反褶积的英文

• deconvolution
• unfolding of spectrum

• "反"英文翻译    reverse side
• "褶"英文翻译    pleat; crease; fold; wrinkle
• "积"英文翻译    amass; store up; accumulate
• "伯格反褶积" 英文翻译 :    burg's deconvolution
• "地层反褶积" 英文翻译 :    stratigraphic deconvolution
• "递归反褶积" 英文翻译 :    recursive deconvolution
• "叠后反褶积" 英文翻译 :    deconvolution after stack
• "叠前反褶积" 英文翻译 :    deconvolution before stack
• "动态反褶积" 英文翻译 :    dynamic deconvolution
• "多道反褶积" 英文翻译 :    multichannel deconvolution
• "反褶积滤波" 英文翻译 :    deconvolution filtering
• "反褶积投影" 英文翻译 :    convolution-back projection
• "间隙反褶积" 英文翻译 :    gapped deconvolution
• "脉冲反褶积" 英文翻译 :    spike deconvolution; spiking deconvolution
• "盲反褶积" 英文翻译 :    blind deconvolution
• "去卷积, 反褶积" 英文翻译 :    deconvolution
• "省时反褶积" 英文翻译 :    parsimonious deconvolution
• "时变反褶积" 英文翻译 :    time variant deconvolution; tv decon
• "同态反褶积" 英文翻译 :    homomorphic deconvolution
• "系统反褶积" 英文翻译 :    system deconvolution
• "限噪反褶积" 英文翻译 :    noise-limited deconvolution
• "相量反褶积" 英文翻译 :    phasor deconvolution
• "预测反褶积" 英文翻译 :    gadeconvolution; predictive deconvolution
• "整形反褶积" 英文翻译 :    shape deconvolution; wave shaping deconvolution
• "重叠法；反褶积" 英文翻译 :    deconvolution

