分储

分储分储
  1. 分储在防水壁中以降低洪涝带来的损失

    each waterproofed and separated from the next to minimise flood damage .

  2. 基于知识点库的题干&选项分储机制设计和研究

    The Question Trunk Based on the Knowledge Points Stores the Design and Research on the Mechanism of the Choices ' Classification Store

  3. 在一定地质条件下,地震描述技术能有效地区分储层与围岩,从而更直观地描述储层(或油层)的发育情况。

    Using seismic description technology can effectively distinguish the reservoir layer and the round layer on the certain geology condition , and we can describe the shape of reservoir layer ( oil layer ) visually .

  4. 目前飞轮转子最高转速达到20万转每分,储能密度也达到134Wh/kg,其理论储能密度甚至高达306Wh/kg。

    Lately , the limited speed of flywheel rotor has been increased to 200,000 rpm , and the energy storage density has been increased to 134 Wh / kg . Moreover , the theoretic energy storage density could reached 306 Wh / kg .

  5. 根据天然气组分、储集层沥青以及成藏地质条件分析,天然气主要来源于古油藏原油裂解,为富含H2S的干气,H2S的形成与硫酸盐岩热化学还原作用有关。

    The natural gas is the dry gas with high content of H_ ( 2 ) S , and mainly comes from the cracking of foregone pool . The high content of H_ ( 2 ) S in gas component is contributed to the thermochemical sulfate reduction .

  6. 集中集热分户储热太阳能热水直接系统设计

    Design of the central heating-household based storage direct solar water heating system

  7. 通过多元回归分析,可以定量表达和预测矿物组分对储集层孔隙度的影响。

    The multi-element regression analysis can be used to quantitatively express and predict the controlling effect of detrital mineral combination over the porosity of sandstone reservoir .

  8. 分析解吸扩散运移过程中气体组分、储层介质、温度、压力、地应力等内、外因素对煤层气扩散运移的制约关系及程度,获得规律性的认识。

    And the rules in relationship and degree of diffusion and movement of seam gas contrlled by gas constituent , reservoir medium , temperature , pressure and geological stress are put forward .

  9. 分析了V型有载分接开关储能机构的结构及原理,揭示了其扭矩变化规律,并将其应用到分接开关的在线监测中。

    The structure and principle of energy storage mechanism in V type on-load tap-changer are analyzed . The torque change rule is presented . It is applied in online monitoring of tap-changer .

  10. 分维是储层表征和随机建模的控制参数。

    Fracral dimension is a control parameter of reservoir and random modeling .

  11. 前言:葵花岛构造勘探目的层分为常规储集层和非常规储集层两类。

    In Kuihuadao structure , there are two types of reservoirs : conventional and nonconventional reservoirs .

  12. 认为有利的沉积相带、砂岩结构粒度、碎屑组分是影响储集体物性的重要因素;

    Research has indicated that the advantaged sedimentary facies , sand structure granularity and chipping component are the important factors affected the physical property of the reservoir ;

  13. 研究了采用浓氨水、碳酸铵溶液和氨水-碳酸铵混合溶液作为沉淀剂制备的不同组分比的储氧材料的性能。

    Concentrated ammonia aqueous solution , ammonium carbonate solution and mixed ammonia-ammonium carbonate solution were used as precipitator to prepare OSM with different composition , their properties were studied .

  14. 运用油藏数值模拟技术,对油藏剖面进行了注气模拟研究,研究了采油速度、重力分异、储层非均质性、毛管压力、注入气粘度等对采收率的影响。

    With reservoir numerical simulation technique , gas injection is simulated with reservoir profile ; the effects of oil recovery rate , gravity variance , reservoir heterogeneity , capillary pressure and injected gas viscosity on recovery ratio are studied .

  15. 其中以孔隙衬里式绿泥石胶结及不稳定组分溶蚀相储层物性最好,孔隙衬里式绿泥石胶结及残余孔隙发育相次之,弱压实方解石胶结相储层物性最差。

    Among them , type of pore-lining chlorite cementation and dissolution of unstable components was the best reservoir properties , pore-lining chlorite cement type and development phase followed by the residual porosity , weak compaction calcite cement of the worst-phase reservoir .

  16. 虽然目前部分集气站采用了分排分储的方法,但是冬季和夏季含醇污水浓度还存在很大差异,冬季含醇污水浓度约为20%,而夏季通常都低于3%。

    Although a part of the gas gathering stations adopted the separated sewage drainage and storage method , the concentration of methanol-bearing sewage varies largely in summer and winter , which is about 20 % in winter , while lower than 3 % in summer .

  17. 原油极性组分的吸附与储层润湿性及研究意义

    Polar FRACTIONS'ADSORPTION of crude oil and wettability of reservoir and their research significance

  18. 为此,提出以下设计思路和方案:1、雨水储存可分为资源型储水和生态型储水,各有针对性的设计方案。

    Rainwater storage is divided into resource-based storage and ecotype storage with pertinent scheme .

  19. 文昌A凹陷储集层可分为砂体储集层和裂缝型储集层两大类。

    The reservoirs in Wenchang A sag can be divided into two types : sandstone and fracture reservoirs .

  20. 前缘席状砂、河口坝、远砂坝等粒度相对较细,云母等软组分含量高,储集性能逐渐变差。

    The fine granularity of sandstone and high mica content make the blanket sandstone , mouth bar and distal bar the bad reservoir .

  21. 本文讨论了用焓法模型及有限差分法求解相变储热器的热传导问题。

    This paper deals with the theoretical inverstigation of the conduction heat transfer in phase-change heat storage using the enthalpy model in conjunction with a finite-difference scheme .

  22. 应用普通薄片、铸体薄片、压汞资料对河道砂体储集层进行微观孔隙结构研究,结合岩心孔渗分析、试油结果,将扶杨油层储集层定量分为四类储层。

    Used common slices Mould slices , mercury injection data to have micro porosity construction research of river channel sand body . Combined with core porosity and permeability , and well test result , Fu-Yang formation was divided four type formations deeply in quantity .

  23. 采用分岩性建立孔隙度模型,以压汞资料为基础,根据流动单元理论,将H井区储层分为四类,分不同类别储层建立了渗透率和束缚水饱和度模型。

    Based on the mercury intrusion data , reservoirs are divided in four types according to the flow unit theory , permeability model and bound water saturation model in different type of reservoir are formed .