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Microwave and RF Heating for Medical Application under Noninvasive Temperature Measurement Using Magnetic Resonance

机译:利用磁共振在无创温度测量下医疗应用的微波和射频加热

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Recent development of magnetic resonance imaging (MRI) equipment enables interventional radiology (IVR) as diagnosis and treatment under MRI usage. In this paper, a new methodology for magnetic resonance (MR) scanner to apply not only diagnostic equipment but for treatment one is discussed. The temperature measuring procedure under MR is to measure phase shift of $T_1$, which is the longitudinal relaxation time of proton, for the position inside a sample material with the application of pulsed RF for heating inside the sample as artificial dielectrics. The result shows the possibility to apply MR as temperature measuring equipment and as a heating equipment for applying such as hyperthermia heating modality.
机译:磁共振成像(MRI)设备的最新发展使介入放射学(IVR)成为MRI使用下的诊断和治疗方法。在本文中,讨论了一种新的磁共振扫描仪方法,该方法不仅适用于诊断设备,而且适用于治疗设备。 MR下的温度测量程序是通过施加脉冲RF来加热样品内部的人造电介质,测量样品材料内部位置的$ T_1 $相移,这是质子的纵向弛豫时间。结果显示出将MR用作温度测量设备和用作诸如高温加热方式的加热设备的可能性。

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