• Auto adapted predictive deconvolution
  自适应预测反褶积
• Application of wavelet deconvolution to seismic interpretation in tahe oilfield
  子波反褶积在塔河油田地震解释中的应用
• Signal can not be created but be enhanced by attenuating many kinds of noise from field by processing , so , is ridiculous to say , " do n ' t worry , we can get anything we want by processing "
  值得说明的是，迭代法噪音衰减、迭代法振幅补偿和串联反褶积这三个处理过程不是彼此孤立的，而是相互联系的，这三个处理过程也是有机的组合，起到互补效果。
• The main influence factor of seismic vertical resolution is very complex , manufacture and scientific research is main care the vertical resolution . besides of the noise , the vertical resolution is depend on the wavelength , we can enhance it through improve the shot condition and deconverlution
  而影响纵向分辨率的因素比较复杂，也是生产和科研比较关心的问题，除去干扰等因素，纵向分辨率主要取决于波长，可以通过改善野外激发条件和反褶积来解决。
• In this paper , the authors used different gliding windows to perform euler deconvolution on magnetic profile data or 2 - d model , probed into the relationship between structure indices and solutions and the method for eliminating the poor solution on 2 - d model by mathematical statistics
  摘要为了利用欧拉反褶积进行快速计算，提出了多个大小不同的滑动窗口进行多次覆盖的算法，对高精度磁测剖面逐点反复计算，并根据统计学原理从大量计算结果中剔除坏解，保留合理的解；还根据2 - d模型讨论了结构指数与欧拉反褶积的结果的关系。
• In order to improve the prospecting precision to the earth of transient electromagnetic method ( tem ) , the idea of tem imaging is proposed according to the characteristics of both electromagnetic wave propagation and response : the wave - impedance is calculated from observed data in - field by the way of inverse - faltung and linear digital filter ; the sequence of reflection coefficients corresponding to every tiny - lever move time is calculated by the way of linear programming , and the imaging result section is drawn consequently
  摘要?提高瞬变电磁法的对地探测精度，从瞬变电磁场的传播特性和电磁响应特性两个角度?虑，提出了瞬变电磁成像方法：由野外实测磁场感应数据，经过反褶积和线性数字滤波求出波阻抗；用线性规划法求出每一微层走时所对应的反射系数序列，并以此?参数绘制成像结果图。
• The clues and techniques to improve the resolution of data processing are 1 ) removing the affection of near surface factors on data acquisition , including static correction and noise eliminating technique etc , 2 ) broadening the frequency band of pre - stack seismic data , including amplitude compensation and pre - stack deconvolution etc , 3 ) improving s / n ratio of high frequency and weak reflection signals through multiple coverage with high precision velocity analysis , residual static correction and high - order nmo , raising " dead line of high frequency reflection " , and 4 ) identifying post stack effective reflection frequency band , enhancing dominant frequency and so on
  主要包括：消除近地表因素对资料采集的影响，包括静校正和噪音压制技术等；叠前拓宽地震资料领带，包括振幅补偿和叠前反褶积技术等；借助高精度速度分析、剩余静校正和高次项nmo技术，通过多次覆盖叠加，消除资料中随机噪声干扰、提高资料信噪比，尤其是高频端反射信息的信噪比，改善高频反射和弱反射信号信噪比，提高“高频反射死亡线” ；叠后有限反射颇带识别、抬高优势频率等。
• Ground penetrating radar or georadar , is a new no destroying detection instrument with rapidly developing in recent years . it is applied to engineering , environment , archaeology and other aspects . data processing ' s theories and methods are one of the key aspects in gpr researching , because these are useful to picking up parameters in reflection wave including amplitude , phase , frequency and so on
  数据处理(包括滤波、反褶积、偏移等)是gpr的研究重点之一，其目的是压制随机的不规则的干扰波，以最大可能的分辨率在探地雷达剖面上显示反射波，提取反射波的各种有用参数(振幅、相位、频率等)来帮助解释。
• In view of characteristics of seismic data of gobi - sand dune areas , this paper , through various data - processing means such as quality control , high - pass filltering , dip angle filltering , field static correction , surface consistency deconvolution , precise velocity analysis , denoising before stack , multiple iterative operation of residual static correction , denoising after stack and modification after shift , has raised the data quality of seismic profiles in low signal - to - noise ratio areas and managed to form the seismic data - processing technique for such complex areas as gobi , foreland and dune
  摘要针对戈壁、沙丘地区地震资料的特点，通过对原始资料进行质量控制、高通滤波、倾角滤波、野外静校正、地表一致性反褶积、精细速度分析、叠前去噪、剩馀静校正多次迭代、叠后去噪和偏后修饰等处理，提高了低信噪比地区地震剖面的资料质量，摸索出了一套戈壁、山前、沙丘等复杂地区地震资料处理技术。
• According to characteristics of the seismic data from the low snr region with complex surface , this paper is started from solving the static correction problem and reasonable eliminating all kinds of disturbance in the seismic data from the low snr region with complex surface . through the whole process of seismic data processing which includes a series of processing methods that are suitable for the low snr region , namely , from the choosing of the floating base - level , the static correction in the field and indoors , the eliminating of all kinds of noise before and after stacking , the velocity analysis with high - resolution , the reasonable techniques of deconvolution before stacking and wavelet processing after stacking , to the method choosing of the high - resolution stacking and the reasonable and accurate offset imaging , a set of the complete and effective flow for processing seismic data from the low snr region with complex surface are finally formed , which can meet the need of explo
  本文针对复杂地表低信噪比地区地震资料的特点，以解决复杂地表低信噪比地区地震资料静校正问题及合理剔除各类干扰为出发点，在整个地震资料处理过程中，从浮动基准面的选取、野外及室内静校正、叠前叠后各类噪音的去除、高精度速度分析、合理的叠前反褶积及叠后子波处理技术、到选用高精度的叠加技术及合理准确的偏移成像方法等一系列适合于复杂地表低信噪比地区的处理方法，最终形成一套较完整且有效的针对复杂地表低信噪比地区地震资料的处理流程。

• 反褶积的法语：déconvoluer déconvolution