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组烃源
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  group source
     Seismic prediction of Kongdian Group source rock in Jiyang depression.
     济阳拗陷孔店组烃源岩的地震预测方法
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     THE CHARACTERISTICS AND OCCURRENCES OF PLANT RESIN MATERIALS IN AIEISHAN GROUP SOURCE ROCK OF YACHENG BASIN
     莺─琼盆地梅山组烃源岩中树脂物质的特征和赋存形式
短句来源
     The study of fluid property and genesis for Mobei oil field in Zhunge'er basin shows there are 2 types of crude oil in the field. One comes from the mixture of Fengcheng group and Wuerhe group source rocks that appear in Permian of the west sag of Pen Well 1, and the latter governs.
     对准噶尔盆地莫北油田流体性质及成因研究表明 ,原油分为两类 :第一类原油来源于盆 1井西凹陷二叠系风城组和乌尔禾组烃源岩混源 ,且以后者为主 ;
短句来源
     The other one comes mainly from Fengcheng group source rocks of Permian.
     第二类原油主要来源于二叠系风城组烃源岩。
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  “组烃源”译为未确定词的双语例句
     The organic matters of Types Ⅰ,Ⅱ 1,Ⅱ 2,and Ⅲ were found out in the hydrocarbon source rocks in Dongying Formation , in which the Types Ⅱ 1 and Ⅱ 2 are in the majority.
     东营组烃源岩Ⅰ、Ⅱ1、Ⅱ2 和Ⅲ型有机质均有分布,但以Ⅱ1、Ⅱ2 型为主;
短句来源
     The abundance, types and maturity of organic matter in Shemshak Formation of Jurassic and Qom Formation of Oligocene-Miocene, and oil source correlation in Qom Basin, Iran, show that the Shemshak Formation is the most possible source rock for the playing and the Qom Formation has hydrocarbon generation potential.
     对伊朗中部Qom盆地中、下侏罗统Shemshak组和渐新统一中新统Qom组两套烃源岩的有机质丰度、类型、成熟度及油源对比等地球化学分析表明,Shemshak组烃源岩为一套有效的烃源岩层系,Qom组为一套潜在的烃源岩层系。
短句来源
     It is suggested that the crude oil in XJ24 3 and XJ24 1 fields should come from Wenchang and Enping Formations source rocks in XJ24 Sag, and that the crude oil in XJ30 2 field come mainly from Wenchang Formation source rock in XJ30 Sag.
     研究结果表明 ,XJ2 4- 3、XJ2 4- 1油田的原油主要来自 XJ2 4洼文昌组和恩平组烃源岩 ,而 XJ30 - 2油田的原油主要来自 XJ30洼文昌组烃源
短句来源
     Except for a few good source rocks, most source rocks of the Shemshak Formation are middle grade.
     Shemshak组烃源岩除了极少部分属好烃源岩以外,大部分为中等烃源岩。
短句来源
     Simulations of burial history,thermal history and hydrocarbon generation history show that the R_o value of Huoshiling Fm source rocks at a burial depth of 1 300m would have rapidly reached 0.7% in about 1Ma.
     烃源岩的埋藏史、热史和生烃史模拟计算结果表明,徐家围子断陷深层火石岭组烃源岩埋深1300 m 的 R_o 值,在约1Ma 时间内迅速达到0.7%。
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     Study on hydrocarbon sources of Lower Triassic Jialingjiang Formation in south of Sichuan Basin, China
     四川盆地南部嘉陵江研究
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     Evaluation on Hydrocarbon Source Rocks of the Dongying Formation in Bodong Depression
     渤东凹陷东营岩评价
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     Group B: SD to Wistar rat heart tarnsplantation;
     B
短句来源
     ] group.
     ]
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     there is huge thickness of Oligocene source rock-Dongying Formation;
     存在巨厚的渐新世东营岩;
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  group source
The cropping system × height group source of variation was not significant for yield in any set.
      
All positive cultures, regardless of their patient group source, grew 104 CFU/ml after 24 h of incubation.
      
Depending on the routing protocol, forwarding-state information may have entries per group or per group/source.
      
