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Dynamic thermal/acoustic response for human bone materials at different energy levels: A diagnosis approach

机译：不同能量水平下人体骨骼材料的动态热/声响应：一种诊断方法

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摘要

BackgroundThe non-invasive diagnostic approaches have gained high attention in recent years, utilizing high technology sensor systems, including infrared, microwave devices, acoustic transducers, etc. The patient safety, high resolution images, and reliability are among the driving forces toward high technology approaches. The thermal and acoustic responses of the materials may reflect the important research parameters such as penetration depth, power consumption, and temperature change used for the practical models of the system. This paper emphasizes the approach for orthopedic application where the bone densities were considered in simulation to designate the type of human bones.

机译：背景技术近年来，无创诊断方法已得到广泛关注，它利用包括红外，微波设备，声换能器等在内的高科技传感器系统。患者安全，高分辨率图像和可靠性是推动高科技方法的动力之一。。材料的热和声响应可能反映了重要的研究参数，例如用于系统的实际模型的穿透深度，功耗和温度变化。本文着重介绍骨科应用的方法，该方法在模拟中考虑了骨密度来指定人骨的类型。

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期刊名称 Journal of Orthopaedics
作者
Ashok Kumar Thella; James Rizkalla; Neeraj Rathi; Monika Kakani; Ahdy Helmy; Paul Salama; Maher E. Rizkalla;
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作者单位

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年(卷),期 2017(14),1
年度 2017
页码 85–90
总页数 6
原文格式 PDF
正文语种
中图分类外科学;
关键词
Ortho IR sensor Piezoelectric Diagnosis;

机译：正交;红外传感器;压电;诊断;

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7. Dynamic thermal/acoustic response for human bone materials at different energy levels: A diagnosis approach [O] . Ashok Kumar Thella, James Rizkalla, Neeraj Rathi, 2017

机译：不同能量水平的人骨材料的动态热/声反应：诊断方法

Dynamic thermal/acoustic response for human bone materials at different energy levels: A diagnosis approach

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