高含水,high water cut
1)high water cut高含水
1.Technology of Tapping Residual Oil in the Period of High Water Cut in Xijiakou Complex Section Reservoirs;习家口复杂断块油藏高含水期剩余油挖潜技术
2.Technical and economic limits for the development ofhigh water cut oilfields;注水开发油田高含水期开发技术经济政策研究
3.Discussion on rationality and influence factors of oil production decline inhigh water cut period of oil reservoir.;油藏高含水期原油生产递减合理性及影响因素探讨
英文短句/例句
1.On Prediction Method for Water Content Ratio of Thick Oil Formation in Extra-high Water Cut Period特高含水期厚油层含水预测方法研究
2.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
3.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
4.Evaluating Effect of Flooding in High Water-cut Stage in Shanshan Oilfield鄯善油田高含水期水驱开发效果评价
5.FLAGSHIP APPLICATION IN HIGH WATER CUT HORIZONTAL WELLFlagship在中高含水期水平井中的应用研究
6.Technologies of EOR in late stage of high water cut in Wenzhong oilfield.文中油田高含水后期提高采收率技术
7.A STUDY OF HIGH EFFECTIVE ADJUSTMENT WELLS AT LATERPERIOD OF HIGH WATER CUT STAGE IN DAQING OIL FIELD大庆油田高含水后期高效调整井研究
8.Mechanism Study of Water Alternating Gas (WAG) Flooding of High Permeability Reservoirs in High Water-cut Stage-Taking the Example of Pucheng ES2_U Reservoir;高渗透、高含水油藏气水交替驱替机理研究
9.Fracturing Technique Study of Internal Controlling Water to Improve Recovery Efficiency at High Water-bearing Thick Beds;高含水厚层层内控水提高采收率压裂技术研究
10.Enhancing Oil Recovery of High Water-cut Reservoir with Sidetrack Horizontal Well利用侧钻水平井提高高含水油藏采收率
11.Pretreatment of High Watercut Polymer Containing Crude Oil at Jidong Oil Field冀东油田高含水含聚合物采出液处理技术
12.Calculation Method Research on the Viscosity of Oil-Water Emulsion in Horizontal Pipes with Super High Water-cut水平管内高含水油水乳状液黏度计算方法研究
13.high solvent oil in water system高溶剂含量油/水相乳化糊（溶剂含量75%~80%）
14.Product Advantage: High technical content, high beginning and high level.产品优势：技术含量高，起点高，水平档次高。
15.Cement Slurry Design for HTHP Gas Wells with Rich H_2S高温高压和高含硫气井固井水泥浆设计
16.Treatment of Highly Concentrated Industrial Wastewater with Salt and COD by Double-pass Membrane Process at High Tempreture高温二级膜法处理高含盐量高COD工业废水研究
17.testing methods for detection and estimation of micro-biological contaminants in highly purified water高纯水微生物含量测定法
18.testing methods for determination of metallic elements in highly purified water高纯水金属含量测定方法
相关短句/例句
high water-cut高含水
1.Technical limits for pattern rearrangement in late period ofhigh water-cut in uncompartmentalized oilfield;整装油田高含水后期井网重组技术政策界限研究
2.Application of BNLL athigh water-cut period in stratified block reservoir.;硼中子寿命测井技术在层状断块油藏高含水期挖潜中的应用
3.Block M11 of Machang Oilfield,Zhongyuan Oil Company,deposits complex geological structure and has been access to extra-high water-cut period.马厂油田M11块油藏地质构造复杂,已进入特高含水期。
3)high watercut高含水
1.Hydaulic flow unit, Ada ptive NeuroFuzzy Inference System(ANFIS) and multistatistic analysis are use d to build permeability model forhigh watercut reservoir, whi.尤其当油田进入高含水期,储层参数发生了变化。
2.Thetheoretical investigation of this total space dielectric watercutmeter shows that itcan overcome the disadvantages of the existing watercutmeters,and give a precisemeasurement under the condition ofhigh watercut.测量生产井高含水率的一种新方法。
