The construction of breast cancer automatic care system using micro-implanted element

为构建乳腺癌热疗微植入式自动监护系统，进行了以下工作：治疗元件在模拟体内的放热特性及基于激励电源的检测。开始，从针状加热元件作为微植入元件的观点出发，研究了在植入体内的假设下的温度分布。接下来，构建激励电源，通过三维激励找到可能的线圈形状，目标是在不限制微植入元件和外部激励线圈布置的情况下，使治疗成为可能的组成。

The following were carried out for the purpose of the construction of breast cancer automatic care system using micro- implanted element by the hyperthermia treatment : Exothermic characteristic of the treatment element in the simulated body and examination based on excitation power supply. To begin with, the temperature distribution on the assumption of the insertion to in vivo was examined from the viewpoint of acicular heating element as micro-implanted element. Next, excitation power supply was constructed, and the three-dimensional excitation found the possible coil shape, and the aim was kept on the composition in which the treatment was possible without limiting the arrangement of micro- implanted element and outside excitation coil.