In this project a new simple induction heater design （Abugomry） operated at low power and low frequency 100w/100kHz was made. The thermal properties of three different MNPs （magnetic nano particles） were studied b...In this project a new simple induction heater design （Abugomry） operated at low power and low frequency 100w/100kHz was made. The thermal properties of three different MNPs （magnetic nano particles） were studied by Abugomry induction heater. The high temperatures of MNPs （47, 46 and 50） ℃, the heating rate （0.030, 0.025 and 0.028） ℃/min and the specific absorption rate （126, 115 and 105） W/g for the （α-Fe2O3, Fe3O4 and CoFe2O4） MNPs respectively, these results were suitable to use these MNPs in MHT （magnetic hyperthermia treatment）. The results accrue from Abugomry of these MNPs that it＇s agree with the published results of the same MNPs, which were studied by induction heater operated at high/medium power and frequency.展开更多
文摘In this project a new simple induction heater design （Abugomry） operated at low power and low frequency 100w/100kHz was made. The thermal properties of three different MNPs （magnetic nano particles） were studied by Abugomry induction heater. The high temperatures of MNPs （47, 46 and 50） ℃, the heating rate （0.030, 0.025 and 0.028） ℃/min and the specific absorption rate （126, 115 and 105） W/g for the （α-Fe2O3, Fe3O4 and CoFe2O4） MNPs respectively, these results were suitable to use these MNPs in MHT （magnetic hyperthermia treatment）. The results accrue from Abugomry of these MNPs that it＇s agree with the published results of the same MNPs, which were studied by induction heater operated at high/medium power and frequency.