3.Furfural-urea-formaldehyde resin/latent curing agent composition is developed for sand control inhigh watercut,severely sanding production wells in Shengtuo oil fields,Shengli.糠醇-脲-甲醛树脂固砂剂是为满足胜坨油田高含水、严重出砂油井防砂而开发的。
4)high water cut period高含水期
1.Numerical simulation by stages about the reservoir athigh water cut period.;高含水期油藏分阶段数值模拟
2.The distribution of residual hydrocarbon inhigh water cut period is characterized by high scatter in space,the advanced grid technology and fine reservoir numerical simulation are the most scientific and applicable technologic methods.高含水期油田剩余油在空间分布上具有高度零散的特点,利用先进的网格技术及精细油藏数值模拟技术是寻找这类剩余油分布的最科学、最实用的技术手段。
3.A method of water injection profile control is combined with water shut off in prooduction well for the oilfield inhigh water cut period.以孤东油田八区 5- 6层系为研究对象 ,提出了一套高含水期油田以注水井调剖为中心、辅以油井堵水的堵调综合治理方法。
5)high moisture content高含水率
1.Investigation of a modified UF resin to bondhigh moisture content populus-veneers at ambient temperature;高含水率杨木单板室温胶合的脲醛树脂胶研究
2.An aerobic co-composting process was proposed to treathigh moisture content municipal solid waste (MSW) and dewatered sludge.采用好氧堆肥工艺处理高含水率城市生活垃圾和脱水污泥。
3.It had been studied composting process of primary food waste, co-composting process of primary fermented food waste and sludge, and co-composting process of primary food waste and sludge in thehigh moisture content by vessel reactor.采用仓式反应器进行了高含水率条件下食品垃圾堆肥、发酵后的食品垃圾与污泥混合堆肥、原生食品垃圾与污泥混合堆肥的研究。
6)high water cut stage高含水期
1.Oil layer classification for LaSaXing oilfields athigh water cut stage;喇萨杏油田特高含水期油层分类
2.Logging interpretation of watered-out zone inhigh water cut stage in low permeability reservoir;低渗油藏高含水期水淹层测井解释方法
3.Evaluation method of water saturation around water injection wells inhigh water cut stage and its application;高含水期注水井周围含水饱和度评价方法及应用
延伸阅读
高吸水高分子材料高吸水高分子材料polymericsuper-absorbent of water高吸水高分子材料polymeric super一absorbentof water轻度交联的阴离子型聚电解质，能在较短时间(几秒至几十秒)内，吸持其自身重量300一1000倍，甚至更多的液态去离子水，成为水凝胶的高分子材料。被吸收的水包封在高分子的网络中，即使在加压情况下也不易失去，干燥后可恢复原有的吸水能力。高吸水高分子材料是美国在20世纪70年代初首先开发出来的。组成高吸水高分子材料主要由3部分组成:①轻微交联的高分子骨架。多数是亲水性的，具有经基、酞胺基、醚键等亲水结构。有些材料在分子式上看不出有交联点，但实际上是交联的，只是交联机理尚不清楚。交联结构约束吸水，使之只能成为凝胶，而不最终溶解。②连接在高分子链上的阴离子。极大多数是竣基，个别是磺酸基。③与阴离子保持平衡的可移动阳离子。通常是钠离子。密集的阴阳离子，遇水产生渗透压，是吸水动力的主要来源;吸水的另一部分动力，来自高分子结构中的亲水基团和结构，它们通过水化吸附水分。种类高吸水高分子材料可分两大类:①半合成型。如美国最先开发的就是将丙烯睛接枝共聚在淀粉上，经过皂化，聚丙烯睛链段的氰基一部分水解成梭基，一部分水解成酞胺基，淀粉也可以直接与丙烯酸接枝共聚。纤维素经梭甲基化，再用适当的交联剂交联，也能制造高吸水树脂。②全合成型。简单的如丙烯酸钠在很少量交联剂存在下，甚至不用交联剂而用特种引发剂进行聚合，就可以得到高吸水树脂。将醋酸乙烯酷和丙烯酸甲酷共聚，皂化后得到乙烯醇一丙烯酸钠型高吸水树脂。此外，还有聚氧乙烯型、聚乙烯醉一环状酸醉接枝共聚物型、异丁烯一马来酸共聚物型、醋酸乙烯醋一不饱和二元酸共聚物型等。用途由于高吸水高分子材料的吸水保水性、吸水后的膨胀性、粘附性、缓释性等，已应用在以下方面。①农业园艺:土壤中加入少量高吸水高分子材料，等于增添了无数微小水库，改善团粒结构，是改良早田土壤的好途径。但因成本高，尚难推广。还在试验探索改造沙漠。用高吸水高分子材料涂覆作物种子(使用量一般为种子的l一2%)，抗旱播种，已在小麦、玉米、棉花、甜菜等作物上取得成功经验。另一实际应用是移栽沾根，在苗木移植上效果更显著。②生理卫生用品:可用高吸水高分子材料代替棉、纸粕生产妇女卫生巾、婴儿纸尿布。它们一般是多层结构、在两层透水纸之间夹一层纸粕和高吸水高分子材料。③土木建筑:高吸水高分子材料与乙烯一醋酸乙烯醋树脂、聚氯乙烯、聚氨酷树脂和橡胶混配，做成各种密封胶、密封件，也用于建筑物嵌缝、地下电缆防水、环管接头密封等方面。高吸水高分子材料遇水膨胀，压迫共混材料堵住一切隙缝，防止渗漏。高吸水高分子材料由于吸水能力受溶解电解质抑止，生产成本比较高，在应用上，尤其农业应用上受到限制。(郑平)
