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SIMULATION OF ACOUSTIC FIELDS FROM MEDICAL ULTRASOUND TRANSDUCERS

机译:医用超声传感器的声场模拟

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Field II program, developed by J?rgen Arendt Jensen, can simulate all kinds of ultrasound transducers. With this program it is possible to control dynamically the focusing and apodization of the transducers which makes it possible to simulate various types of ultrasound imaging systems. The simulation method can be used for optimization of array parameters in the design stage and also for education and research purposes. In intravascular sonography or low depth imaging the desired tissue is very close to the transducer therefore it is useful to apply this method of good accuracy both in near-field and far-field. In this paper the authors make a presentation of this program giving examples of transducers simulation and they have introduced an improved simulation method for calculating the ultrasound field of arrays. Simulation results are shown for different parameter settings to evaluate the effects of every parameter in the 2-D arrays field.
机译:由J?rgen Arendt Jensen开发的Field II程序可以模拟各种超声换能器。利用该程序,可以动态地控制换能器的聚焦和变迹,这使得可以模拟各种类型的超声成像系统。该仿真方法可用于设计阶段的阵列参数优化,也可用于教育和研究目的。在血管内超声检查或低深度成像中,所需的组织非常靠近换能器,因此在近场和远场均应用这种精度较高的方法很有用。在本文中,作者介绍了该程序,并给出了换能器仿真的示例,他们介绍了一种用于计算阵列超声场的改进的仿真方法。显示了针对不同参数设置的仿真结果,以评估2-D数组字段中每个参数的效果。

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