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Magneto hydro dynamics: Application in cardiovascular magnetic resonance imaging

机译:磁流体动力学:在心血管磁共振成像中的应用

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摘要

This study investigates the application of magneto hydrodynamics, MHD, effect in cardiovascular magnetic resonance imaging (MRI). We established a theoretical enlightenment of fluid mechanics and MHD equations. We emphasized on the application of MHD effect in cardiovascular MRI where an interpretation of MHD on ECG signals was clearly premeditated. The theory was simulated using SIMULINK™. We were able to detect the MHD noise affecting the MR-ECG. According to assumed parameters, the obtained signal amplitude allowed to obtain a correct cardiovascular signal after verifying no ST segment elevation. However, the developed exploration will facilitate the elimination of the MHD effect in cardiovascular MRI after presuming and identifying the MHD signal by using simulation.
机译:这项研究调查了磁流体动力学,MHD效应在心血管磁共振成像(MRI)中的应用。我们建立了流体力学和MHD方程的理论启示。我们强调了MHD效应在心血管MRI中的应用,其中对MHD对ECG信号的解释显然是有预谋的。该理论是使用SIMULINK™模拟的。我们能够检测到影响MR-ECG的MHD噪声。根据假定的参数,在验证无ST段抬高后,获得的信号幅度允许获得正确的心血管信号。然而,在通过模拟推定和识别MHD信号后,开发的探索将有助于消除心血管MRI中的MHD效应。

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