叠后子波处理（求反射系数的估计）是波阻抗反演的第一步。
The post-stack wavelet processing (estimate of determining reflectivity) is considered the first step to perform the acoustic impedance inversion.
在地震资料处理中，混合相位子波处理一直是一个重要课题。
In a process of seismic data processing, the wavelet processing with mixed phase is always an important project.
用此法对理论记录和实际资料进行试算，结果表明子波处理的质量有了改进。
Experimental computing on both theoretical record and actual data by this method shows an improvement of wavelet processing quality.
子波处理是提高地震资料分辨的一个重要手段，该技术的关键是地震子波的估计。
Wavelet Processing is an important technique used to improve the resolution of seismic data, in which the key is wavelet estimation.
子波处理技术是提高地震资料分辨率的一种有效方法，其关键在于获得准确的子波估计。
Wavelet processing, in which wavelet estimation is essential, is an effective technique for improving the resolution of seismic data.
在子波处理方面，利用地表一致性反褶积技术进行子波压缩和一致性校正，提高了资料的分辨率。
In respect of wavelet processing, we applied the technology of surface consistent deconvolution to compress the wavelet and consistent correction, which improved the data resolution.
在“格点滤波——子波处理的一种新技术”（《石油地球物理勘探》，21（2）1986：111～124）一文中，已经建立了比较完整的格点滤波理论。
Quite perfect lattice filtering theory has been narrated in the paper "Lattice filtering—A new wavelet processing technique" published in 《OGP》, 21(2)1986: 111~124.
通过合成地震记录与井旁地震道的对比，从地震道中提取了非零相位的实际地震子波，并据此对原地震数据体进行子波反褶积处理。
The actual non zero phase wavelet was extracted from seismic traces by comparing synthetic seismogram with near wellbore seismic traces and was used to be deconvolved with seismic data.
文章详细阐述了应用中的各项技术难点以及对数据进行特殊处理、补充低频、提取子波的方法。
This paper expounded all technical difficult points in detail and special handling methods, including how to replenish the low frequency and draw the wavelet.
虚速度剖面制作质量的好坏主要取决于提取子波时测井约束的效果、水平叠加偏移剖面的质量、叠加速度的选取和平滑作用以及各处理参数的选择。
The quality of psedu-velocity depends on the result of log-constraining when wavelet was obtained, the quality of original stacking migration section and the selection of all processing parameters.
地震子波估计对于提高地震资料数据的分辨率、信噪比有着极为重要的意义，是国内外地震信号处理中长期研究的重要课题。
The estimation of the seismic wavelet has a very important significance for improving the resolution and signal-to-noise of seismic data, and it is a long-term research in seismic data processing.
结果表明，影响偏移成像水平分辨率的主要参数是介质速度、地震子波主频和偏移处理的孔径角。
The main parameters that effect horizontal resolution of migration imaging were identified as medium velocity, dominant frequency of seismic wavelet and aperture Angle of migration processing.
不同相位地震子波的理论模型和野外实际地震资料的处理结果表明，该方法对于提高地震资料的分辨率具有可行性和应用潜力。
The processing results of synthetic data with different wavelet phase and real data show that the method is feasible and promising in improving the resolution of seismic data.
本文提出了一种利用窄带子波扫描探测隐蔽圈闭的方法及可视化处理技术。
In this paper, we present a new method and visualization technology for exploring subtle traps using narrow band wavelet scanning.
结合光学子波变换原理，构建了一个紧凑小型的多通道纹理图象处理系统，给出了设计与实验结果。
With this element, We constructed a compact and smart multi-channel texture segmentation system based on principle of optical wavelet transform.
高分辨率地震子波提取技术是油气地震勘探领域高分辨率处理技术亟待解决的重要研究课题。
In the oil and gas exploration field, high-resolution seismic wavelet extraction technology is the important research project, which is urgent to be solved.
近年来，统计地震性子波估计技术在实际地震数据处理中得到了广泛应用。
Recently, the statistical methods of seismic wavelet estimation achieved comprehensive application in real seismic data processing.
提出了三种基于子波变换的图像处理技术先对图像数据进行二维离散于波变换，根据子波变换后高。
This paper proposes three kinds of image process technology based on wavelet transform. First, image data are processed by 2 dimension dispersed wavelet transform.
提出了三种基于子波变换的图像处理技术先对图像数据进行二维离散于波变换，根据子波变换后高。
This paper proposes three kinds of image process technology based on wavelet transform. First, image data are processed by 2 dimension dispersed wavelet transform.
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