时间剖面

  • 网络Time section;time profile;temporal profile
时间剖面时间剖面
  1. 采用谱白化、反Q滤波等手段进行资料处理,获得了分辨率和信噪比均较高的时间剖面。

    The time section with high resolution and S / N ratio was obtained after the spectrum whitening and the inverse Q. filtering have been made .

  2. 利用CDP道集,可以直接获得共中心点叠加时间剖面或视深度剖面,由此可转换为法向深度剖面。

    By using the CDP gather , common-mid-point stacked time section or apparent depth section can directly be obtained , which can be converted into normal depth section .

  3. 以qm为参数绘制出电磁响应时间剖面图,从而实现了TEM快速成像解释。

    The electromagnetic response time-section is drawn with the parameter q_m , which realizes the explanation of the TEM rapid imaging .

  4. 所获得的磁绳的速度&时间剖面与观测得到的CME的典型速度剖面基本一致。

    The obtained temporal profile of velocity of the flux rope is essentially consistent with the typical observed velocity profiles of CMEs .

  5. 在地震时间剖面上,通过井间追层及化石对比,发现这一化石组合带底界均与T4地震标准层相对应,形成了一个地震层序界面(等时界面)。

    On seismic sections , we found by level tracing and fossil correlating among some wells that the bottom boundary of the fossil assemblage zone is correlated with the seismic marker T4 , so a seismic sequence boundary ( chronohorizon ) is recognized .

  6. 时间剖面上小断层的计算机自动检测

    Automatic detection of small fault on seismic time section with computer

  7. 反射波拼接时间剖面在滑坡体勘查中的应用

    Application of splicing time profile of reflection wave in landslide investigation

  8. 时间剖面上分析陷落柱充水性的探讨

    Analysis of Water-Filling of Subsided Column Based on Time Section

  9. 极小值时间剖面可直接作时深转换。

    The minimum reflection time section can be directly converted into depth section .

  10. 小窑采空区在地震勘探时间剖面上的解释

    Explanation of the Goaf of Small Coat Pit on Time Section of Seismic Exploration

  11. 地震时间剖面上的伴随相位和次生相位

    Accompanying and secondary events in seismic time section

  12. 平面波前时间剖面可用极小点时间剖面来模拟。

    The plane wavefront time section can be simulated by minimum reflection time section .

  13. 地震时间剖面超屏滚动显示技术

    Over-screen rolling display methods of seismic time section

  14. 广义的关联规则挖掘反映的是一个时间剖面上的关联关系;

    Generalized association rule mining shows an association relationship of a time section in database ;

  15. 对角线垂直时间剖面一个与铅垂线绝对成直角的平面。

    Vertical diagonal time section a flat surface at right angles to a plumb line .

  16. 在地下构造较复杂时,叠后时间剖面叠加处理的效果不太理想。

    The post-stack time section processing is not satisfactory when the subsurface structure is complex .

  17. 垂线间垂线间垂线间的对角线垂直时间剖面

    Between perpendiculars vertical diagonal time section

  18. 偏移校正的时间剖面

    Airline correction migrated time sectio

  19. 时间剖面的偏移

    Migration of the time section

  20. 对角线垂直时间剖面

    Vertical diagonal time section

  21. 在深地震时间剖面上,强能量条带的分布是大地构造格架的反映。

    Distribution of strong energy zones on the deep seismic profiles is the reflection of the tectonic framework .

  22. 最终,通过对这一采空区的地震资料分析和研究,本文归纳、总结了煤矿采空区在地震时间剖面上的反映特征和识别标志。

    Finally we sum up some property and symbol about the mined-out areas by analyzing the data of them .

  23. 利用纬度&时间剖面卫星云图分析西太平洋热带辐合带云系的结构和变化

    Cloud distributional type and variation of the intertropical covergence zone in the West Pacific from time-latitude section of satellite photographs

  24. 这种方法克服了共中心点叠加时间剖面法难以解决的速度问题。

    This new method helps to solve the velocity problem which can hardly be settled by CMP stacking section method .

  25. 根据钻井资料提供的地质模型,用数学方法进行模拟,所得的时间剖面和实际资料有较好的吻合。

    The time section made by mathematically simulating a geologic model offered from drilling data conforms better with factual data .

  26. 同时叙述了在资料解释对比时,断层在时间剖面上表现的各种特征。

    And that the faults in seismic time profile appear every kinds of the characteristics are also discussed at the same time .

  27. 球界面在法向时间剖面上,其法向双程旅行时间t0和y的关系曲线不是双曲线。

    As for a sphere reflector on a normal time section , the normal two-way travel time t_o versus y is not a hyperbola .

  28. 本文根据无反射声波方程,采用有限差分数值解法,实现了自激自收时间剖面的制作,避免了层间多次波的产生。

    By using reflection free acoustic wave equation and finite difference numerical solution , zero offset time section may be produced to avoid interbed multiples .

  29. 实际资料的相干时间剖面表明,该算法有效地突出了地层的高连续性特征,有利于层位追踪和断层解释。

    The result of practical coherent time profiles indicates that the new algorithm can effectively enhance the continuity , which is helpful to track strata and explain faults .

  30. 常见的不作偏移,即对其背后岩石凹凸不平的混凝土结构物作厚度曲线,或在时间剖面上用等差级数的深度纵坐标,有基本概念的问题。

    It is questioned that thickness curves of concrete structures having uneven surface are directly derived without migrate , and depth is taken directly from ordinate in arithmetic progression .