1) aquifuge and impermeable interbed
隔、夹层
1.
The spatial distribution of above aquifuge and impermeable interbed is discussed,and the relation of these layers to sandstone-type uranium deposit,and their impact to in-situ leach mining technology are discussed.
利用综合测井资料,对十红滩铀矿床含矿含水层中隔层、夹层进行物性特征识别,分析其空间展布,讨论隔、夹层与砂岩型铀矿关系及对地浸工艺的影响。
2) intercalation
隔夹层
1.
Remaining oil distribution controlled by intercalation in reef limestone reservoir;
礁灰岩油藏隔夹层控制的剩余油分布规律研究
2.
Study of intercalations in massive Mesozoic reservoir in Wangguantun oilfield;
王官屯油田中生界厚油层内隔夹层研究
3.
Reservoir heteroneity of E 2S 6 1 oil bearing formation and the division standard of the uncontinuous intercalations in it were studied based on the geologic data and logging data from 40 wells in Duo Ⅰ member.
依据真武油田真 1 2块垛一段六油组储层地质特点 ,分析处理了区段内 40余口井的测井地质资料 ,研究了储层的非均质性及其不连续隔夹层的划分标准 。
3) barrier
隔夹层
1.
The strata,structure and reservoir characteristics of Asmari reservoir were analyzed,especially the fractures and barriers.
针对阿斯马利油藏的特点,分析碳酸盐岩油藏储层裂缝发育特征、隔夹层类型及特征。
2.
By using sedimentary facies markers and related information of cores, well logging, and seism and in combination with regional sedimentary facies modes, the summary indicates that there exists 3 different kinds mudstone barriers in Fault Block Xia 32 of Linnan Oilfield, the connecting modes of sand bodies for barrier control are analyzed.
利用岩心、测井、地震等沉积相标志和相关信息并结合区域沉积相模式 ,总结出临南油田夏 3 2断块存在 3种不同类型的泥岩隔夹层 ,分析了隔夹层控制的砂体连通模式 ,利用数值模拟研究了对剩余油的控制作用。
4) interbed
隔夹层
1.
Study and utilization of interbeds in K_2t_1~2 thick oil layer in Chenbao oilfield;
陈堡油田K_2t_1~3厚油层内隔夹层研究与利用
2.
Analysis of influences of interbed development on effects of water plugging and profile correction;
隔夹层发育状况对堵水调剖效果的影响分析——以胜坨油田二区沙二1-2单元为例
5) interlayer
隔夹层
1.
Study on the distribution of the interlayers in Guantao-6 sand group of No.1 area in the central part of Gudao Oilfield;
孤岛油田中一区馆6砂组隔夹层分布研究
2.
Based on microsedimentation,this paper combines with logging interpretation by naked eyes,describes the conglomerate distribution and interlayers,and reestablishes oil reserve model which indicates that Yan107 fault block is a massive ground conglomerate oil reserve,and hence a better oil extraction is achieved by adjusting water flooding.
并在沉积微相研究的基础上,结合裸眼测井解释资料,描述砾岩体的分布和隔夹层的变化,重塑了油藏模型。
3.
The interlayer is the main cause to form the heterogeneity of fluid flow in the continental reservoir and is also the major geological factor for controlling complex water-flooded modality of thick layer.
隔夹层是形成陆相储层流体流动非均质的主要原因之一,是控制厚油层复杂水淹形式的主要地质因素。
6) interbeds
隔夹层
1.
Identification and inter-well prediction of interbeds in thick oil layer;
厚油层中隔夹层识别及井间预测技术
参考词条
补充资料：蜂窝夹层结构
分子式：
CAS号：
性质：由面板(蒙皮)与轻质蜂窝芯材通过胶黏剂粘接成的层状复合结构。夹层结构面板可以是铝板或者碳纤维、玻璃纤维、芳纶纤维复合材料板。常用的蜂窝芯材料为铝箔、芳纶纸、玻璃布和牛皮纸等。夹层结构的突出特点是：弯曲刚度大，可充分利用材料的强度，重量轻。蜂窝夹层结构可以一次成型即上下面板的成型固化和面板与蜂窝芯的胶接固化是同时完成的；也可以二次成型即上下面板的成型固化与面板芯材的胶接固化先后分两次固化；也可以三次成型，则是上面板固化、下面板固化和面板芯材胶接固化，先后分三次进行。铝板作面板时需要在胶接之前进行表面处理，以提高胶接强度。夹层结构在飞机上应用比较广泛，如翼面、舵面、舱面、壁、地板、雷达罩等，还可以用作火车、地铁、汽车上的各种隔板，用玻璃纤维复合材料或芳纶复合材料为蒙皮以铝蜂窝芯、芳纶纸蜂窝芯制造的赛艇、游船性能优异，另外在滑水板、冲浪板、滑雪板等体育用品方面也得到应用。厚型的粗蜂窝夹层结构可用作建筑墙板，隔音、隔热效果好。
CAS号：
性质：由面板(蒙皮)与轻质蜂窝芯材通过胶黏剂粘接成的层状复合结构。夹层结构面板可以是铝板或者碳纤维、玻璃纤维、芳纶纤维复合材料板。常用的蜂窝芯材料为铝箔、芳纶纸、玻璃布和牛皮纸等。夹层结构的突出特点是：弯曲刚度大，可充分利用材料的强度，重量轻。蜂窝夹层结构可以一次成型即上下面板的成型固化和面板与蜂窝芯的胶接固化是同时完成的；也可以二次成型即上下面板的成型固化与面板芯材的胶接固化先后分两次固化；也可以三次成型，则是上面板固化、下面板固化和面板芯材胶接固化，先后分三次进行。铝板作面板时需要在胶接之前进行表面处理，以提高胶接强度。夹层结构在飞机上应用比较广泛，如翼面、舵面、舱面、壁、地板、雷达罩等，还可以用作火车、地铁、汽车上的各种隔板，用玻璃纤维复合材料或芳纶复合材料为蒙皮以铝蜂窝芯、芳纶纸蜂窝芯制造的赛艇、游船性能优异，另外在滑水板、冲浪板、滑雪板等体育用品方面也得到应用。厚型的粗蜂窝夹层结构可用作建筑墙板，隔音、隔热效果好。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。