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Large blood vessel effect on thermal ablation with a water-cooled microwave antenna

机译:大血管对水冷微波天线进行热消融的影响

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Based on the Pennes bioheat transfer equation, location and flow rate of a large blood vessel effect on microwave thermal ablation was analyzed, in which the convection heat transfer of the cooling water was involved. Numerical results showed when the distance between the antenna and a blood vessel exceeded 20mm; the ablation area was elliptical-like. The blood vessel effect on the ablation can be ignored. Doctor needn't operate the blood vessel blockade before microwave thermal therapy. But when distance was less than 10mm, the other side of blood vessel also has been coagulated. Flow rate effect on the ablation area is small.
机译:基于Pennes生物传热方程,分析了大血管对微波热消融作用的位置和流速,其中涉及冷却水的对流传热。数值结果表明,天线与血管之间的距离超过20mm时;消融区域为椭圆形。血管对消融的影响可以忽略。在微波热疗之前,医生无需操作血管阻塞。但是,当距离小于10mm时,血管的另一侧也已凝结。流速对消融区域的影响很小。

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