Klonowski's Theory of Sonar Detection

Klonowski's Theory of Sonar Detection describes how sonar systems identify objects underwater. It explains that detection depends on the strength and clarity of the sound signals reflected back from objects, influenced by their size, shape, and material. The theory emphasizes that the ability to detect a target is affected by factors such as background noise, the distance between the sonar source and target, and the signal processing techniques used. Essentially, it provides a framework for understanding the limits and capabilities of sonar systems in distinguishing objects amidst underwater noise and environmental conditions.