Each group source replies to the solicitation, and the receiver sends a receiver join packet to each source answering its solicitation.
      
Principle of multicast-based mobility A second scalability aspect is the amount of per-group/source state maintained by a multicast router.
      
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The demonstration is carried out by taking "Source Control Theory" asdominant hydrocarbon source system as research object and large-medium gas field as target,it is affirmed that in Sichuan Basin Lower Cambrian,Lower Silurian and Lower Permian arethe hydrocarbon source beds of oil system and Upper Permian, Upper Triassic are the hydrocarbon source beds of coal system which provide rich hydrocarbon source for the formation oflarge-medium gas fields,restrict and constitute multi-hydrocarbon source system of UpperSinian-Upper...

The demonstration is carried out by taking "Source Control Theory" asdominant hydrocarbon source system as research object and large-medium gas field as target,it is affirmed that in Sichuan Basin Lower Cambrian,Lower Silurian and Lower Permian arethe hydrocarbon source beds of oil system and Upper Permian, Upper Triassic are the hydrocarbon source beds of coal system which provide rich hydrocarbon source for the formation oflarge-medium gas fields,restrict and constitute multi-hydrocarbon source system of UpperSinian-Upper Tricssic. Based on hydrocarbon potential intensity value and combined with regional palaeostructural evolution, the hydrocarbon source system modes of foreign-sourcepattern, self-source pattern and mixed-source pattern are set up, which can be used for predicating the favourable blocks of forming large-medium gas fields. It is suggested that besidesstrenthening hydrocarbon source system exploration of Lower Silurian-Permian in EastSichuan,Upper Sinian-Lower Cambrian in the central part and around the circumference ofLeshan-longnusi Caledoian paleaohigh, Lower Silurian-Middle Triassic in Central Sichuanand Upper Triassic in West Sichuan,an attention should be paid to the research and exploration for now hydrocarbon source systems constituted by the reservoirs of Jurassic systemand Cretaceous system classtic rocke,such as the central zone of West Sichuan depression,the basin north edge of North Sichuan-East Sichuan joint part, nowaday Cretaceous distribution zone in Westsouth Sichuan-South Sichuan blob etc. It is possible that some largemedium gas fields will be found in these new trerritories.

文章以“源控论”为主导,烃源体系为对象,大中型气田为目标展开论证。确证四川盆地下寒武统、下志留统、下二叠统是油系烃源层,上二叠统、上三叠统是煤系烃源层,为大中型气田形成提供了丰富的烃源,制约、组建了上震旦统-上三叠统的多组烃源体系。以烃潜量强度值为基础,结合区域古构造发展,建立了异源型、自源型和混源型等三类烃源体系模式,并以此作大中型气田形成的有利区块预测。建议在加强川东下志留统-二叠系;乐山-龙女寺加里东古隆起核部及其周边上震旦统-下寒武统;川中下志留统-中三叠统;川西上三叠统等烃源体系勘探的同时,还应重视以侏罗系、白垩系碎屑岩为储层所组建的新烃源体系的研究与勘探,如川西坳陷中心地带、川北-川东联结部位的盆地北缘地带、川西南-川南区块现今白垩系保存地带等地区,可望在这新的领域内有所突破。

The source rocks of the Lunpola Basin were developed in the Tertiary Niubao formation and mainly in N 2 and lower N 3 members and some in upper N 3 member of the formation. Distribution of source rocks was controlled by sedimentary facies with deep and subdeep lake facies were their major developing area. The thickest source rocks were in Jiangri Acuo depression. Source rocks were characterized by medium abundance of organic matter, good parent type and relative high maturity. Since the end of Eocene,...

The source rocks of the Lunpola Basin were developed in the Tertiary Niubao formation and mainly in N 2 and lower N 3 members and some in upper N 3 member of the formation. Distribution of source rocks was controlled by sedimentary facies with deep and subdeep lake facies were their major developing area. The thickest source rocks were in Jiangri Acuo depression. Source rocks were characterized by medium abundance of organic matter, good parent type and relative high maturity. Since the end of Eocene, there has been favorable source condition for hydrocarbon accumulation, and the early hydrocarbon came from N 2 member and the late one from lower N 3 member. In a word, there is good resource prospect in the Lunpola Basin.

