2D4UR

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2D4UR application field and working principle2D4UR (short for two-dimensional ultrasonic reflecting) is a relatively new type of ultrasound imaging technology recently developed. It is an advanced application of traditional ultrasound imaging which can provide more detailed information than the latter. This technology has been widely applied in medical diagnosis and image-based guidance of surgeries, such as laparoscopic and cardiothoracic surgeries.The basic principle of 2D4UR is to combine the conventional pulse-echo ultrasound imaging with the Doppler influence of acoustic waves. In this type of imaging, sound waves are generated and transmitted by a transducer on the surface of the object. The acoustic waves are reflected from the tissue or organ being examined, and then detected by the transducer, forming an image. The reflected waves can then be used to identify the shape, size, and composition of the object in question.Compared to conventional pulse-echo ultrasound imaging, 2D4UR has several advantages. First, the images produced by this technology are more detailed and clearer than the images obtained from conventional ultrasound imaging. Second, the time it takes to obtain images is much shorter, which reduces the time required for imaging procedures. In addition, this type of imaging can detect changes in tissue structure at a greater depth than conventional ultrasound.Aside from medical applications, 2D4UR has also been used for archaeological research. As an example, this technology was employed in excavations of a shipwreck off the coast of Greater China in order to identify the type of vessel it was. The archaeological team used the acoustic energy emitted by the transducer to penetrate the seabed and locate the wreck beneath. The collected sonar images then provided clues to the age and type of the vessel.2D4UR is a type of ultrasound imaging technology that has many advantages over traditional ultrasound imaging. It can provide more detailed images, and it also has the ability to detect changes in tissue structure at greater depths. This technology can be utilized in medical procedures, such as laparoscopic and cardiothoracic surgeries, as well as archaeological research.

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