migration of petroleum 中文意思是什麼
migration of petroleum
解釋
石油運移-
The formation of lukeqin structure belts oil reservoirs have two periods at least ; the first is late triassic to lias which is important period for petroleum migration and accumulation, and the latter is late cretaceous period
魯克沁構造帶三疊系油藏烴類注入至少有兩期，早期為晚三疊世早侏羅世，晚期是晚白堊世，並以早期注入為主。 -
First of all, the theoretic basis for the stereoisomer rearrangement of biomarker compound is illustrated, and then the corresponding relations between the sterane / terpane stereoisomer rearrangement and maturity, as well as the polarity / non - polarity and petroleum migration are discussed, respectively
首先闡明生物標志化合物立體異構重排的理論依據：然後分別探討了萜、甾烷類立體異構重排和成熟度對應關系；極性、非極性生物標志化合物異構體重排和油氣運移對應關系。 -
Lower cretaceous bayingebi group had higher organic abundance, generating hydrocarbon intensity and hydrocarbon expulsion efficiency. there were petroleum migration and accumulation in three phases through the analysis of fluid inclusion
下白堊統巴音戈壁組二段具有較高的有機質豐度、生烴強度和排烴效率，由流體包裹體分析查干凹陷存在三期油氣運聚史。 -
Based on the review of petroleum exploration in the south margin of junggar basin in the past half century, the difficulties of piedmont exploration in different phases are summarized as follows : complex structures : large variability in reservoir quality and difficulty in predicating its scale ; inaccurate image of seismic data ' s migration processing in complete trough structural belts ; requirement for high technology of drilling, etc
摘要通過對準噶爾盆地南緣半個多世紀的油氣勘探歷史回顧，確定了山前勘探各個階段所面臨的主要難點：構造存在多解性、儲層質量變化大與規模難以預測、高陡構造地震處理準確偏移成像難度大、鉆井技術要求高。 -
Petroleum migration and accumulation in the basin is one of the focus problems for explorers
構造脊上油氣運移與聚集規律一直是勘探家關注的交點之一。 -
In combination with the development of the basin, this work will try to reveal the characteristics of the main petroleum migration pathways in the structure ridges with new geochemical methods
本文運用油藏地球化學研究新方法，結合構造特徵，主要從微觀角度探索構造脊上油氣運移主通道的特徵。 -
The sedimentary water is the carrier and main driving force of petroleum migration and accumulation, which controls the fluid movement and appears centrifugal flow from the center to edge of basin, while penetrated water formed by infiltration of atmospheric precipitation and surface water appears centripetal flow from the edge to center of basin by gravity process
沉積水是油氣運聚的載體和主要動力，對盆地流體的運動起控製作用，由盆地中心向盆地邊緣呈離心流；滲入水由大氣降水和地表水的滲入產生，受重力作用由盆地邊緣向盆地中心呈向心流。 -
The main principle problems in the study area include, the diagenetic history, the type of sandstone, the source of the sandstone type, the source of cement, the source rocks for generation petroleum, the formation of secondary porosity, the oil migration, and reservoir quality
論文在成油體系分析的基本思路指導下，探討東營凹陷南部斜坡帶孔店組儲集砂巖的礦物組成、物源方向、膠結作用、成巖作用動力學過程，以及次生孔隙發育與油氣生成聚集的關系。 -
The characteristics of compaction curves, the evolution of organic matter, the direction of migration and assignment, conduit system, fluid potential are studied it is concluded that the low maturity of the source of the eogene age is the main factor to control the entrapment. it controls the direction of the primary migration, confines the location of mature source rock and the special carrier rock, controls the time of expulsion and the amount of petroleum, therefore ; the effective traps should be near to oil kitchen and on the pathways of migration
認為下第三系油灶的低熟是影響其運聚成藏的關鍵因素，生油巖低熟決定油氣初次排烴的方向指向沙三下段；生油巖低熟決定成熟生油巖分佈的局限性和輸導體的特殊性；生油巖低熟決定起排烴時間晚、生烴量不足，從而決定有效的圈閉應是近源的、在運移主路線上。 -
