sonar angle

简明释义

声纳目标舷角

英英释义

例句

1.By changing the sonar angle, we were able to get clearer images of the ocean floor.

通过改变声纳角度，我们能够获得更清晰的海底图像。

2.The research team adjusted the sonar angle to improve the detection of underwater objects.

研究小组调整了声纳角度以提高对水下物体的探测。

3.The fisherman used the correct sonar angle to locate schools of fish effectively.

渔民使用正确的声纳角度有效地定位鱼群。

4.To avoid obstacles, the submarine crew monitored the sonar angle constantly.

为了避免障碍物，潜艇船员不断监测声纳角度。

5.The sonar angle can significantly affect the range and accuracy of the sonar system.

声纳角度会显著影响声纳系统的范围和准确性。

作文

In the realm of underwater exploration, the concept of sonar angle plays a crucial role in determining how effectively sonar systems can detect and analyze objects beneath the surface. The sonar angle refers to the specific angle at which sonar waves are emitted from a device, such as a sonar transducer. This angle is vital because it influences the coverage area of the sonar signal and impacts the quality of the data received. Understanding the sonar angle is essential for various applications, including marine biology, underwater archaeology, and naval operations.When sonar waves are transmitted, they spread out in a cone shape. The width of this cone is determined by the sonar angle. A narrow sonar angle results in a focused beam that can provide detailed information about a small area, while a wider angle covers a larger area but may sacrifice detail. This trade-off is significant when conducting surveys or searches in vast underwater environments. For instance, marine biologists studying fish populations may prefer a narrower sonar angle to gather precise data on specific species, while naval operations might utilize a broader angle to scan for potential threats across a wider expanse.Another important aspect of the sonar angle is its relationship with the depth of water. As the depth increases, the behavior of sonar waves changes, and the sonar angle must be adjusted accordingly. In deeper waters, the waves can become more dispersed, making it necessary to optimize the sonar angle to maintain effective detection capabilities. Moreover, environmental factors such as temperature, salinity, and underwater topography can also influence how sonar waves travel, further complicating the determination of the optimal sonar angle.Technological advancements have led to the development of sophisticated sonar systems that can automatically adjust their sonar angle based on real-time data. These systems use algorithms to interpret the surrounding environment and modify the angle of emission to enhance detection accuracy. For example, if a sonar system detects an object at a certain depth, it can alter its sonar angle to focus on that area, providing clearer images and better data for analysis.In conclusion, the sonar angle is a fundamental concept in underwater acoustics that significantly affects the performance of sonar systems. By understanding and optimizing the sonar angle, researchers and operators can improve their ability to gather accurate data, whether for scientific research, maritime safety, or military operations. As technology continues to evolve, the importance of mastering the sonar angle will only grow, paving the way for more effective underwater exploration and analysis.

在水下探索领域，声纳角度的概念在确定声纳系统如何有效地探测和分析水面下物体方面起着至关重要的作用。声纳角度是指声纳波从设备（如声纳换能器）发射的特定角度。这个角度至关重要，因为它影响声纳信号的覆盖区域，并影响接收数据的质量。理解声纳角度对各种应用至关重要，包括海洋生物学、水下考古学和海军作战。当声纳波被传输时，它们以锥形扩散。这个锥形的宽度由声纳角度决定。狭窄的声纳角度会产生一个集中束，可以提供有关小区域的详细信息，而较宽的角度覆盖更大的区域，但可能牺牲细节。当在广阔的水下环境中进行调查或搜索时，这种权衡是显著的。例如，研究鱼类种群的海洋生物学家可能更喜欢较狭窄的声纳角度，以便收集特定物种的精确数据，而海军行动可能利用较宽的角度来扫描潜在威胁。声纳角度的另一个重要方面是它与水深的关系。随着水深的增加，声纳波的行为发生变化，因此必须相应调整声纳角度。在较深的水域，波浪可能变得更加分散，因此有必要优化声纳角度以保持有效的探测能力。此外，温度、盐度和水下地形等环境因素也会影响声纳波的传播，进一步复杂化了最佳声纳角度的确定。技术进步导致开发出可以根据实时数据自动调整其声纳角度的复杂声纳系统。这些系统使用算法来解释周围环境，并修改发射角度以增强探测精度。例如，如果声纳系统在某个深度检测到物体，它可以改变其声纳角度以集中在该区域，从而提供更清晰的图像和更好的数据供分析。总之，声纳角度是水下声学中的一个基本概念，显著影响声纳系统的性能。通过理解和优化声纳角度，研究人员和操作员可以提高收集准确数据的能力，无论是用于科学研究、海事安全还是军事行动。随着技术的不断发展，掌握声纳角度的重要性只会增加，为更有效的水下探索和分析铺平道路。