美国洛克希德·马丁红外成像系统公司正在研究设计一种可广泛用于军事、医疗等领域的高分辨率的声成像系统。该系统将是一种带有声透镜的紧凑型电供能手持装置,可提供实时三维图像。其成像原理与其它成像系统相似,都是利用从某一物体或区域反射能量形成图像。不同的是它利用声波作为能源。高频声波由成像列阵或由系统所携带的独立声源发射,反 Lockheed Martin Infrared Imaging Systems Inc. of the United States is studying the design of a wide range of military, medical and other fields of high-resolution acoustic imaging system. The system will be a compact, electrically powered handheld device with an acoustic lens that provides real-time, three-dimensional images. Its imaging principle is similar to other imaging systems, which use the energy reflected from an object or region to form an image. The difference is that it uses sound waves as its energy source. High-frequency sound waves are emitted by imaging arrays or by independent sound sources carried by the system