Objective: The objective of this paper is to research the biocompatibility of self-prepared gilded Ni-Cu thermoseed, which has the potential application in tumor magnetic inductive hyperthermia.

At the present, the study on tumor magnetic-induction hyperthermia is very hot, and that magnetic-induction hyperthermia treatment planning system is important content, its theory and technology including medical image standard, image processing, computer graphics, visualization, biomedicine, software engineering and so on.

At the present, the study on magnetic-induction hyperthermia is a important branch of tumor hyperthermia method, and that clinical hyperthermia facility development as the research platform is a important contents, its theory and technology including medical image standard, image processing, biomedicine, software engineering, information technology and automatization, and so on.

Preparation and characterization of Mn-Zn ferrite nanoparticles for tumor hyperthermia;

Preparation and characterization of Mn-Zn ferrite magnetic nanoparticles for tumor hyperthermia;

Preparation and characterization of Fe_3O_4 nano-magnetic particles for tumor hyperthermia;

Development of thermal dosimeter for hyperthermia;

Applied Study of Thermal Dosimeter for Hyperthermia;

Study on Method and Key Technique of Tissue Temperature Estimation in Hyperthermia;

WT5”BZ]The concept of effective therapeutic volume (defined as the volume in which temperatures are in the range of 41～45 ℃) is offen used to test the heating properties in the clinics of hyperthermic oncology.

During the hyperthermic oncology, the heat distribution which means the specific absorption rate (SAR) and temperature patterns show the heating abilities of the hyperthermic applicators.