合成孔径声呐 meaning in Chinese
synthetic aperture sonar
Examples
- Conclusion of this paper and expectation on sas are given in chapter six
第六章对全文进行了总结，并对合成孔径声呐的发展进行了展望。 - This paper focuses on exploring the key technique to the application of synthetic aperture sonar - imaging algorithm and movement compensation , more exactly
本文的研究重点在于探索影响合成孔径声呐实用的关键技术。具体来说，在于成像算法和运动补偿技术的研究。 - Based on theoretical analysis and simulation , experiment on sas imaging and movement compensation is carried out in sound - absorbed tank of the national defense underwater acoustics key laboratory . results are satisfying
本文在理论分析和仿真研究的基础上，进行了合成孔径声呐成像和运动补偿的水池实验，结果令人满意。 - Even so , the special advantage of synthetic aperture sonar ( sas ) ( getting high resolution by using low frequency and small elements ) makes it one focus of underwater acoustic research . sas can be called high technology in underwater acoustic field
尽管如此，合成孔径声呐的独特优点(利用低频小尺寸基阵即可获得高方位分辨力)已使关于它的研究成为水声研究的热点之一，合成孔径声呐可称得上水声领域的高技术。 - Based on comparing the application situations of sas and sar , it is pointed out that when algorithms which have been successfully applied in sar are applied to sas , whether image algorithm or movement compensation algorithm , the effectiveness of the model should be considered
在对合成孔径雷达和合成孔径声呐的应用条件进行对比的基础上，着重指出在将合成孔径技术应用于水声领域时，不论是成像算法还是自聚焦算法，都必须考虑模型的有效性。