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uplifted zones
相关语句
  隆起带
     The uplifted zones in the basins are main oil -gas accumulated zones, and the fold -thrust zones in foreland basins show the better oil-gas prospects.
     盆地中的大型隆起带是主要的油气聚集带,前陆盆地褶皱-冲断带具有较好的油气前景。
短句来源
     The Huimin hydrocarbon-source rocks mainly originated from southern Linlan trap in the south and the Zizhen trap in the north, because the igneous rocks in this area are distributed dominantly along the broom-shaped fault zone between the uplifted zones of two hydrocarbon producing depressions, which guarantees sufficient oil source conditions in the igneous rock zone.
     惠民凹陷的主要烃源岩来自于南部的临南洼陷和北部的滋镇洼陷 ,由于本区火成岩主要沿 2个生烃凹陷间隆起带的临邑帚状断裂带展布 ,保证了火山岩带有充足的油源条件。
短句来源
  相似匹配句对
     ON FRACTURE ZONES
     破裂带中几个问题
短句来源
     and depression zones are low.
     盆地及坳陷区明显低速。
短句来源
     The uplifted zones in the basins are main oil -gas accumulated zones, and the fold -thrust zones in foreland basins show the better oil-gas prospects.
     盆地中的大型隆起带是主要的油气聚集带,前陆盆地褶皱-冲断带具有较好的油气前景。
短句来源
     In space, uranium deposits of the diwa stage are located near the contact of an uplift with a depression and in late fracture zones within an uplifted area.
     在空间上,地洼期铀矿,多半位于隆起与凹陷相接合处附近和隆起带内较晚期的断裂带等等。
短句来源
     (3)the middle Qilianshan uplifted belt;
     (3)中祁连山隆起带;
短句来源
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The mechanical nature of 121 earthquake faults, the strikes of 40 events and the directions of fracture propagation of 15 events are discussed in this paper.On this background,some relationships between the strikes of intraplate earthquake faults in North China and the distributions of uplifted zones of uppermost mantle have been found, e. g. within these zones the earthquake faults run nearly parallel tp their elongation, while on their opposing sides the earthquake faults are mainly perpendicular...

The mechanical nature of 121 earthquake faults, the strikes of 40 events and the directions of fracture propagation of 15 events are discussed in this paper.On this background,some relationships between the strikes of intraplate earthquake faults in North China and the distributions of uplifted zones of uppermost mantle have been found, e. g. within these zones the earthquake faults run nearly parallel tp their elongation, while on their opposing sides the earthquake faults are mainly perpendicular to them. However, it seems to be that the mechanical nature and the direction of fracture propagation are not controlled by the pattern of rising of uppermost mantle, but coincide with the general characteristic feature in the eastern part of China continent.The authors hold that there exist two types of geodynamical processes in North China, the one is, the North China fault blocks are subjected to a compression trending NEE-SWW due to the eastward movement of the Xizang (Tibet) block, the other is, the diapirism of the upper most mantle and the gravity isostasy make the continental crust of North China thinning and its certain parts having lense-shape. The characteristics mentioned above and the cause of the high seismicity in North China could be explained by the superimposition of these two dynamical processes.

本文研究了华北121个地震断层的错动方式,40个地震断层的走向,15个地震断层的破裂方式与扩展方向。在此基础上发现了华北板内地震断层特征与上地幔隆起带之间的某些规律性联系。作者认为:由于上地幔软流圈的异常活动,上地幔顶部隆起的底辟作用以及重力均衡作用,华北大陆地壳正在经历着一种透镜化的拉薄改造过程,据此可以解释华北板内地震断层的特征,并进而探讨华北板内地震高强度性的原因。

The formation of shallow-layer oil and gas pools is controlled by structureand depositional cycles. Under specified geological and structural conditions,shallow-layer oil and gas pools may form whether in inherited depressions ofoil generation, or in the depressions formed during the later period. Immatured crude oil is recently discovered above the depth of oil generationthreshold (2200m) in the Jianghan Basin except matured crude oil producedby washing oxidation or biodegradation. They can be divided into...

The formation of shallow-layer oil and gas pools is controlled by structureand depositional cycles. Under specified geological and structural conditions,shallow-layer oil and gas pools may form whether in inherited depressions ofoil generation, or in the depressions formed during the later period. Immatured crude oil is recently discovered above the depth of oil generationthreshold (2200m) in the Jianghan Basin except matured crude oil producedby washing oxidation or biodegradation. They can be divided into two typessuch as in situ oil and heterotopical oil based on their migration and accumu-lation. There are geological and geochemical environments to form shallow-layer oiland gas pools in the Jianghan Basin. Potential areas for shallow- layer oil andgas exploration are mainly in the slope zones, marginal fault zones, erosionalareas and uplift zones adjacent to oil-generating depression.

江汉盆地在生油门限深度(2200m)以上,除有被水洗氧化或生物降解的成熟原油外,已发现有未成熟原油。该盆地具有形成浅层油气藏的地质、地球化学条件,浅层油气勘探的有利地区是凹陷的斜坡带、边缘断裂带、古剥蚀区以及与生油洼陷毗邻的凸起带。

Based on the data conducted from 18 MT sites in west Yunnan, the deep conductivity characterics along the longitudial and transverse directions of the geological structure are studied, The results indicate that the deep eletrical structure in this area is a multiple-layer structure with 4-5 electrical layers. There is great lateral inhomogeneity in the deep eletrical structure which are apparently controlled by the regional geological structure. There exists a widespread highly conductive layer in the crust,...

Based on the data conducted from 18 MT sites in west Yunnan, the deep conductivity characterics along the longitudial and transverse directions of the geological structure are studied, The results indicate that the deep eletrical structure in this area is a multiple-layer structure with 4-5 electrical layers. There is great lateral inhomogeneity in the deep eletrical structure which are apparently controlled by the regional geological structure. There exists a widespread highly conductive layer in the crust, and two upper mantle highly conductive layer uplift zones are found, one is situated in Jianchuan-Heqing with the principal axis of NNW direction and another in Tengchong-luxi with approximately NS direction.The relationship between the electrical structure of the crust and upper mantle and the geotectonics, the formation of northwest Yunnan rift basin and the relationship between seismic activity and the deep geological structure are also discussed in this paper.

本文根据滇西地区18个大地电磁测深点资料的数据处理和分析结果,对测区深部导电率在纵、横向上的变化特征进行了研究。结果表明:滇西地区深部电性为多层结构,大致可分四至五个电性结构层;深部电性结构横向变化大,明显受区域构造控制;该区上部地壳内普遍存在低阻层;上地幔高导层明显存在两个隆起区,一个以剑川—鹤庆为中心呈北北西向展布的隆起区,另一个以腾冲—潞西为轴呈南北向展布的隆起区。 本文还讨论了地壳上地幔电性结构与大地构造的关系,滇西北裂陷区盆地的形成,以及该区地震活动与深部构造的关系。

 
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