1.
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
2.
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
3.
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
4.
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
5.
A meter for measuring water ratio in petroleum at Worksite18 described, Which is on the principle of attenuation law ofγ- ray intensity in material.
介绍了一种利用γ线穿过介质后强度衰减的规律在线测量原油含水率的仪表。
6.
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
7.
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
8.
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
9.
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
10.
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
11.
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
12.
Research into Prediction Model of Water Content in Crude Oil Based on Intelligent Information Processing Technique;
基于智能信息处理技术的原油含水率预测模型研究
13.
Reaserch of Water Content Measuring in Crude Based on Microwave and Cut-off Frequency
基于微波截止频率的原油含水量测量方法的研究
14.
Monte Carlo Simulation the Density and Water Content of the Crude oil in Pipeline By the Decay of ~(109)Cd γ Ray Method
用~(109)Cd γ射线衰减法测量管道原油密度和含水率的蒙特卡罗模拟
15.
Determination of Nitrogen Contentin Crude Oiland Heavy Distillate by CHN- O- Elemental Analyzer
元素分析仪测定原油、重质油中的氮含量
16.
Research on a Portable Moisture Detector of the Building Envelope
便携式围护结构含水率测试仪的研究
17.
Research on High-Water-Cut Oil-Gas-Water Multiphase Flowmeter;
高含水率油、气、水多相流量计的研究
18.
Study on enhancing oil recovery of continental reservoir by water drive technology
陆相高含水油藏提高水驱采收率实践