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Results Optimum conditions of intermittent field (ON/OFF 50/100 in s, Duty Cycle 33%, magnetic field 45mT) are then examined in ex-vivo samples verifying the successful suppression of eddy currents. Simultaneously, a well-elaborated theoretical approach provides a rapid calculation of temperature increase and, furthermore, the ability to quickly simulate a variety of duty cycle times and field controls may save experimental time.Conclusion Eventually, the application of an intermittent field mode in a magnetic particle hyperthermia prot