伦坡拉盆地主要发育下第三系牛堡组烃源层系,主力烃源岩为牛二段及牛三下亚段,牛三上亚段也有一定的生烃能力。烃源岩受沉积相带的控制,主要发育于深- 半深湖相区,蒋日阿错凹陷烃源岩厚度最大。烃源岩具有机质丰度中等,母质类型优良,成熟度主体偏高的特点。自始新世末期以来,伦坡拉盆地长期具有成藏的油源条件,早期的源岩为牛二段,晚期则以牛三下亚段为主。总体上看,伦坡拉盆地具良好的油气资源前景

Gongshanmiao structure is a key tract of oil a nd gas exploration in Cen tral Sichuan at present.In the region,the member Sha 1 oil reservoir in Shaxima o Formation of Jurassic was an important discovery of oil exploration achieved b y the Southwest Oil and Gas Field Branch,PCL,during the Ninth"Five Year"Plan ,being a structural lithologic combination trap.Through systematically analyzin g its formation conditions,it is considered that the key conditions of reservoir form ation are oil source,reservoir bed...

Gongshanmiao structure is a key tract of oil a nd gas exploration in Cen tral Sichuan at present.In the region,the member Sha 1 oil reservoir in Shaxima o Formation of Jurassic was an important discovery of oil exploration achieved b y the Southwest Oil and Gas Field Branch,PCL,during the Ninth"Five Year"Plan ,being a structural lithologic combination trap.Through systematically analyzin g its formation conditions,it is considered that the key conditions of reservoir form ation are oil source,reservoir bed and migration pathway.The oil source bed is m ainly the underlying Lianggaoshan Formation which has a large oil source rock th ick,high organic matter content and abundant hydrocarbon source,thus providing r ich material base for oil and gas accumulation in member Sha 1;reservoir bed is a tight,ultra heterogeneity,thin,fracture pore sandstone reservoir with low po rosity and low permeability,and controlled by sedimentary system evolution,many types of reservoir sandbodies were inter superposed with each other in vertical and lateral,thus providing beneficial storage condition for oil and gas accumula tion owing to the concentrated growth of reservoir sandbodies;and the well deve l oped faults not only greatly improved the percolation flow capacity of the reser voir,which is the key of influencing deliverability of the reservoir,but also pr ovided important pathways for oil and gas migration and accumulation.By means of comprehensive analysis it is proposed that"laying equal stress on reservoir s andbody and fault"is the thought of guiding exploration;and in exploration we s hould pay attention to ① the stability of the sandbodies at the bottom of memb er Sha 1 and the diversity of its quality,and ② the variety,superposed propert y,removability and heterogeneity of the channel sandbodies in the middle and on the top parts of member Sha 1.

公山庙构造是目前川中油气勘探的一个重点区块 ,该区侏罗系沙溪庙组沙一段油藏是西南油气田分公司“九五”期间原油勘探的重大发现。该油藏是构造—岩性复合油藏。通过对沙一段油藏成藏条件的系统深入分析 ,认为储层及油源通道是成藏的关键。油源主要来自下伏凉高山组烃源层 ,源岩厚度大 ,有机质含量高 ,烃源丰富 ,为沙一段油气富集提供了雄厚的物质基础。储层为低孔渗、致密、非均质性极强的薄层裂缝—孔隙型砂岩储层。受沉积体系演化的控制 ,多类型的储集砂体在纵横向相互叠置 ,从而导致储集砂体的集中发育 ,为油气富集提供了有利的储集条件。断裂发育极大地改善了储层的渗流能力 ,是影响产能的关键 ,并且为油气运聚提供了重要的通道。综合分析提出了“储集砂层与断裂并重”的勘探指导思想 ,并且指出勘探中应注意 :①沙一段底部砂层的稳定性及其品质的差异性 ;②沙一段中上部河道的多样性、垂向叠加性及侧向迁移性、河道砂发育的非均质性

 
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