Abstract
The essential requirements for implants utilized in magnetic hyperthermia are high calorific power in alternating magnetic field, high corrosion resistance in body. In addition, the fabrication process is require simple and stable with low cost from a practical application perspective. In this research, we investigate calorific property of micro implants dispersed ferromagnetic particles. The implants was molded into beads needle and capsule by simple mechanical processing. The amount of heat generation of ferromagnetic particles was increased with increasing magnetic hysteresis loss by mechanical milling treatment which is able to pulverize and provide strong strain. Temperature rising of the implants in chicken meat as a mock tumor and thermal alteration of surrounding cells will be reported.
