recovery factor信息详情
采收率；回收系数
factor───vt.把…作为因素计入；代理经营；把…分解成；n.(Factor)人名；(英)法克特；vi.做代理商；n.因素；要素；[物]因数；代理人
recovery───n.恢复，复原；痊愈；重获
recovery room───n.手术后的特别病房，恢复室；恢复室；手术后的特别病房
rapid recovery───快速康复; 快速回收
bulimia recovery───贪食症康复
economic recovery───经济复原；经济复苏；经济采收率
dilution factor───[化学]稀释因子；稀释系数
fugacity factor───逸度因子
genetic factor───遗传因子；遗传因素
During early stage of oilfield development, recovery factor of a field can be estimated by empirical formulas.───在油田开发初期，利用现有的经验公式，可以简便地预测油田的原油采收率。
Purpose To determine oil recovery factor and recoverable reserves of heavy oil reservoir developed by steam injection.───目的确定稠油油藏注蒸汽开发的原油采收率和可采储量。
Water-flooding can improve crude oil production and recovery factor.───注水开采能够增加原油产量和提高采收率。
It has a very rapid decline curve and an extremely low recovery factor of less than 5%.───弹性驱动的产量递减曲线下降很快，且采收率极低（小于5%）。
Using the given ideal recovery factor, the corresponding reasonable well spacing density can be calculated.───在给定理想采收率之后，可以计算相应的合理井网密度。
For prolonged waterflood development in Pucheng Oilfield, water drive recovery factor of Oilfield is affected.───油田经长期注水开发，影响了油田的水驱采收率。
The recovery factor of water drive calculated by this method coincides with the data of reservoir performance.───用该方法计算的水驱采收率与低渗透油藏动态比较吻合。
The model can calculate production, pressure and recovery factor etc. and realize the aim of productivity forecast.───该模型可以计算出产量、压力、采收率等生产数据，实现生产预测的目的；
The recovery factor is quite variable and ranges from 20% to 80%, with best recoveries in steeply dipping or vertical reservoirs.───采收率变化很大，其范围从20%至80%。在陡的或垂直的储层中采收率最高。
Radial distribution of the recovery factor was determined.
It thinks that there is a optimum oil - displacement velocity range in polymer drive based on the further research on the effect of flow velocity on the recovery factor.
Purpose To determine oil recovery factor and recoverable reserves of oil reservoir developed by steam injection.
In order to further enhance the oil recovery factor, the test of foam multisystem flooding after polymer flooding is progressed in Lamadian oilfield.
The accuracy of CBM recovery factor prediction will directly influence the calculation of recoverable reserves.
For prolonged waterflood development in Pucheng Oilfield, water drive recovery factor of Oilfield is affected.
Moreover, the application of this technology in suitable area is of importance for improving producing degree and ultimate recovery factor of super heavy oil reserves.
Good recovery result had once been achieved by steam flood, however, because of invasion of edge and bottom water, the ultimate recovery factor of steam soaking is low.
The analysis results can help to improve fracturing technology and increase the ultimate recovery factor.