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SYSTEM AND METHOD OF MAGNETIC RESONANT VISUALIZATION FOR DETECTING A GAS BUBBLE

机译:气泡检测的磁共振可视化系统和方法

摘要

1. The system of magnetic resonance imaging, which contains an ultrasound system (118) for generating ultrasonic waves; wherein the ultrasound system includes an ultrasound window (130); and the ultrasonic window is adapted to receive the subject, while the magnetic resonance imaging system is configured (100) to detect a gas bubble (124, 148, 304, 306, 404, 406) within the imaging volume (108), while the system is magnetically -resonant imaging includes: - a magnet (102) adapted to generate a magnetic field for orienting the magnetic spins of the subject's nuclei (104) located within the visualization volume; - a radio-frequency system (110, 112) adapted to receive data (160, 164) magnetic re On the other hand, the radio-frequency system comprises a radio-frequency transmitter (112) and a radio-frequency coil (110); - a magnetic field gradient coil (114) adapted for spatial coding of the nuclear magnetic spins within the visualization volume; - a magnetic field gradient coil power source (116) adapted to provide coil current with a magnetic field gradient; and - a computer system (132) adapted to construct an image from magnetic resonance imaging data and to control the operation of the magnetic resonance imaging system, while the computer system is adapted to detect a gas bubble within the visualization volume using a magnetic resonance image (162, 166, 300, 400), constructed from magnetic resonance imaging data, and the ultrasound system is configured to
机译:1.一种磁共振成像系统,其包括用于产生超声波的超声系统(118);其中,超声系统包括超声窗口(130);并且超声窗口适于接收对象,而磁共振成像系统被配置(100)以检测成像体积(108)内的气泡(124、148、304、306、404、406),而该系统是磁共振成像,包括:-磁体(102),其适于产生用于定向位于可视化体积内的对象的核(104)的磁自旋的磁场; -适于接收磁性数据(160、164)的射频系统(110、112)。另一方面,该射频系统包括射频发射机(112)和射频线圈(110)。 ; -磁场梯度线圈(114),其适于在可视化体积内对核磁自旋进行空间编码; -适于为线圈电流提供磁场梯度的磁场梯度线圈电源(116); -计算机系统(132),其适于从磁共振成像数据构建图像并控制磁共振成像系统的操作,同时该计算机系统适于使用磁共振图像来检测可视化体积内的气泡。 (162、166、300、400),由磁共振成像数据构成,并且超声系统配置为

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