Validation of magneto hydrodynamics model

This study validates the simulation of the magnetic field effect on the electrocardiogram (ECG), during cardiovascular magnetic resonance imaging (MRI). The validation corresponds to a theoretical part and another modeling & simulation part. First, we write and develop equations showing equivalence between vector analysis and Magneto hydrodynamics (MHD) theory, which resulted in a relation between the spatial variation of the cross product of velocity and the magnetic field B. Later, we apply these equations on a Simulink built model, and we achieve the time derivatives of different components. The simulation results show correspondence between output signals, which echoes theoretical proof. We validate our choices of using velocity field and considering the magnetic field as being the difference between MRI affected and unaffected ECG signals. An important continuation, aims MHD indicators.