勘探过程中相继发现了埋藏深度达5700m的稠油层,由于储层类型复杂,试油工艺和技术配套程度低,勘探工作受到很大程度的限制,超深层稠油油气藏的勘探一直没有大的突破,针对塔里木和塔河油田超深层稠油特点和油藏性质,结合在吐哈鲁克沁稠油油藏试油过程中开发应用的深层稠油试油技术,经过对储层特性、原油性质和工艺技术分析研究,开发应用了一套适合于塔里木地区超深层稠油试油技术,成功的完成了轮古15井、TK 612井、轮古41井等稠油井试油,取得了良好的效果,为轮古构造的开发做出了应有的贡献。
3) heavy oil reservoir
稠油储层
1.
Effect of quartz solution on heavy oil reservoir;
石英溶解对稠油储层的影响
2.
The damage of heavy oil reservoir is related to mineral characters and steam-flood recovery also exerts an influence on it.
通过X射线衍射物相分析(XRD)和扫描电镜(SEM)等方法探讨了吐玉克油田T2k稠油储层的敏感性矿物组成和产状,利用室内敏感性实验和国外学者研究成果阐明了敏感性矿物和蒸汽驱采油的潜在损害机理。
3.
The classical one-dimensional NMR logging has some limitations in identifying heavy oil reservoir,for the impact of viscosity upon NMR.
由于粘度的影响,传统一维核磁共振测井技术在识别稠油储层方面具有一定局限性,驰豫-扩散二维核磁共振测井技术能利用流体横向驰豫、扩散系数的不同,在两个纬度上区分不同流体所在的位置。
4) heavy oil reservoir
稠油层
1.
Well log evaluation and productivity prediction method for heavy oil reservoir;
稠油层录测井评价及产能预测方法研究
2.
petrophysical property, oil property of heavy oil reservoir arequite different frorn that of light oil reservoir in Liaohe oil zone, but the logging prograrnused before was almost similar.
辽河油区稠油层的岩性、物性及油品性质与稀油有较大区别，但以往所用测井系列基本相似。
6) thin heavy oil reservoir
薄稠油层
补充资料：肥油油
1.形容肥胖而有光泽的样子。
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