1.
Prediction Method for Crude Oil's Water Contend Based on Automatic Range Switching
量程自动切换的原油含水率预测方法
2.
The Design and Development of Parallel-Plate-Capacitor Water-cut Meter;
平行板电容式原油含水率仪的设计与开发
3.
Study on the Experimental Device for Measurement of Moisture Content of Crude Oil Online by the Method of Microwave Transmission
微波透射法在线测量原油含水实验装置研究
4.
THE DEVELOPMENT AND APPLICATION OF AUTOMATION SYSTEM IN PETROLEUM WATER-RATE ANALYZER
原油含水分析化验自动化系统开发及应用
5.
Model for prediction of crude oil water content at wellhead metering based on CPN neural network
基于CPN网络井口计量原油含水率预测模型
6.
Application of Time-domain Transmission Technology in Monitor Moisture Content of Crude Oil
时域传输技术(TDT)在原油含水率监测仪中的应用
7.
Deduction on Equation of Water Ratio in Oil with Microwave Method
微波法测量原油含水率计算公式的推导
8.
Processing of water cut of crude oil data based on back propagation artificial neural networks
基于BP神经网络的原油含水率数据处理
9.
Design of Water-cut Meter for Crude Oil based on Capacitance-conductance Technique
基于电容电导法的原油含水率测试仪设计
10.
Intelligent Compound Model for Measuring Water Content of Crude Oil Based on Modal Identification
基于模态辨识的原油含水率智能组合测量模型
11.
Analysis of Water Content s Superscale of Insulating Oil in No.3 Main-transformer;
#3主变本体油含水量超标原因浅析
12.
Research on Rheology of Highly Water-contained Crude with Low Tempreture at Daqing Shanan Oil Field.
大庆萨南油田低温高含水原油流变性研究
13.
Research on Enhanced Oil Recovery during Foam Profile Modification in High Water-cut Reservoir;
高含水油藏泡沫调驱提高原油采收率研究
14.
A new theory of improving oil recovery factor for oilfields in extra high water cut stage
高含水期油田提高原油采收率的新理论
15.
A New Method to Determine Original Oil Saturation in Oil-water Layer
确定油水同层原始含油饱和度的新方法
16.
The Character Researches of Pipeline Transportation and Oil-water Separation of Heavy Water Cut in Daqing Oil Field;
大庆油田特高含水原油管输及油水分离特性研究
17.
Study on the Deemulsificationand Dehydration on the Crude Oil from Extra Watered Production Stream;
特高含水期采出液中原油破乳脱水研究
18.
Selection of Demulsifier for Watercut Crude Oil of Dagang S-1 Station and Interfacial Tension
大港南一站含水原油破乳剂筛选与油水界面张力