Fig. 2

Simulation and experimental results for the heat generated by 65-μL samples of gallium and magnetic iron oxides. a The magnetic ablation mechanism was examined under different values of magnetic flux density, electromagnetic loss, and ablation temperature at a fixed ultrashort ablation time of 10 s. b Experimental temperature values were obtained for ablation times of 0, 10, and 20 s. c Schematic of the heat generation mechanism in magnetic thermotherapy when injecting gallium and magnetic iron oxides into tissue