1) oil spill monitoring
溢油监测
1.
To solve the low accuracy problem in oil spill monitoring,information extraction of oil spill method was presented,which took full advantages of multi-source remote sensing data in terms of multi-band,multi-temporal and multi-type.
为解决溢油监测精度较低的问题,利用多源遥感信息,提出基于多波段、多时相、多类型三方面的多源卫星遥感溢油信息提取方法。
2.
Remote sensing techniques for oil spill monitoring in offshore oil and gas exploration and exploitation activities:Case study in Bohai Bay;
卫星遥感监测技术具有大范围、多时相、快速、准确等特点,已经成为发达国家重要的海上溢油监测手段之一。
2) oil detection
溢油检测
1.
To improve the oil detection capability, we propose a new oil detection method based on edge detection in this paper.
提出一种基于边缘检测的快速溢油信息提取方法,首先对溢油图像进行ROA(radio of average)边缘检测,根据检测结果进行AOI(area of interest)提取,然后使用改进的Weibull-CFAR检测算法对AOI进行溢油检测,并与全局CFAR检测结果进行对比。
3) oil monitoring
油液监测
1.
Datum Integrated Processing Method Research Based on Oil Monitoring;
基于油液监测数据综合处理方法的研究
2.
Research of Status Assessing Methods of Equipment Lubricating and Wearing Based on Oil Monitoring;
基于油液监测技术的设备润滑磨损状态评价方法的研究
3.
Research on Web-based Oil Monitoring and Fault Diagnosis System;
基于Web的油液监测与故障诊断系统的研究
4) oil analysis
油液监测
1.
Five cases are presented to illustrate the benefits of oil analysis service.
油液监测技术是支持设备视情维修的实用技术,商业化油液监测服务可为广泛的客户带来更多的价值。
2.
Then integrated oil analysisbecome popular which combine the merits of spectrochemical analysis,ferrography,particle count and FTIR to assess the wear,contamination and oil conditions.
中国的油液监测技术始于铁谱技术的引进,该技术在多个行业得到应用,并取得良好的效果。
5) oilfield monitoring
油田监测
1.
On the basis of features of neutron oxygen activation technique, analyzed are its advantages in well logging,and discussed is how problems to be solved by it in oilfield monitoring.
根据中子氧活化技术的特点 ,分析了中子氧活化测井技术的优势以及油田监测中通过该技术解决的问题。
6) reservoir monitoring
油藏监测
1.
Four-dimensional seismic reservoir monitoring technique and its application;
四维地震油藏监测技术及其应用
2.
Time-lapse seismic techniques in reservoir monitoring;
油藏监测中的时延地震技术
3.
Study on time-lapse seismic reservoir monitoring;
时移地震油藏监测技术研究
补充资料:溢溢
1.水满貌。 2.象声词。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条