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Ultrasound Imaging and Advances in System Features

机译:超声成像和系统功能的进步

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Ultrasound physics is the basis of all ultrasound imaging and is a complex subject. All diagnostic ultrasound images are created using an ultrasound machine and an ultrasound transducer. An electric current is applied to a piezoelectric crystal, which produces an ultrasound beam. The returning signal from that ultrasound beam is then processed by a beam transformer and displayed on a monitor to be viewed as an ultrasound image. This is a simplified description of how an ultrasound image is created. The purpose of this article is to introduce readers to newer technologies used in diagnostic ultrasound imaging, not to provide readers with detailed information in the science of ultrasound physics and image creation. Trained operators of any piece of ultrasound equipment should know these basic principles in order to understand how their equipment works and to understand the basics of ultrasound imaging and image acquisition.
机译:超声物理学是所有超声成像的基础,并且是一个复杂的主题。使用超声仪和超声换能器创建所有诊断超声图像。电流施加到压电晶体上,产生超声波束。然后,来自该超声波束的返回信号由光束转换器处理并显示在监视器上,以作为超声波图像查看。这是如何创建超声图像的简化描述。本文的目的是向读者介绍用于诊断超声成像的较新技术,而不是向读者提供有关超声物理学和图像创建的详细信息。训练有素的任何超声设备的操作员都应了解这些基本原理,以便了解其设备的工作原理并了解超声成像和图像采集的基础。

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