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水下等离子体声源聚焦性能仿真及误差分析
Focused underwater plasma sound sources are being applied in more and more fields. Focusing performance is one of the most important factors determining transmission distance and peak values of the pulsed sound waves. The sound source's components and focusing mechanism were all analyzed. A model was built in 3D Max and wave strength was measured on the simulation platform. Error analysis was fully integrated into the model so that effects on sound focusing performance of processing-errors and installation-errors could be studied. Based on what was practical, ways to limit the errors were proposed. The results of the error analysis should guide the design, machining, placement, debugging and application of underwater plasma sound sources.
作 者： 马天 黄建国 雷开卓 陈建峰 张群飞 Tian Ma Jian-guo Huang Kai-zhuo Lei Jian-feng Chen Qun-fei Zhang 作者单位： 刊 名： 船舶与海洋工程学报（英文版） 英文刊名： JOURNAL OF MARINE SCIENCE AND APPLICATION 年，卷(期)： 2010 9(1) 分类号： U6 关键词： underwater plasma sound source focusing sound field error analysis 3D Max【水下等离子体声源聚焦性能仿真及误差分析】相关文章：
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