An accurate numerical model has been developed to evaluate the current density flowing through the heart of a virtual human body to compare an electric and a magnetic excitation. This model is useful to investigate cardiac stimulation with a magnetic pulse. The waveform and intensity of the current density are a compromise between the strength of the magnetic induction field and the pulse rise time.
A Numerical Model for the Analysis of Heart Magnetic Stimulation / Cerri, G., DE LEO, A., DE LEO, R., G., D.C., MARIANI PRIMIANI, V., Moglie, F., Pastore, A.P.. - (2010), pp. 397-400. (XVIII RiNEm Benevento, Italy September, 6-10, 2010).
A Numerical Model for the Analysis of Heart Magnetic Stimulation
CERRI, GRAZIANO;DE LEO, ALFREDO;DE LEO, Roberto;MARIANI PRIMIANI, Valter;MOGLIE, FRANCO;PASTORE, ANNA PIA
2010-01-01
Abstract
An accurate numerical model has been developed to evaluate the current density flowing through the heart of a virtual human body to compare an electric and a magnetic excitation. This model is useful to investigate cardiac stimulation with a magnetic pulse. The waveform and intensity of the current density are a compromise between the strength of the magnetic induction field and the pulse rise time.File in questo prodotto:
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