1) Relative recovery percent of reserves
相对采出程度
2) recovery degree
采出程度
1.
Type C and type D are integrated to propose new water drive characteristic curves,which are the water drive characteristic curve expression equivalent completely equivalent to classic water drive characteristic curve,and able to reflect the relation of water cut-recovery degree,the shape a.
将丙型与丁型结合提出新的水驱特征曲线,并和经典的水驱特征曲线完全等效的一种水驱特征曲线表达式,同时又能反映含水率-采出程度关系的多条曲线,对它的形状和性质作了一些研究,指出今后水驱特征曲线的研究方向是找出更简单、准确、实用的广义水驱特征曲线。
2.
For holding the accurate recovery degree prior to polymer- flooding concerns the result evaluation and application on polymer-flooding in the second type oil layers, on the basis of comparing the advantages and disadvantages by computing the static and pe.
大庆油田萨尔图中部开发区北一、二排西部区块主力油层葡萄花油层Ⅰ组结束聚合物驱油后即将上返到萨尔图油层萨Ⅱ10-萨Ⅲ10单元层注聚合物,这个区块是大庆油田第一个二类油层聚合物工业驱区块,其注聚合物前的采出程度的准确标定关系到大庆油田二类油层聚合物工业驱的效果评价和进一步推广应用。
3.
As a result,the cycle recovery degree could be enhanced 1.
5%范围内,油水界面张力均能达到超低界面张力,具有较强的抗盐性和稳定性,活性剂的添加一定程度上提高了原油的采收率,周期采出程度提高了1。
3) recovery percent of reserves
采出程度
1.
Numerical modelling for improving recovery percent of reserves during huff and puff;
提高蒸汽吞吐阶段采出程度的数值模拟研究
2.
Based on percolation theory and material balance principle, draws out the relationship between oil recovery rate and recovery percent of reserves, approves its linear feature.
本文从渗流力学和物质平衡原理角度出发,推导出处于产量递减期间的油藏采油速度与采出程度之间的关系,发现存在线性特征。
3.
The effects of the interbeds with different lengths and different locations on bottom-water coning are studied, and then the laws of the relative length of the interbed influencing water breakthrough time and no-water recovery percent of reserves are obtained.
实验考察了不同夹层位置下夹层长度对水锥的影响规律 ,进而得到夹层相对长度对水突破时间及无水采出程度的影响曲线 。
4) recovery percent
采出程度
1.
Similarity theory of recovery percent and water cut in water flooding reservoir;
水驱油藏含水率及采出程度相似理论研究
2.
Generalized logistic cyclic model for predicting oilfield recovery percent.;
逻辑斯蒂旋回模型预测油田采出程度的广义形式
3.
The first can be used to describe different forms of water cut curves and recovery percent with wide adaptability and without viscosity and reservoir type limitation; the second is to resolve the fault of existing general (ideal) water-drive characteristic curves which can not describe the correlation between water cut and recovery per.
这些水驱特征曲线具有3个主要方面的特点:第一是适应性比较广,即不受粘度大小的选择,也不受油藏类型的限制,完全可以描述不同形态含水与采出程度曲线和含水上升规律;第二是解决了已有广义(理想)型水驱特征曲线存在的缺陷——无法描述具有无水期特征的含水与采出程度关系;第三是求解方法相对简单。
6) periodical recovery percent of reserves
阶段采出程度
补充资料：相对检出限
分子式：
CAS号：
性质：分析方法或分析仪器的检出限以浓度(μg·ml-1，ng·ml-1)为单位表示。火焰原子吸收光谱分析以溶液连续进样。测定值取决于待测元素的相对含量(浓度)，故用相对检出限表示。
CAS号：
性质：分析方法或分析仪器的检出限以浓度(μg·ml-1，ng·ml-1)为单位表示。火焰原子吸收光谱分析以溶液连续进样。测定值取决于待测元素的相对含量(浓度)，故用相对检出限表示。
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