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deep profile
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  深部调
     Researches on the PAM/Cr~(3+) Gel for Deep Profile Control
     一种用于深部调堵的PAM/Cr~(3+)凝胶的研究(英文)
短句来源
     Study and application of deep profile controlling agent in the SZ36-1 Oilfield,Bohai Bay Basin
     渤海SZ36-1油藏深部调剖剂研究与应用
短句来源
     Study and application of HB-Ⅱ deep profile control agent for oil-bearing sludge
     HB—Ⅱ型含油污泥深部调剖剂的研究与应用
短句来源
     Study and Application of Deep Profile Modification Technology in Low-permeability Fractured Reservoir
     低渗透裂缝性油藏复合深部调驱技术研究与应用
短句来源
     Application of Deep Profile Correction Technology in Qi- wu Fault Block
     深部调驱技术在歧五断块的应用
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  “deep profile”译为未确定词的双语例句
     STUDY AND APPLICATION OF SD-1 DEEP PROFILE CONTROL AGENT
     SD-1深度调剖剂的研究及应用
短句来源
     The Deep Profile Control Technology Research for Fractured Low-permeability Reservoir
     裂缝性低渗透油藏深度调剖技术研究
短句来源
     Based on "2+3" theory of profile control and water shutoff, research on large dose multi-blocks deep profile control and oil displacement technique is put forward to improve injection profile and production profile.
     为改善注水井吸水剖面和油井产液剖面,基于调剖堵水“2+3”理论提出了大剂量多段塞深度调驱技术。
短句来源
     The Performance of CDG System in Deep Profile Controlling
     CDG体系的深度调剖性能研究
短句来源
     INTERNATIONAL INTERDISCIPLINARY DEEP PROFILE OF TIBET AND THE HIMALAYA (INDEPTH)
     喜马拉雅和西藏高原深地震反射剖面(INDEPTH)概况
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  相似匹配句对
     The Performance of CDG System in Deep Profile Controlling
     CDG体系的深度调剖性能研究
短句来源
     New development of deep profile control agent
     深部调剖剂研究新进展
短句来源
     ③ProFile;
     ③ProFile ;
短句来源
     On Deep Ecology
     深层生态学初析
短句来源
     Compton Profile
     康普顿轮廓
短句来源
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  deep profile
Samples were taken along a 50-cm deep profile at all sites and analyzed for SRB populations, solid-phase mineralogy and porewater geochemistry.
      
In cutted slides of zonefloated silicon we found a deep profile expressed by the equation c=co·exp-(x/a)2, co=2 ppm, a=190 μm.
      
The upper and lower sections of the 9101m-deep profile are mainly composed of gneiss units (former greywacke sediments) and variegated units (alternating gneisses and metabasites, probably of volcano-sedimentary origin).
      
The soil water holding capacity available during the growing season is about 325 mm for the 2 m deep profile.
      
The Deep Profile is located entirely within the Granitic and SPV Rocks.
      
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Ti-B-N coating with low B content was deposited on W18Cr4V high speed steel substrate by ion plating, The thickness of the coating is about 2 to 5,5 micrometers. The averagemicrohardness of the coating is as high as d200 kg/mm~2(with 15 g load), The film-to-substate adherence is more than 120 kg/mm~2, The coefficient of wearness to diamond surface is as low as 0.088 to 0.14(with 1000 g load). lt is indicated by X-ray and electron diffraction analysis that the coating consist mainly of f, c, c. TiN, Simple orthorhomic...

Ti-B-N coating with low B content was deposited on W18Cr4V high speed steel substrate by ion plating, The thickness of the coating is about 2 to 5,5 micrometers. The averagemicrohardness of the coating is as high as d200 kg/mm~2(with 15 g load), The film-to-substate adherence is more than 120 kg/mm~2, The coefficient of wearness to diamond surface is as low as 0.088 to 0.14(with 1000 g load). lt is indicated by X-ray and electron diffraction analysis that the coating consist mainly of f, c, c. TiN, Simple orthorhomic TiB and simple hexagonal Ti-B-N. The main phase if TiN, The coating shows preferred orientation, The mierostructure and the interface region were observed by scanning electron microscope, The chemical composition and its deep profile of the coating was observed by mieroanalysis with ion probe,

用离子镀在W18Cr4V高速钢基材上制备了低硼含量的Ti-B-N薄膜。膜层厚度为2~5.5μm,显微硬度平均值为4200kg/mm~2(15g载荷),膜-基界面结合强度大于120kg/mm~2,对金刚石表面的摩擦系数为0.086~0.14(1000g载荷)。X射线与电子衍射表明:膜层主要由TiN(面心立方)、TiB(简单正交)、Ti-B-N(简单六方)三相组成,其中TiN含量最高,膜层表现出择优取向。用扫描电镜与透射电镜观察了膜层的表面与界面显微形貌,用离子探针分析了膜层的化学组成及其深度分布。

here is great potential in raising oil recovery ratio in maturing field in East China,butthe technique difficulty is very troublesome. According to the characteristics of Chinese oilfields,the key points of improving oil recovery ratio are as follows:the enlargement of wa-terflood swept volume, clear reservoir description that rnainly aims at remaining oil reserves,the optimization of well network and well spacing,the modification of injection-productionsystem , the popularization of hydrodynamic oil recovery,carrying...

here is great potential in raising oil recovery ratio in maturing field in East China,butthe technique difficulty is very troublesome. According to the characteristics of Chinese oilfields,the key points of improving oil recovery ratio are as follows:the enlargement of wa-terflood swept volume, clear reservoir description that rnainly aims at remaining oil reserves,the optimization of well network and well spacing,the modification of injection-productionsystem , the popularization of hydrodynamic oil recovery,carrying out deep profile controland water plugging, the reasonable use of polymer flooding,the development of new chemi-cal-flooding agents which are cheap and high efficient,and research on both combinationalflooding techniques and new techniques which specially favour oil recovery in very high wa-ter-cut stage.

我国东部老油田提高采收率具有很大的潜力,同时技术难度也很大。根据我国油田特点,提高采收率的重点是扩大注水波及体积,搞好以剩余油分布为中心的油藏描述、优化井网井距、调整注采系统、推广水动力学采油、大力开展深度调剖堵水;在有选择的推广聚合物驱油基础上,开发新型廉价高效化学驱油剂,发展复合驱技术,作为我国特高含水期油田开发储备的新技术。

According to the geologic characteristic of the upper S_2~(2+3) reservoir in Pucheng West Area which has internal contradictions seriously,the experiment of the tract deep profile control has been made. During the experiment,further profile control and near well shutoff technique are used together,the PI decision technology is the theory base to select well and agent,to quantity and to evaluate effect. Onsite test effect indicates that the reservoir homogeneity is strengthened evidently,thus can...

According to the geologic characteristic of the upper S_2~(2+3) reservoir in Pucheng West Area which has internal contradictions seriously,the experiment of the tract deep profile control has been made. During the experiment,further profile control and near well shutoff technique are used together,the PI decision technology is the theory base to select well and agent,to quantity and to evaluate effect. Onsite test effect indicates that the reservoir homogeneity is strengthened evidently,thus can be used for reference to the development of the thick bed non-homogeneity reservoirs during the high-water period.

根据设城西区沙二上2+3油藏层内矛盾突出的地质特点,提出并实施了远井调剖-边井封口的区块深部调剖试验,并将PI决策技术作为深部调剖选井、选剂、定量以及效果评价的理论基础,现场试验结果表明油藏的均质性明显增强,为厚层非均质油藏进入高含水开发提供了有益的借鉴。

 
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