1) water-bottom reverberation
水底混响
2) sea bottom reverberation
海底混响
1.
Research on the signal modeling method for sea bottom reverberation based on ray theory
基于射线理论的海底混响建模研究
3) bottom reverberation
海底混响
1.
Therefore,an algorithm of scattering cell division for bottom interface side-scattering in bistatic sonar is proposed and the bottom reverberation model in bistatic sonar based on SSA scattering strength is developed.
鉴于影响双基地声纳性能主要因素之一的混响面元的划分和计算的研究少有公开报道,提出一种双基地声纳海底混响区域的面元划分方法,建立了基于SSA海底散射强度模型的双基地声纳海底混响模型。
4) seafloor reverberation
海底混响
1.
Research on space correlation characteristic of horizontal bistatic seafloor reverberation signals
水平分置海底混响信号的空间相关特性研究
2.
Focus on the completion of multibeam seafloor reverberation simulation so tha
重点完成多波束海底混响的仿真,使各基元接收的仿真信号包络服从K分布,并采用物理意义明确的Jackson散射模型计算反向散射强度的贡献。
3.
Based on the representation of impulsive sound propagation with the moving source and receiver,a seafloor reverberation signal model is derived from the monostatic sonar moving horizontally in horizontally stratified oceans.
在水平不变海洋声道中,基于声源和接收器运动情况下窄带脉冲声传播表达式,导出了收发合置声呐在水平运动情况下的海底混响信号模型。
5) water column reverberation
水柱混响
1.
Direct arrival , ghost wave and water column reverberation on sea-bottom multi-component data.;
海底多分量中的直达波、鬼波及水柱混响
2.
OBC dual-receiver is a new-developed exploration technique in the late eighties of last century, which is mainly used to suppress "water column reverberation" interference appeared between sea bottom and sea level that resulted in effectively improving S/N ratio of seismic data.
海底电缆双检接收技术是20世纪80年代末出现的勘探新技术,主要用于压制在海底和海面之间存在的"水柱混响"干扰,能有效地提高地震资料的信噪比。
6) underwater reverberation
水中混响
1.
Nonlinear prediction of underwater reverberation based on a Volterra adaptive filter;
基于Volterra自适应滤波器的水中混响非线性预测
2.
A new method for feature extraction from underwater reverberations based on phase space reconstruction;
基于相空间重构理论的水中混响特性提取
补充资料:混响
见建筑声学。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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