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本文叙述了由一种简单的局部热疗法所得到的稳态内部肿瘤温度的模拟:用温热的传导性加热元件组成的平行阵列进行组织间隙治疗。在“传导性加热”过程中,能量只加到间质探针上。邻近的组织通过热传导而被加热。组织间隙传导性加热过程的模拟与在数字计算机上用所要治疗的组织的有限差模型能生物热传输方程所得到的解有关。这些模拟提示了当仔细检查传导性间质温度过高时的完整的温度分布时,温度分布均匀的物质是明显的。除了
This article describes the simulation of steady-state internal tumor temperatures obtained by a simple local hyperthermia procedure: Tissue interspaces are treated with parallel arrays of warm, conductive heating elements. During “conductive heating” energy is applied only to the interstitial probe. Adjacent tissue is heated by heat conduction. Tissue interstitial conduction The simulation of the heating process is related to the solution that can be obtained using the finite difference model of the tissue to be treated on the digital computer by the biothermal heat transfer equation. These simulations suggest that when the complete temperature distribution of the conductive interstitial temperature is too high, the material with a uniform temperature distribution is evident. apart from