1.
Discussion on Type Selection,Design and Installation of Settlement Water Meter in Petroleum Field and Relevant National Standard
油区结算水表的选型/设计/安装与国家相关标准探讨
2.
Analysis and Calculation of Flow Rate of Vent Gas From Sour Water Tanks in Refinery
炼油厂酸性水罐区排放气量分析计算
3.
The treatment of the actual color picture of the cole field showed the efficiency of this algorithm.
油菜地图像的处理结果表明了该算法的有效性
4.
The Calculation and Analysis of Surface Water Environment Capacity of Lhasa City;
拉萨市区地表水环境容量计算与分析
5.
Estimation of Adit Dirt Volume in Longtan Hydropower Station Dam Area
龙滩水电站坝址区平洞结垢量的估算
6.
Calculation of Reasonable Water Injection Rate of Wellblocks 3,5 in Ningdong Oilflied in West Mahuangshan
麻黄山西区块宁东油田3、5井区合理注水强度的计算
7.
Calculation and Analysis Methods About Representative Rhythm of the Precipitation in Changchun Area
长春地区降水量代表性规律计算分析方法
8.
The problem of no water cut of oil well production for a long time in bottom water reservoir with barrieris is solved.
并结合实例进行了计算,从而解决了带隔板底水油藏油井长期生产而不见水的问题。
9.
The Study of Computing Methods for True Quantity of Water Saving on Outlet Combining Wells Irrigation Area
渠井结合灌区真实节水量计算方法研究
10.
The Research of Geological Reserves Distribution on the Data of High Water in the Saertu Oilfield of DaQing;
大庆油田萨中开发区高含水期地质储量精细计算方法研究
11.
Water resource, current water supply and consumption in Dagang district is studied, It shows that the shortage of water in the district is due to deficient quantity and poor quality.
通过对大港区水资源、供用水现状进行分析，结果表明，大港区属于水质型和资源型双重缺水地区。
12.
coalescence; transverse flow oil separator; oilbearing sewage in oil-fields
聚结,横向流除油器,油田含油污水
13.
Results show, The CWS can be used in steam generator in stead of crude oil.
结果表明，水煤浆替代原油应用于注汽锅炉是可行的。
14.
Then the discrete phase holdup can be measured by non-packer without changing flow state.
动态实验结果表明，该方法在油水两相条件下，可以实现分相的测量。
15.
Synthesis and Characterization of Serials Glycidyl Ether Modified β-Cyclodextrin Derivatives;
系列缩水甘油醚类β-环糊精衍生物的合成及结构表征
16.
skimming of waste water
自废水表面上撇取石油
17.
pilot waterflood
试验区注水驱油试验
18.
The meteoric origin of geothermal water in study area is evidenced by its environmental isotope composition.
环境同位素研究结果表明，研究区地热水为大气降水成因。