Objective: to expand coagulation zone in liver tissue by improving microwave ablation technique, so as to provide experimental evidence for clinical improvement of local efficacy.
目的：改进微波消融技术以扩大肝组织凝固范围，为临床改善局部疗效提供实验依据。
The results show that the experimental system can be used for simulation of oxygen-rich condition, so that selection of insulation formula and ablation mechanism investigation can be carried out.
结果表明，该系统能够模拟富氧烧蚀环境，可利用该试验方法开展富氧环境下绝热层配方筛选和烧蚀机理研究。
Resonant laser ablation of metal is a very important experimental method, because it can be used as detection technique of trace element with high sensitivity.
金属样品的共振激光烧蚀可以作为一种高灵敏的痕量探测技术，近年来受到越来越广泛的重视。
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