水声传播 meaning in English
propagation of underwater sound
underwater sound propagation
Examples
- The data on underwater acoustic spread and ocean environment noise , obtained by the buoy system , have been kept by some navy database as ocean environment base data
浮标监测系统所获取和记录的水声传播试验数据和海洋环境噪声数据已经作为海洋环境基础数据被海军有关数据库存录。 - Underwater - radio buoy system for use as obtaining the ocean ' s acoustical parameters is primary for investigating ocean acoustic condition , obtaining and recording acoustic propagation experimentation data
海洋环境参数获取浮标监测系统主要用于海洋水声环境的综合考察，获取和记录水声传播试验数据。 - The underwater - radio buoy for use as obtaining the ocean " s acoustical parameters , applied for synthesis experimentations that seeing about ocean underwater acoustic environment , can obtain and memorize the data of underwater acoustic transmitting experimentations
海洋环境参数获取浮标监测系统主要用于海洋水声环境的综合考察，获取和记录水声传播试验数据。 - The underwater - radio buoy for use as obtaining the ocean ' s acoustical parameters , applied for synthetic experimentations that seeing about ocean underwater acoustic environment , can obtain and memorize the data for all kind of underwater acoustic experimentations , for example , acoustic propagation , reverberation , ocean ' s noise etc . the system can not only reduce requires in quantity of using ships and scales in military strength equipment but also keep away from ships environments , reduce background noise and increase the quality of the gathered data
海洋环境参数获取浮标监测系统用于海洋水声环境综合考察试验中，获取和记录水声传播试验数据。该系统不但可以减小参试舰船数量要求，降低兵力配备规模，而且可以远离舰船环境，降低背景噪声，提高所采集数据的质量。因此，浮标的研制对于保证未来海试完成既定试验目标、顺利完成试验项目具有重要意义。 - Development in the field of projector design is spurred on mainly by three motivating forces : the extensive research in underwater propagation establishes the advantages of increasing lower frequencies for long range detection , the advent of new active and structural materials leads to substantial improvements in transducer performance , applications of the computer technology
发射换能器设计的发展主要有三方面的推动力：对水声传播的广泛研究确立了低频应用于长距离探测的优势，新的驱动材料和结构材料的发展使得换能器在性能方面得到提高，计算机技术的应用。