新近改进的电磁技术描绘了意大利维苏威火山的电性结构,这一方法的成功应用,显示出这种方法可作为预测火山喷发的非常有效的手段。希望能通过收集活动火山的足够数据形成合适的监视火山的信息基线,并更好地了解其结构。由于远偏置瞬变电磁法利用了现代模拟算法和其强大的计算能力,现今已发展成 The recent improvement of electromagnetics depicts the electrical structure of Mount Vesuvius in Italy. The successful application of this method shows that this method can be used as a very effective means of predicting volcanic eruptions. It is hoped that by gathering enough data on active volcanoes to form a suitable informational baseline for volcanic monitoring and to better understand its structure. Because of the use of modern analog algorithms and their strong computational power, Far-Off Transient Electromagnetic Method