- 更多网络例句与底辟相关的网络例句 [注：此内容来源于网络，仅供参考]
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Great achievements have been attained presently on the shallow natural gas exploration in mud diapir zone on the base of the regularity of gas migration and accumulation controlled by the upward-intrusion of thermal fluid.
根据泥底辟热流体上侵活动控制天然气运聚成藏的地质规律，目前已在泥底辟带浅层天然气勘探中取得了很大的成功，迄今为止在盆地所获的天然气地质储量主要源于浅层勘探领域。
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DF1—1 gas field is located in the north of the mud diapir structure belt in Yinggehai Basin,being a successive anticlinal structure formed by mud diapiric activity,i.e.an integral shallow giant gas field.
DF1—1气田位于莺歌海盆地泥底辟构造带北部，是一个由泥底辟而形成的继承性背斜构造，即整装的浅层大气田。
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The high geotemperature and superpressure system is mainly located in the diapir belt of the Yinggehai depression in the middle of the basin,so the intrusion of heat flow in the diapir belt , especially the movement of heat fluids of the late Pliocene and the distribution of abnormal high geotemperature and superpressure contro.
莺歌海盆地属南海北部被动大陆边缘新生代异常高温高压盆地，其异常高温高压地层系统主要展布于盆地中部莺歌海坳陷区泥底辟构造带，因此，泥底辟热流体上侵活动，尤其是上新世后期的热流体活动与异常高压区带的展布，控制了天然气及CO2的运聚富集特征。
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Mud diapir structures in Yingehai Basin, South Chia Sea provided better channels for gas migration, so that gas at 3000-6000m depth were migrated to 000m shallow reservoirs throught mud diapir structure s and traped in favourable structures.
莺歌海盆地泥底辟构造为天然气运移提供了良好通道，3000~6000m深处的天然气通过泥底辟构造运移到浅部，并在有利构造部位成藏。
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The heat flow piercement,magma house in crust and volcanic rock overlap in space. The distribution of inorganic carbon dioxide reservoirs relates to above three gas resources. The outgas models of the heat flow piercement and volcano-magma are the main models of gas resources in Songliao Basin.
松辽盆地热流底辟体、壳内岩浆房和火山岩在空间上叠置，且已发现的无机二氧化碳气富集区与这三者密切相关，表明热流底辟体脱气模式和火山—岩浆成因模式是无机成因气主要的"气源"模式。
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These evidences lead to the conclusion that the Late Mesozoic volcanic activities in the study area are related to pulsative up-welling diapirs of asthenosphere, for which a natural passage is provided by the specific tectonic background confined by large-scale lithospheric faults in the study area.
根据上述特点，提出辽西晚中生代的火山岩活动可能与软流圈底辟体脉动式上涌有关，研究区被岩石圈断裂围限的特定构造背景为软流圈底辟体的上涌提供了天然通道。
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Taking an example of Yinggehai and Dongying basins, this paper discuss the characteristics of fluid dynamic system in muddy fluid diapiric typed and salt diapiric typed basins.
本文以莺歌海盆地和东营凹陷为例，分别探讨了泥流体底辟型和盐底辟型盆地流体动力系统特征。
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Based on the comprehensive interpretation and study of the Neogene fracture system and diapiric structure, it can be concluded that the diapiric structures, high-angle fractures and vertical fissure system are the main gas-bearing fluid influx sub-system for gas hydrate geological system in Shenhu Area, northern South China Sea.
通过新近纪断裂体系和底辟构造特征综合分析认为，底辟构造、高角度的断裂和垂向裂隙系统构成了南海北部神狐海域天然气水合物成藏的主要流体运移体系。
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Seismic sections show the occurrences of diapirs and gas filled zones that are communicated with seafloor through faults.
地震剖面显示盆地内发育有泥底辟和气烟囱、沟通泥底辟和气烟囱与海底的断裂及可能正在活动的天然气冷泉，这些特征非常有利于天然气水合物的发育。
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As the main research object in this dissertation, DF1-1 dispir is the typical structure in diapirs area in Yinggehai basin. On the basis of analyzed logs, geochemistry materials and a large numbers of seismic profiles, the dissertation has discussed the tectonic stress field since late Tertiary, the distribution regularity of THE fault system and its genetic mechanism in DF1-1, genesis and distribution of overpressure system, characteristics of OFA. The innovative research in the dissertation is about coupling relationship between fault system and OFA.
本文以盆地内底辟区典型的DF1-1构造为重点，采用多学科结合、局部构造解析与区域构造分析结合以及物理模拟与数值模拟结合等方法，在详细解剖钻井、分析化验资料，及有关的地震剖面的基础上，分别探讨了盆地晚第三纪以来的构造应力场；DF1-1底辟构造断裂系统的分布规律及其成因机制；底辟区超压体系的成因、分布、超压流体活动特征。
- 更多网络解释与底辟相关的网络解释 [注：此内容来源于网络，仅供参考]
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diapir：底辟
diapir structure 底辟构造 | diapir 底辟 | diapire 底辟
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diapir：底辟/挤入褶皱
diaphysitis骨干炎 | diapir底辟 挤入褶皱 | diapirstructure底辟构造
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diapir fold：底辟褶皱
diapir dome 底辟穹隆 | diapir fold 底辟褶皱 | diapir penetration 底辟刺穿作用
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diapir core：底辟中心
Diapiexa 皱脉叶肢介属 | diapir core 底辟中心 | diapir dome 底辟穹隆
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diapir dome：底辟穹隆
diapir core 底辟中心 | diapir dome 底辟穹隆 | diapir fold 底辟褶皱
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diapiric fold：底辟褶皱
diapiric core 底辟体核部 | diapiric fold 底辟褶皱 | diapiric injection 刺穿贯入
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diapiric rise：底辟上升
diapiric orogenesis 挤入造山作用 | diapiric rise 底辟上升 | diapiric salt uplift 底辟盐丘隆起
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diapiric anticline：底辟背斜
diapire 底辟 | diapiric anticline 底辟背斜 | diapiric core 底辟体核部
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diapiric material：底辟物质
diapiric intrusion 底辟侵入 | diapiric material 底辟物质 | diapiric mother bed 底辟母岩层
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diapir pluton：底辟深成岩体
diapir penetration 底辟刺穿作用 | diapir pluton 底辟深成岩体 | diapir salt structure 底辟盐体构造