The original method to confirm reverberation time in designs is to use computational formula W . C. Sabin put forward in early century.
最初在设计中确定混响时间的方法是利用W·C·赛宾在本世纪初提出的计算公式。
With this method applied the separation of the AM sine pulse from the ideal chaotic signal and from the measured reverberation of the lake bottom are implemented.
应用该方法对理想混沌信号与调幅正弦脉冲进行分离以及对实测的湖底混响与调幅正弦脉冲进行分离。
In order to simulate narrowband reverberation time series easily, the simulation method designed based on simulating reverberation complex envelop, which is feasible for any sampling frequency.
针对窄带发射信号，为了便于计算，设计了一种适用于任意采样率的基于复包络的混响信号仿真方法。
Acoustic model to describing the underwater reverberat i-on is set up and the computation method of volume reverberation is inferred.
建立了描述水下混响的声学模型，推导出体积混响的计算方法；
Combined the waveguide invariant and the time reversal reverberation hulling, a time reversal bottom reverberation null-broadening method is proposed.
本文结合波导不变性和时反海底混响零点设置方法，提出了一种利用波导不变性实现时反混响零点展宽的方法。
After studied predecessors' method of suppressing reverberation, a new processing method, which is fit to actual production, is proposed in this paper and got better result in actual data processing.
在研究了前人关于双检波器压制海上鸣震方法的基础上，提出了适合于实际生产的处理方法，取得了较好的效果。
A time delay estimation method based on onset signal and CSP is proposed, it's robust to noise and reverberation.
最后给出基于建立信号模型和互功率谱相位的时延估计方法。该方法对噪声和混响均具有很强的鲁棒性。
The results confirmed that the two-step predictive deconvolution method can effectively suppress the variable period reverberation, highlight the valid reflections, and improve the data quality.
结果表明，利用两步法预测反褶积可以很好地压制变周期鸣震干扰，突出有效反射，提高资料的品质。
The reverberation ray matrix method for analyzing dynamic response of elastic trusses or frames is extended and used to solve the transient response of frames made of viscoelastic bars.
文章将应用于弹性杆系结构动态响应的回传波射矩阵法扩展应用于粘弹性框架的瞬态问题的求解。
The reverberation ray matrix method for analyzing dynamic response of elastic trusses or frames is extended and used to solve the transient response of frames made of viscoelastic bars.
文章将应用于弹性杆系结构动态响应的回传波射矩阵法扩展应用于粘弹性框架的瞬态问题的求解。
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