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   输导通道 的翻译结果: 查询用时:1.172秒
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输导通道     
相关语句
  transporting pathway
     Influence of Transporting Pathway on Gas Accumulation Efficiency
     输导通道类型对天然气聚集效率的影响
短句来源
     A study on the types of gas transporting pathway and their influence of large and medium gas fields of China suggests that there are six types of gas transporting pathways, i.e. fault, combination of fault and unconformity, sandbody, combination of fault and sandbody, combination of unconformity and sandbody and unconformity.
     通过对中国大中型气田天然气输导通道类型及影响因素研究,得到中国大中型气田主要有断裂、断裂与不整合组合、砂体、断裂与砂体组合、不整合与砂体组合和不整合6种输导通道类型。
短句来源
     Through the analysis of relation between gas accumulation efficiency and types of gas transporting pathway, fault, sandbody and combination of fault and unconformity are considered to have higher gas accumulation efficiency, and are favorable for gas to form large gas fields quickly.
     通过中国大中型气田天然气聚集效率与输导通道类型之间关系分析,得到聚集时间相对较晚的断裂、砂体和断裂与不整合组合形成的输导通道天然气聚集效率相对较高,有利于快速形成大中型气田。
短句来源
  transporting passage
     Types of transporting passage and oil and gas transporting characteristics of faults
     断裂输导通道类型及输导油气特征
短句来源
     Base on the evolving process of fault, it describes the evolving property of the dominant transporting passage in different stage.
     根据断裂的形成演化过程,阐述了断裂在演化的不同阶段优势输导通道的演变特征。
短句来源
  transforming channel
     Unconformity is transforming channel for lateral migration of gas,and provides accumulation place for gas.
     不整合面是天然气侧向运移的输导通道,且为天然气的聚集提供了场所。
短句来源
  migration channels
     According to the difference of main migration channels the thermal flow of the basin can be divided into three types: the lateral convection type, the vertical convection type and the compound type of lateral-vertical convection.
     根据热流体活动的主要输导通道的差异 ,将莺 -琼盆地热流体划分为侧向对流型、垂向对流型和侧向 -垂向对流复合型 ;
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  transporting pathway
Adenylate cyclase was also found in membranes of the mitochondria-rich cells, a minor and parallel Na+ transporting pathway.
      
  migration channels
The region of thermal migration channels was investigated using selective chemical etching of silicon in combination with secondary ion mass spectrometry for the analysis of impurity distributions.
      
Bot sets of antigens were also left as "traces" in cercarial migration channels in the skin as well as in skin tissue in the absence of detectable worms or migration channels.
      
immigration system has created a plenitude of peculiar migration channels sustained by vested client interests, and a veritable alphabet soup of visa categories.
      
Mud diapirs and faults are always the low fluid potential zones which provide the migration channels for the free gas.
      
  其他


Cells in calli differentiated into meristamic cell, parenchyma, collenchyma and tracheary element on adapting to their function. Callus was simpler in organization and function than whole plant. Meristamic center could proliferate and divide into several which were able to form new callus clumps. Tracheary elements and some long parenchyma cells served the function of transportation among centers and between center and solidified medium.

愈伤组织内的细胞表现了结构与功能的统一,整块愈伤由不同层次的细胞组成。分生细胞中心的活动使愈伤组织细胞增多,管状分子成为分生细胞中心与培养基之间的输导通道,分生细胞中心与培养基、或几个邻近分生细胞中心以大薄壁细胞相连接。内生胚状体位于愈伤组织内部空腔内,由壁木质化的细胞与母体隔开。

Intergranular pores, intragranular pores, micropores in interstitial material and crevicesare developed in Triassic and Jurassic reservoirs in North Tarim region, and the secondaryporosity of mixed intergranular pores, amounting to 43%  ̄51% of total pore amount, is themain part of resrevoir spaces. Organic acids released by kerogen and clay mineral transformation affected the alumosilicate component and quartz anions in reservoirs. This is the principle cause for the formation of secondary porosity' The increased...

Intergranular pores, intragranular pores, micropores in interstitial material and crevicesare developed in Triassic and Jurassic reservoirs in North Tarim region, and the secondaryporosity of mixed intergranular pores, amounting to 43%  ̄51% of total pore amount, is themain part of resrevoir spaces. Organic acids released by kerogen and clay mineral transformation affected the alumosilicate component and quartz anions in reservoirs. This is the principle cause for the formation of secondary porosity' The increased secondary porosity is up toabout 51. 9% of the total porosity. Besides, the reservoir property is also controlled by burialdepth, unconformity and the passage formed of "Y" -type faults.

塔北三叠、侏罗系储层主要发育粒间孔(包括残余原生粒间孔、次生粒间孔和混合粒间孔)、粒内孔、填隙物中微孔隙和缝隙等4类。尤以混合粒间孔最为发育,占总面孔率的43%~51%,是储集空间的主要组成部分。干酪根和粘土转化所释放的有机酸对储层中铝硅酸盐组分和部分石英颗粒阴离子的络合迁移作用是次生孔隙形成的主要原因,可净增约9.6%的次生孔隙,即增加的次生孔隙约占总孔隙的51.9%,表明了次生孔隙在提高储层储集性中的重要作用。储层除受有利相带和储集类型控制外,埋藏深度(以4200~4700m最为有利)及由断裂和不整合面构成的输导通道亦是重要控制因素。

Hydrofracturing is one way of fluid expulsing from impermeable mudstones in overpressured formation system,which not only results in episodic compaction of mudstones,but also affects on the migration and trap of hydrocarbon in a new way.The compacting processes in impermeable mudstones of overpressured basin can be classified into two stages,i.e.continue and episodic compaction stages.According to the main effect parameters of hydrofracturing,the episodic compaction stage includes hydraulic fracture and hydrocarbon...

Hydrofracturing is one way of fluid expulsing from impermeable mudstones in overpressured formation system,which not only results in episodic compaction of mudstones,but also affects on the migration and trap of hydrocarbon in a new way.The compacting processes in impermeable mudstones of overpressured basin can be classified into two stages,i.e.continue and episodic compaction stages.According to the main effect parameters of hydrofracturing,the episodic compaction stage includes hydraulic fracture and hydrocarbon generated cracking.The former is resulted from disequilibrium compaction and new generated fluid from the transfer of clay minerals,and the latter is resulted from hydrocarbon generated or hydrocarbon thermal dispersion.Hydrofractures in mudstones dramatically change the permeability of rocks,and also provide a excellent fluid flow way for hydrocarbon to expulsing from source rocks.So,episodic hydrofracturing results in episodic hydrocarbon expulsion.

流体压裂是在异常高流体压力体系的低渗泥岩中流体活动的主要输导通道。流体压裂不仅导致低渗泥岩的幕式压实作用,而且为油气运移、储集的研究提供了新的理论模式。超压盆地泥岩的压实演化可划分为两个阶段,即连续压实和幕式压实阶段,其中幕式压实阶段又可根据导致流体压裂的主控因素进一步划分为两个亚阶段,即水力压裂和生烃压裂,前者主要由于泥岩欠压实和新生流体源的增压所致,后者则主要由于泥岩中有机质生烃及烃类裂解后增压所致。泥岩中流体压裂大大改善了岩石的渗透率,也为烃源岩内排烃提供了良好的输导通道,幕式流体压裂导致幕式排烃作用。

 
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