Through the target territory, the RF transceiver which connects the RF signal. This RF transceiver has the transmission head and the reception head. As for the transmission head, the transmission inductor (has the 1st axis which is directed to the target territory) with, the RF formation vessel (forming the haipasamia induction RF signal which possesses at least one component for transmitting which minds the transmission head to be possible, as for this RF signal, the association and others re it is in the target cell and the target cell to heat at least one inside RF absorption enhansa, giving the thermal damage to the target cell has is possible) with. The reception head receives the RF signal, the reception inductor (possesses the 2nd axis which is directed to the target territory) with, the 1st tuning circuit (with the RF formation vessel and the transmission head possesses the relationship of circuit communication) with, the 2nd tuning circuit (possesses the relationship of circuit communication) with possesses with the reception head and load.< Selective figure >Figure 34標的領域を介してRF信号を結合するRF送受信器。このRF送受信器は、送信ヘッドおよび受信ヘッドを有する。送信ヘッドは、送信インダクタ(標的領域に向けられた第1の軸を有する)と、RF生成器(送信ヘッドを介する送信のための少なくとも1つの成分を有するハイパーサーミア誘導RF信号を生成することが可能であり、このRF信号は、標的細胞と標的細胞に関連付けられたRF吸収エンハンサーとのうちの少なくとも1つを加熱し、標的細胞に熱的なダメージを与えることが可能である)とを有する。受信ヘッドは、RF信号を受信し、受信インダクタ(標的領域に向けられた第2の軸を有する)と、第1の同調回路(RF生成器と送信ヘッドとの間で回路通信関係を有する)と、第2の同調回路(受信ヘッドと負荷との間で回路通信関係を有する)とを有する。【選択図】図34
