1.
The technical recoverable reserve of developed ultra heavy oil reservoir is obtained by using iterative method and mathematical model.
采用迭代法，通过数学推导，得到已开发超稠油油藏的技术可采储量。
2.
Converting Salt Cavern into Underground Gas Storage and Applying Sonar for Survey
采盐井腔改建储气库和声纳测量技术的应用
3.
ACIDIZING TECHNOLOGY OF POLYBASIC RETARDED ACIDS FOR HARD-TO-PRODUCE RESERVES IN GAOSHENG OILFIELD
高升油田难采储量多元缓速酸酸化技术
4.
proven recoverable gas reserves
探明的天然气可采储量
5.
proven recoverable oil reserves
探明的原油可采储量
6.
recoverable oil reserves
(矿业) 可采石油储量
7.
RAID uses advanced storage technique for data safety and quick storage.
磁盘阵列是采用先进的存储技术,可实现数据安全、速的存储。
8.
The Prospective Reserves Inside the Belt Influenced by Faults Structure Have Been Reused with the Fully-Mechanized Caving Technique;
利用综放技术开采构造影响带内表外储量技术研究
9.
Research on the Geological Reserves Potentiality and the Calculation Methods of Recoverable Reserves in Sazhong Area
萨中开发区地址储量潜力及可采储量计算方法
10.
Evaluation Analysis of YH Gas Reserves and Recoverable Reserves Based on Dynamic Method
基于动态法的气藏储量及可采储量评价分析
11.
Using carry save addition, the delay can be reduced further still.
采用进位保留技术，就可以进一步减少延时量。
12.
Study and Application of Aquifer Storage and Recovery (ASR) Technology
含水层储存和回采技术的研究与应用
13.
The Storage and Procurement Model Based on the Algorithm of VaR and CVaR;
基于VaR和CVaR技术的采购存储策略模型
14.
Prediction of Recoverable Condensate Oil Reserves in Pinghu Condensate Gas Reservoir by Natural Depletion Process
平湖凝析气藏衰竭式开采凝析油可采储量预测
15.
With the continual development of the technology database, it makes it possible to store data information of magnanimity.
随着数据库技术的不断发展，使得存储海量数据信息成为可能。
16.
The Research on the Computer-Aided System of Mineral Reserve Visualized Computation in Three Dimensional Geosciences Space;
地学空间三维可视化储量计算辅助分析系统关键技术的研究
17.
A Predicting Model of and Its Application in Oil-Field Output and Reserve-Production;
一种油田产量和可采储量的预测模型及应用
18.
developed reserve
开发储量(通过现有井可以开采出来的已探明储量)