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龙卷风形成替代实验的力学分析

Mechanical Analysis of the Substitutive Experiment in Tornado Formation
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摘要 龙卷风是雷雨云底部高速旋转的空气涡旋,其破坏威力远超常规风,是一种杀伤性很强的自然风灾,其产生的机理及其强大的破坏力蕴含着多种力学原理。文章根据龙卷风产生的机理及其运动变化规律,通过运用水、矿泉水瓶制成简易实验装置来进行替代模拟实验,并运用多个力学原理逐一加以解释说明,同时指出替代实验与真实龙卷风的异同之处。 Tornado is a kind of atmosphere swirl which spins at very high speed at the bottom of thunder-cloud ,of which the destructive power is far greater than conventional wind. It is a kind of natural disaster with very strong lethality. The mechanism of production and powerful destruction of tornado contain a variety of mechanic principles. According to the mechanism of production and movement rules of tornado, this paper conducts substitu-tive experiments by using water and water bottles to make a simple experimental installation, and explains these ex-periments one by one by adopting multiple mechanic principles. Meanwhile, it points out that the differences and sameness between the substitutive experiments and real tornado.
作者 梁玉娟 张涛 杨晨毅 罗立江 黄鹏 LIANG Yujuan ZHANG Tao YANG Chenyi LUO Lijiang HUANG Peng(School of Physics and Mechanical & Electronics Engineering, Hechi University,Yizhou, Guangxi 546300, Chin)
出处 《河池学院学报》 2017年第2期59-62,共4页 Journal of Hechi University
基金 2016年国家级 自治区级大学生创新训练资助项目(201610605013 201610605016 201610605068)
关键词 龙卷风 转动惯量 角动量守恒 连续性原理 伯努利方程 Tornado Moment of Inertia conservation of angular momentum continuity principle Ber-noulli equation
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