在消声水池的实验证明系统完全达到设计要求。
Muffling pool experiment shows that the system meets the design requirements.
目前该目标模拟器已成功应用于水下自导系统的消声水池实验及湖上实验，性能符合实际需求。
This sys-tern have been applied in the anechoic tank experiment and lake experiment, greatly faciliating the development of underwater self-guide sys-tem.
进行了消声水池实验，结果表明波束域高分辨MUSIC法分辨力高，对阵列误差具有较大的宽容性。
At last, experiments are carried out in a water tank. Experimental results show that the beam-space MUSIC algorithm has high resolution ability and can bear preferably with array modeling errors.
通过对不同条件下消声水池声场的计算仿真，分析了不同因素对水池自由场的影响，得到了具有一定应用价值的结论。
The acoustic filed is calculated in different aspects, influence on the free field analyzed under different conditions, and useful conclusions obtained.
最后，作者利用所设计的激光声纳探测系统进行了在空气中实验和消声水池实验，得到了平静水面和有剧烈干扰条件下的测试数据。
Experiments in the air and in an anechoic tank are both carried out lastly, the experimental data in calm water surface condition and violently disturbed water surface condition are acquired.
最后，作者利用所设计的激光声纳探测系统进行了在空气中实验和消声水池实验，得到了平静水面和有剧烈干扰条件下的测试数据。
Experiments in the air and in an anechoic tank are both carried out lastly, the experimental data in calm water surface condition and violently disturbed water surface condition are acquired.
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