冀东

冀东冀东
  1. 利用层次分析法(AHP),构建了影响冀东地区铁矿资源禀赋优势的指标体系,结合模糊数学,确立了资源禀赋优势系数的计算方法,并对具体实例进行计算,方法简明实用。

    In this paper , the AHP model that presented natural resource endowment is established , and fuzzy mathematics is applied to calculate the index of resource endowment .

  2. DST-3型井间声波探测和井中声波采油系统在冀东油田的试验

    The experimental application of dst-3 type inter-borehole acoustic sounding and borehole acoustic oil-mining system in the Jidong ( eastern hebei ) oil field

  3. 冀东角闪石成分环带记录的P-T-t轨迹

    The p-T-t trajectory recorded by the compositional zonations of amphibole in Eastern Hebei Province

  4. 冀东油田使用MSF&1钻井液在柳赞构造成功地打完L24井。

    L24 well was successfully drilled by use of MSF-1 drilling fluid .

  5. 普通花叶类型由花生矮化病毒Mi株系(PSV&Mi)所致,在冀东和冀中的部分县(市)发生;

    Peanut common mosaic type caused by Peanut Stunt Virus Mi Strain ( PSV-Mi ) was found in East and Central Hebei Province , and peanut yellow mosaic caused by Cucumber Mosaic Virus CA Strain ( CMV-CA ) occured only in East Hebei .

  6. 开展了TS-761系列反相破乳剂在冀东油田的应用研究,对加药量、加药方式和药剂作用机理进行了探讨。

    Application of the TS-761 series reverse demulsifiers in Treating Produced Water in Jidong Oil-field were investigated .

  7. 冀东黑云母片麻岩在1GPa压力下脱水熔融实验

    Dehydration - melting experiment of the biotite - gneiss , eastern hebei , at 1 GPa pressure

  8. 为了合理使用冀东铁矿资源,用直径200mm、料层高度为430mm的烧结杯进行了实验室实验。

    In order to utilize the iron ore resources of East Hebei in China reasonably , the experiments were made in sintering cup which is 430 mm in height and 200 mm in diameter .

  9. 冀东油田柏各庄T2-1区块原油物性有两低、三高,即密度、黏度低,胶质沥青质、含蜡量、凝固点高。

    The features of crude oil in T2-1 region of Jidong Oilfield are high content colloid asphalt , high content wax and high setting point .

  10. 为了探寻适用于该地层的防塌措施,对冀东油田M27-27井岩心的岩石结构、矿物组成、水分含量、线膨胀率、回收率和稳定指数等进行了分析。

    In order to find some anti sloughing measures , structures , compositions , water contents , expansions , percent of recovery and stability index of cores from well M27-27 are experimented and analyzed .

  11. 冀东几种主要土壤水分有效性的研究

    Studies on Moisture Availability of Several Main Soils in Eastern Hebei

  12. 冀东地区猪链球菌病流行病学调查

    Epidemiology investigation of swine Streptococcus in the east of Hebei province

  13. 水分对冀东磁铁矿成球性能的影响

    Influence of Moisture on Pelletizing Properties of Jidong Magnetite Concentrates Fines

  14. 冀东三家地区金矿床控矿地质因素

    Ore-controlling geological factors of the Sanjia gold deposit , Eastern Hebei

  15. 冀东陆壳结构的岩石学模型

    Petrological model for structure of continental crust in East Hebei Province

  16. 冀东高板河锌、硫铁矿矿床容矿岩石具有热水沉积岩的地球化学特点。

    Geochemical features of the Tongguanshan Cu-Fe-Au-S deposit in Anhui province ;

  17. 吉林、辽宁、北京、石家庄的大豆品种可作冀东地区夏播大豆的重要品种资源。

    Germplasm resources for summer sowing soybeans in northeastern Hebei provinces .

  18. 冀东油田套管损坏现状及综合治理措施

    Current and comprehensive regulation measures of casing damage in Jidong Oilfield

  19. 冀东地区金矿地质遥感信息提取方法研究

    Extraction of remote sensing information for gold deposits , Eastern Hebei

  20. 冀东地区猪链球菌病病原的特性

    Pathogen Characteristics of Swine Streptococcosis in the East of Hebei Province

  21. 冀东金矿集中区控矿条件探讨

    Study on mineral-controlling conditions in gold mines area of Eastern Hebei

  22. 冀东油田含油污水生化处理技术的应用

    Application of Biochemical Treatment Technology for Oil Sewage in Jidong Oilfield

  23. 柔性增斜钻具组合在冀东油田的应用

    Application of Flexible Building up Bottom Hole Assembly in Jidong Oilfield

  24. 建设冀东经济区应对国际金融危机

    Constructing North Hebei economy zone , cope with international financial crisis

  25. 冀东地区麻粒岩相变质作用的演化冀东迁西群变质作用特征

    The characteristics of metamorphism of the Qianxi group in Eastern Hebei Province

  26. 冀东油田套管损坏机理及防治措施

    The Casing Destruction Mechanism and Prevention Measures in Jidong Oilfield

  27. 冀东地区前寒武变质杂岩中锆石的研究

    Studies on zircon in Precambrian metamorphic complex from East Hebei

  28. 波尔山羊在冀东地区适应性研究

    Study on Adaptability of Boer goat to East Hebei Province

  29. 冀东太古宙麻粒岩及下地壳分层的讨论

    Archaean granulite and subdivision of lower crust in eastern hebei , China

  30. 冀东平原重金属元素生态效应地球化学评价

    Ecological Geochemical Assessment of Heavy Metal Element in Plane East of Hebei