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磁共振成像期间的温度监测:荧光光纤温度计与标准热敏电阻的比较。

Temperature monitoring during MR imaging: comparison of fluoroptic and standard thermistors.

作者信息

Taber K H, Hayman L A

机构信息

Department of Radiology, Magnetic Resonance Center, Baylor College of Medicine, Houston, TX 77380.

出版信息

J Magn Reson Imaging. 1992 Jan-Feb;2(1):99-101. doi: 10.1002/jmri.1880020119.

Abstract

Temperature readings from standard wire lead thermistor probes and a fluoroptic temperature probe were compared before, during, and after exposure to a spin-echo imaging sequence at 2.35 T. All the probes were placed in saline-filled vials (1-mL capacity) surrounded by dense foam rubber to isolate and preserve local heating effects. There were no consistent differences in the temperatures recorded by the various probes. The authors conclude that wire lead thermistor probes do not exhibit substantial heat deposition when exposed to a standard spin-echo imaging sequence at 2.35 T.

摘要

在2.35T下,对标准线绕热敏电阻探头和荧光光纤温度探头在自旋回波成像序列暴露之前、期间和之后的温度读数进行了比较。所有探头都放置在装满盐水的小瓶(容量为1毫升)中,小瓶周围环绕着致密的泡沫橡胶,以隔离并保留局部加热效应。不同探头记录的温度没有一致的差异。作者得出结论,当暴露于2.35T的标准自旋回波成像序列时,线绕热敏电阻探头不会表现出大量的热沉积。

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