Feldman A, Hagmann M, Roelofs T, Weaver P, Ibana C, Maturan A
Cancer Lett. 1984 May;23(1):73-9. doi: 10.1016/0304-3835(84)90064-8.
We measured the initial rate of energy deposition at S-band (2.455 GHz) for a single-turn grounded insulated coil buried in muscle-equivalent phantom material. Most of the electromagnetic field is confined within the horizontal dimensions of the coil, and 30% or more of the incident energy is deposited at depths up to 1 cm below the coil. We believe that this device, sheathed in biocompatible PTFE teflon, could be implanted in a tumor region and left in situ during the course of a fractionated hyperthermia protocol.
我们测量了埋入肌肉等效体模材料中的单匝接地绝缘线圈在S波段（2.455吉赫兹）的初始能量沉积速率。大部分电磁场被限制在线圈的水平尺寸范围内，并且30%或更多的入射能量沉积在距线圈下方达1厘米深处。我们认为，这种包裹在生物相容性聚四氟乙烯中的装置可以植入肿瘤区域，并在分次热疗方案过程中留在原位。
