石油地震勘探需要使用高精度检波器串。
The seismic prospecting of oil requires the use of high precision geophone strings.
微测井资料是石油地震勘探中设计激发井深、求取静校正量的主要依据。
Microlog data is the bedrock in regard to designing the shooting depth trigger and obtaining the static correction value during oil and seismic prospecting.
白噪声反卷积或输入白噪声估计问题在石油地震勘探中有重要的应用背景。
White noise deconvolution or input white noise estimation problem has important application background in oil seismic exploration.
白噪声反卷积问题在石油地震勘探、通信和信号处理领域有重要应用背景。
White noise deconvolution problem has important application backgrounds in oil seismic exploration, communication, and signal processing.
在石油地震勘探中，面波一般是作为干扰波处理的，然而，瑞利面波也和折射波、反射波一样包含有地下介质的信息。
The surface wave is treated as interference wave in oil seismic prospecting, however, the Rayleigh wave, like the refraction and reflection waves, contains the information of underground medium.
如何方便地在计算机上输入有限的地层信息，并且根据这些信息生成三维地层模型，是石油地震勘探模拟系统所要解决的问题。
The problem that must be solved in an Oil Seismic Exploration Simulation System is how to input incomplete stratum information and generate 3d stratum model according to the information.
石油地震勘探记录中的瑞雷面波是一种干扰波，在反褶积和叠加前必需首先将面波从炮记录中分离出来，以提高叠加剖面的信噪比。
In petroleum seismic exploration records, Rayleigh waves belong in disturbing waves which should be removed from the records before deconvolution and stacking so as to raise signal-to-noise ratio.
地震勘测法是一种先进的石油地质勘探方法之一。
Seismic survey is one of advanced means of petroleum geology exploration.
试油勘探是石油和天然气勘探中，继地震勘探和井位研究部署、钻井勘探、测井分析完成后，进行油气层验证及油气发现的最后一个环节。
Well-testing exploration is the last step of discovering and verifying oil and gas in petroleum and natural gas exploration, following the seismic exploration, well locating, and logging-analysis.
新型涡流检波器已在地质、石油、煤炭人工地震勘探中采用。
The Fdddy-Seis, a unique new type of geophone, has been adopted by artificial seism in geologic survey, oil and coal exploration.
高性能集群主要用于处理复杂的计算问题，或应用于大规模科学计算领域，例如对石油勘探地震资料进行处理。
The High-Performance Computing Cluster is mainly used to process complex calculation problem, or applied in large scientific calculation domain, such as petroleum exploration seismic data processing.
地震勘探是寻找石油与天然气资源的重要手段。
Seismic exploration is an important means to find oil and natural gas resources.
含流体孔隙各向异性介质中的弹性波传播问题是目前石油勘探和地震学研究的难点之一。
The issue of elastic wave transmission in anisotropic fluid-filled pore medium is one of difficulties in current petroleum exploration and study of seismology.
在当代石油勘探中，声测井、垂直地震剖面(VSP)以及地震勘探的联合应用与综合解释正变得日益重要。
The integrated application and interpretation among sonic log, vertical seismic profile (VSP) and seismic survey are becoming more and more important for oil and gas exploration.
爆破地震勘探石油是一种重要的方法，但爆破地震效应与爆破参数、地质条件等密切相关。
Petroleum exploration with blasting seismic waves is an important method at present. But blasting seismic effects are influenced by blasting conditions and media around.
新型地震仪、测井仪等大型石油勘探仪器系统都采用了这种结构。
Sophisticated petroleum exploration instruments such as seismometers and logging instruments have already adopted this architecture.
利用现代石油勘探手段寻找潜在的石油圈闭时，如果没有地磁、重力和地震勘探，是不可想象的。
Modern petroleum exploration is unthinkable without the AID of magnetism, gravity, and seismic surveys in finding potential petroleum traps.
利用这些地震响应特征可研究沉积相，并进一步指导石油勘探工作。
These characteristics can be used to study sedimentary facies and guide oil exploration.
随着石油勘探的进一步深化，一些新的地震储层预测技术被开发出来，并在油气勘探与开发过程中发挥着巨大作用。
With the further deepening of oil exploration, seismic reservoir prediction of some new technology is developed, and which play significant roles in the oil or gas exploration and development.
重力与地震联合解释在国外已有不少人用于地热勘探与石油勘探。但在国内却没有得到应有的重视。
In oil exploration, the gravitational and seismic integrated interpretation has been employed in other countries for some time, but it is not the case in our country.
孔隙介质中的地震波传播研究一直是地球物理与石油勘探领域的一个热点。
The research of seismic waves propagation in porous medium is one of the hotspot in the field of Geophysics and petroleum Exploration research.
石油勘探中，三维地震数据的显示已成为研究复杂地层构造区域的公认的勘探工具。
In oil exploration, 3d seismic data display has become an established means for studying complicated structural and stratigraphical regions.
90年代以来，多波多分量地震技术在海上石油勘探中获得成功。
Since 1990s, the seismic techniques of multiwave and multicomponent applied successfully in ocean petroleum exploration.
重点对渤海湾盆地中石油探区地震勘探史、地震勘探程度进行分析，对三维地震资料品质进行评价；
On the basis of analysis of seismic exploration history and extent in PetroChina exploration area in Bohai Bay Basin, it evaluated mainly the quality of 3D seismic data in the area.
重点对渤海湾盆地中石油探区地震勘探史、地震勘探程度进行分析，对三维地震资料品质进行评价；
On the basis of analysis of seismic exploration history and extent in PetroChina exploration area in Bohai Bay Basin, it evaluated mainly the quality of 3D seismic data in the area.
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