Trace interpolation in F-K domain is fast and efficient.
域道内插具有速度快、效率高的特点。
The usual trace interpolation is achieved by using dip angles of scanned events and making weighted summation along the dip Angle directions.
传统的道内插技术是采用扫描同相轴的倾角，然后沿若干倾角方向加权求和来实现。
Usual trace interpolation is achieved by using the dip angles of scanned reflection legs and making weighted summation along some dip Angle directions.
传统的道内括技术是采用扫描同相轴的倾角，再沿着若干倾角方向加权求和来实现的。
Trace interpolation plays an important role in seismic data processing. Spatial aliasing is a principal troublesome problem in seismic trace interpolation.
道间插值方法在地震资料处理中具有十分重要的作用，而地震道空间内插所面临的主要问题是空间假频。
An inverse temporal and spatial Fourier transform is applied to the estimated frequency-wavenumber spectrum, generating trace interpolation of the seismic data.
将逆时间和空间傅立叶变换应用于估计频率-波数谱，从而产生该地震数据的轨迹内插。
The paper USES reverse distance weighted method to estimate and calculate the internal dip value in the interpolation region according to the dip value of the boundary trace.
本文应用逆距离加权法从边界道的倾角值估算插值区的内部倾角值。
The paper USES reverse distance weighted method to estimate and calculate the internal dip value in the interpolation region according to the dip value of the boundary trace.
本文应用逆距离加权法从边界道的倾角值估算插值区的内部倾角值。
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