1.
input gas-oil ratio
注入气量与采出油量之比
2.
injected gas-oil ratio
注入气与采出 油之比
3.
ratio of injected air to produced oil
注入空气-采出原油比
4.
When the original oil is mixed with an appropriate amount of injection gas, two phases are formed.
当原油与一定量的注入气混相后，两相形成。
5.
Based on the results from an extended derivation of Weibull Model, the methods to predict remaining reserves and reserve-production ratio of oil and gas fields are proposed in this paper.
基于威布尔预测模型的扩展推导，提出了预测油气田剩馀可采储量和储采比的方法。
6.
solution-gas-drive primary oil
溶解气驱一次采油量
7.
The reservoir fluid takes up intermediate molecular weight components from the injection gas.
油藏流体从注入气中吸收中等分子量组分。
8.
An increase in signal power, voltage, or current by an amplifier, expressed as the ratio of output to input.
扩大率，倍率扩大器中功率、电压、电流输出量的增加值与输入量之比
9.
offset injection rate
补偿油层亏空的注入量
10.
Reinjecting a gas produced from an oil field into the reservoir is a coniinon practice.
把从油田采出的气体重新注入到油藏中去（气体回注）是一种常用的做法。
11.
The Method and Application of Cost Quantitative Control for Oil & Gas Development;
油气开采成本控制量化方法研究与应用
12.
Method and application of forecasting remaining recoverable reserves,remaining recoverable degree and remaining reserves-production ratio of oil and gas fields
预测油气田剩余可采储量、剩余可采程度和剩余储采比的方法和应用
13.
RELATION BETWEEN INVESTMENT PROPORTION AND RESERVE REPLACEMENT RATIO DURING OIL-GAS EXPLORATION
油气勘探开发投资比例与储量接替率关系探讨
14.
OIL-GAS RESERVE INFORMATION DISCLOSURE COMPARISON BETWEEN CHINA AND SEC
国内油气储量评估及信息披露与SEC对比分析
15.
Theoretical Analysis and Experimental Study on Improving the Energy Efficiency of Steam Injection System for Heavy Oil Recovery;
提高稠油开采注汽系统能量利用率的理论分析与试验研究
16.
STUDY ON CARBON CONTENT OF OILFIELD PRODUCING WATER AND OILFIELD INJECTING WATER WITH HEADSPACE GAS CHROMATOGRAPHY;
用顶空色谱法分析油田产出水和注入水中碳含量
17.
7 LPG station: Refers to a business place with a gas storage facility and metered gas-servicing equipment installed so that the built-in container of a vehicle can be filled with LPG.
七加气站：指备有储气设施及流量式加气机，为汽车固定容器加注液化石油气之场所。
18.
Objective To Compare the clinical effect between continuous airway moistening via syringe pump and inhalation therapy via ultrasonic nebulizer.
目的比较微量注射泵持续气道湿化和超声雾化吸入法的临床效果。