The qualitative study and quantitative simulation has resolved the " seven analysis " that are qualitative analysis ( characteristic analysis of static geologic elements ), boundary analysis ( of oil and gas distribution ), time analysis ( of pool - forming ), direction analysis ( of migration of oil and gas ), quantitative analysis ( of migration and accumulation scale of oil and gas ), location analysis ( of petroleum province ), and zone analysis ( of oil and gas accumulation )
含油氣系統定性研究和盆地模擬定量過程模擬及其相互關系研究解決了「七定」問題，即「定性」 （靜態地質要素的特徵描述） 、 「定界」 （油氣分佈邊界） 、 「定時」 （油氣成藏形成時間） 、 「定向」 （油氣運移方向） 、 「定量」 （油氣運移聚集規模） 、 「定位」 （油氣聚集區）和「定帶」 （有利區帶預測）問題。 -
Not only the fractures can connect the separated cavity to grow the effective reservoir space and improve the permeability of matrix, but also is the main path of petroleum migration
裂縫不僅可以使孤立的孔洞得以連通，發育成有效的儲集空間，大大提高基質滲透率，更是油氣的主要運移通道。 -
The main direction and position of petroleum secondary migration is up to potential distribution of fluid. by the simulation computation of the developing profile of palaeofluid potential and the six main conducting path plans of lulehe formation ( period of nowadays, n23, n22, n n e3 ), discovered that eboliang, yahu. lenghumahai structure belts are low potential area in long stage which are petroleum migrating direction area
流體勢分佈決定了油氣二次運移的主要方向和聚集部位，通過模擬計算古流體勢發展剖面圖和主要輸導層路樂河組地層現今、 n _ 2 ~ 3 、 n _ 2 ~ 2 、 n _ 2 ~ 1 、 n _ 1 、 e _ 3等6個時期流體勢平面圖，發現鄂博梁、鴨湖構造帶、冷湖-馬海構造帶為長期低勢區，是油氣運移的指向區。 -
In these bicyclic sesquiterpanes, the relative abundance of the rearranged drimane is regularly changed in spatial distribution, which may indicate the characteristics of petroleum migration and accumulation in qhd32 - 6 oilfield
該油田雙環倍半萜中重排補身烷的相對豐度在縱向上和橫向上都表現出有規律的變化，這種規律性的變化可能反映了秦皇島32 - 6油田油氣運移與聚集的特徵。 -
An alternative theory of generation and migration of petroleum is introduced
提出了石油生成和遷移的另一種理論。 -
The main pathways of petroleum secondary migration are sandstone, fault surface and unconformity surface
油氣二次運移的主要通道為砂巖層、斷層、不整合面。 -
This paper also points out clearly that the average stress is the main driving force for migration of the petroleum in the pore stratum, the downhill direction of average stress gradient is the preponderant direction of the migration oil and gas
指出了三維應力場中平均應力是描述油氣流體在孔隙地層中運移的主要指標，平均應力梯度減小的方向就是油氣運移的優勢方向。 -
Main outcomes and cognition are given as followings : 1. applying contemporary theory of mechanics, combining analysis of petroleum geological environment with stress - stain analysis of rock, discussing mechanism of migration of oil and gas, this dissertation stresses that the geostress is one of the main driving force for migration of oil and gas
本文取得了如下的成果和主要認識： 1運用現代力學理論，將石油地質環境分析與巖石力學應力應變分析相結合，探討了油氣運移的機理，認為地應力是油氣運移的主要驅動力之一。 -
This dissertation makes use of all data which would be gained, such as tectonics, sedimentation and stratum, etc., using new theories and methods of fluid history and pool analysis for petroleum basin, petroleum hydrodynamic system, fluid chemistry, etc., considering dynamics and evolution, and systemic studies the dynamic process of petroleum creating, migration and accumulation, and analyzing the rules. at the same time, by integrative analyzing of petroleum fluid system in the tuha basin, we research the fluid properties of the jurassic petroleum hydrodynamic system in the taibei depression
本文充分利用盆地構造、沉積、地層、有機質等演化歷史的研究成果，應用「含油氣沉積盆地流體歷史與油氣藏形成分析」 、含油氣流體動力系統、盆地流體化學與動力學等新理論、新方法，從演化和動態的角度，系統研究油氣的生成、運移、聚集等成藏動力學過程；以及在成藏動力學過程中流體化學與動力學在地質體中的記錄，分析、預測油氣的運移、聚集規律。 -
Therefore there are at least three phases of petroleum migration in the prm basin and the contributions to the mixed oils are quantitatively evaluated
由此推論，珠江口盆地至少存在不同來源油氣的三期運聚歷史，並對源油混合特徵初步作出定量評價。 -
Effect of clay minerals on initial migration of petroleum
黏土礦物在石油初次運移中的作用研究
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