高分辨率地震资料表明，柴达木盆地三湖地区第四系气藏周围发育有气烟囱。
The high resolution seismic data show that gas chimneys exist around Quaternary gas reservoirs in Sanhu area of Qaidam basin.
在官1井区三维高分辨率地震勘探中采用了这一新技术，获得了好的高分辨率地震资料。
Satisfactory high resolution seismic data have been acquired by using the new source in Guan 1 survey area.
在对岩心和高分辨率地层剖面记录分析的基础上，得到了本地区的地层结构和地震反射资料。
Based on the analysis of core and high resolution stratigraphic profile records, the stratigraphic structure and seismic reflection data in the area are obtained.
利用约束稀疏脉冲反演方法对崖城13—1构造的高分辨率三维地震资料进行了反演，得到了全频带的绝对波阻抗数据体。
After 3d high resolution seismic data of Yacheng 13-1 structure were inversed using restriction sparse pulse inversion, data volume of full-frequency band absolute wave impedance was gained.
我们设计的海上浅层高分辨率地震勘探系统包括震源、等浮电缆接收系统、记录系统及资料处理四个部分。
The high resolution seismic prospecting system for marine shallow formations, designed by us, consists of seismic source, isofloating cable receiving subsystem, recording unit and data processing set.
分析了高分辨率地震、测井和岩相资料以识别和划分层序界面。
The data of well logging , drilling core, and seismic survey were analyzed to recognize and divide the high resolution sequence stratigraphy.
在地震数据处理中，反褶积是用来提高分辨率的必要手段，但同时往往会降低资料的信噪比。
Deconvolution is a necessary means of improving seismic resolution in data processing, but in the same time it can decrease the signal noise ratio.
这种方法不仅可以用于复杂构造的地震资料的叠加成像，也可以应用到高分辨率处理的流程中。
This method is not only used for the stacking image of the seismic data in complex area, but also for the flow chart of the high_resolution processing.
上述一系列的理论分析探讨所得结论，对高分辨率地震数据采集，资料处理具有重要的指导作用。
What have drawn from the discussion above will give guidance to high-resolution data acquisition and data processing.
浅层地震探测中，通过高分辨率数据处理，能有效地提高资料的信噪比和分辨率。
The SNR and resolution of seismic data can be effectively improved through high resolution processing of seismic data in shallow seismic prospecting.
以往的常规地震资料难以用于储层研究。为此，在该区采用了高分辨率地震勘探和VSP测井。
Old conventional seismic data can hardly be used in reservoir study, so that high resolution seismic exploration and VSP logging were made successfully.
提高分辨率是地震数据处理中获得高质量资料的关键，而分辨率与信噪比的相互制约关系是高分辨率处理的根本问题。
Resolution improving is the key to obtain high quality results in seismic data processing. The interaction between resolution and SNR is the basic importance in high-frequency processing.
通过资料处理，可以得到井口附近的一段高分辨率的P波地震剖面、PS波地震剖面，也可以提取地层属性参数。
By data processing, P-wave seismic section, PS-wave seismic section can be attained and also the layer attribute can be extracted.
作为高分辨率三维地震勘探的主要环节，地震资料野外采集是整个工程的基础。
Seismic data acquisition is the foundation and the key link of high resolution 3D exploration.
随机地震反演不仅可以获得高分辨率波阻抗资料，还可以得到伽玛、孔隙度等储层物性参数，具有更直接的岩石物理意义。
Through stochastic inversion, not only the high resolution impedance, but also the gamma ray, porosity and other lithologic parameters with physical properties of rock can be inverted.
利用高分辨率二维地震资料，分析了盐湖地层地震速度和波阻抗特点，并对模型进行了正、反演及预测方法研究。
Seismic velocity and wave impedance properties of brine lake formations are analyzed using 2d seismic data with high resolution factor, forward, inversion and forecasting method for model are studied.
该方法克服了小倾角差分偏移的各种困难，实现了快速、准确的地震资料偏移的高分辨率处理以及地震波传播的数值模拟。
This method solves the shortcomings of small dip difference migration and realizes rapid and accurate high resolution process of seismic data m…
该方法克服了小倾角差分偏移的各种困难，实现了快速、准确的地震资料偏移的高分辨率处理以及地震波传播的数值模拟。
This method solves the shortcomings of small dip difference migration and realizes rapid and accurate high resolution process of seismic data m…
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