大家都搜：
[声]水声学
1、applied acoustics───应用声学
2、acoustics───n.声学；音响效果，音质
3、acoustics definition───声学定义
4、acoustics define───声学定义
5、musically underwater───水下音乐
6、explosions underwater───水下爆炸
7、acoustics associates───声学协会
8、went underwater───沉入水下；潜入水下
9、acoustics journals───声学期刊
1、in underwater acoustics communication, a similar phenomenon happens due to multi-path propagation;───水声通信中类似影响来自水声信道存在的多径传播；
2、In the following years, he applied his programming and DSP expertise to other interesting areas, including sonar and underwater acoustics.───在以后的日子中，他将编程经验和 DSP 经验应用于其他领域，包括声纳和水下声学。
3、Sign Kurtosis Maximization Algorithm Based Underwater Acoustics Channel Blind Equalizer───基于符号峭度最大化的水声信道盲均衡算法
4、Instantaneous blind source separation of underwater acoustics signals in a noisy background───噪声环境下水声信号瞬时盲源分离方法研究
5、Ship radiated noises include a lot of line-spectra which are valuable for targets identification. Therefore it becomes an important approach in the studies of underwater acoustics.───水下目标舰船辐射噪声中有很强的线谱成份，这些成份对分类识别是非常有价值的，因此利用线谱特征对舰船目标进行识别是水声领域研究的重要内容。
6、Statistical inversion of seafloor parameters based on Bayesian inference is an interesting topic in the research of underwater acoustics.───基于贝叶斯定理的海底参数统计反演是当前水声学研究的热点之一。
7、Sound wave is an important mean to explore the ocean. It is very important for us to predict the transmission of underwater acoustics.───声波是人们探测海洋的重要手段，快速准确预报声波在海洋中的传播对人们进一步认识海洋有重大意义。
1、Statistical inversion of seafloor parameters based on Bayesian inference is an interesting topic in the research of underwater acoustics.
2、Sound propagation in two-axis channel is a benchmark problem for computational methods of underwater acoustics, and some computational methods are ill-posed.
3、Underwater plasma sound source, namely underwater sparker, is a significant application of pulsed discharge in water, which has been employed for underwater acoustics and sea oil prospecting.
4、In the 1990s, Harbin Engineering University Underwater Acoustics Academe had developed H/HCS-017 Multibeam Swath Bathymeter for navy.
5、Source localization by matched-field processing is a classical problem in underwater acoustics; many methods were presented in the past several decades.