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首页> 外文会议>Pan American Health Care Exchanges Conference >Microwave ablation for breast cancer using a microcoaxial antenna: Thermal comparison between swine breast tissue and breast phantom
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Microwave ablation for breast cancer using a microcoaxial antenna: Thermal comparison between swine breast tissue and breast phantom

机译：使用微压天线微波消融乳腺癌：猪胸腺组织和乳房幻影之间的热比较

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摘要

Thermal interstitial microwave ablation comparison between swine breast tissue and breast phantom using a coaxial antenna was presented. Experimental protocol was composed by a radiation system and a thermometry system. Coaxial antenna works at 2.45 GHz, power apply during experiments was 10 watts for 5 minutes. Thermal sensors were placed next to the antenna, at 0.50 cm, 1 cm and 1.50 cm to the antenna. Data was stored every second in the course of microwave radiation. Thermal sensors next to the antenna present a mean variation of 0.48 ºC, at 0.50 cm to the antenna, average variation is 1.33 ºC, sensors placed at 1 cm have a mean temperature variation of 0.38 ºC, and finally average variation in sensors inserted at1.50 cm to the antenna is 0.09 ºC.
机译：介绍了使用同轴天线的猪胸膜组织和乳房幻影之间的热空性间质微波消融比较。 实验方案由辐射系统和温度系统组成。 同轴天线适用于2.45 GHz，实验期间的电源施用为10瓦，5分钟。 将热传感器置于天线旁边，0.50cm，1cm，1.50cm至天线。 在微波辐射过程中每秒存储数据。 天线旁边的热敏传感器呈现0.48＆＃X00BA; C，在0.50cm到天线的平均变化，平均变化为1.33＆＃X00BA; C，位于1cm的平均温度变化0.38＆＃x00ba ; C，并且最终插入1.50厘米到天线的传感器的平均变化是0.09＆＃x00ba; c。

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