1)  Reverberant noise
混响声
2)  reverberant field
混响声场
1.
Relation between acoustical absorption coefficient and loss factor in reverberant field with statistical energy analysis(SEA);
统计能量分析混响声场中吸声系数与损耗因子关系研究
3)  reverberant sound
混响声<声>
4)  reverberation
混响
1.
The research on modeling and simulation of torpedo reverberation;
鱼雷混响建模与仿真研究
2.
The reduced rank STAP for reverberation suppression based on data smoothing;
基于数据平滑的降维STAP混响抑制方法
3.
Simulation of multi-channel moving sonar reverberation;
多通道运动声呐混响仿真
5)  reverberation time
混响时间
1.
The reverberation time and noise level of tunnel-typed public works can be reduced by adding large amount of acoustical structure with high absorptive coefficient.
隧道型公共设施的声环境,可以使用大量具有高吸声系数的吸声构造,铺设于隧道拱壁及轨道铺面,以降低混响时间及噪声。
2.
According to Sabin formula, reverberation time value of this model is calculated using AutoLISP language.
基于赛宾公式,利用AutoLISP语言编写命令,计算混响时间。
3.
The paper proposes a nonlinear regression approach with sound level residual error least-squares for evaluating reverberation times,when reverberation decay curves are obtained by the backward integration of room impulse responses.
提出了估值混响时间的声级残差最小二乘非线性拟合法。
6)  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。
参考词条
补充资料:混响声场
      见声场。
  

说明:补充资料仅用于学习参考,请勿用于其它任何用途。