PVA/CNC/TiO2涂层传感器捕获超声图像的图像分析

P. L. J. Raj, K. Kalimuthu
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引用次数: 0

摘要

曲线超声换能器探头通常用于扫描腹部。在与任何机器兼容的128元彩色超声波传感器探头(Sonoray - DS50PLUS-C352UB)上进行各种测试。讨论了许多涂层工艺,包括浸涂,用TiO2涂覆足迹,并对新涂层薄膜进行了表征。除了TiO。,一种合适的替代纳米材料被确定,为了使设备更具成本效益并产生更好的结果,将其覆盖在其足迹上。采用FESEM、EDS和XRD对换能器脚印进行了涂覆前后的实验。在各种涂布方法中,浸渍涂布法是一种较简单但效果较差的涂布方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Image Analysis of Ultrasound Images Captured by a PVA/CNC/TiO2 Coated Transducer
A curvilinear ultra sound transducer probe is commonly used to scan the abdomen. Various tests are performed on a 128 element color ultra sound transducer probe (Sonoray - DS50PLUS-C352UB) that is compatible with any machine. Many coating processes were addressed, including dip coating to coat the footprint with TiO2 and characterization of the newly coated films is done. Apart from TiO., an appropriate alternate nanomaterial is identified, to be coated across its footprint in order to make the device more cost effective and produce better results. FESEM, EDS, and XRD experiments were performed on the transducer foot print before and after the alternate nanomaterial was coated. Dip coating method is determined to be easier but less effective than doctor blade approach among various coating methods.
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