Gradient Coils Temperature Controller in a Gradient System for MR Tomography

K. Bartusek, Z. Dokoupil, E. Gescheidtová, Z. Smékal
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Abstract

A simple gradient coils temperature controller for a gradient magnetic field system has been developed. In the application of modern fast magnetic resonance experiments it can maintain the temperature of gradient coils at a value of 21.2degC with a precision of 0.5degC and protect the gradient system against overloading by excessive short-circuit power. When the temperature and the maximum power are exceeded, it will disconnect all gradients and, simultaneously, signal this state to the operator. A gradient system complemented like this has been experimentally verified on a home-built 200 MHz magnetic resonance (MR) tomography system with a 120 mm bore (with room temperature) in the Institute of Scientific Instruments, Academy of Sciences of the Czech Republic.
梯度线圈温度控制器在梯度系统中的磁共振断层扫描
研制了一种适用于梯度磁场系统的简单梯度线圈温度控制器。在现代快速磁共振实验应用中,它能使梯度线圈的温度保持在21.2℃,精度达到0.5℃,并能保护梯度系统不因短路功率过大而过载。当超过温度和最大功率时,它将断开所有梯度,同时向操作员发出此状态的信号。在捷克共和国科学院科学仪器研究所自制的120毫米孔径的200兆赫磁共振(MR)断层扫描系统(室温下)上,对这样的梯度系统进行了实验验证。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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