龙卷风骨架结构的证据及纳米管尘埃在龙卷风起源中的可能作用
Evidences for skeletal structures in tornado and the probable role of nanotubular dust in the origin of tornado
摘要：
本文利用图像多级动态对比方法，对现有的龙卷风图像数据库进行了分析。这一分析扩展了一些初步的结果，在龙卷风的骨骼结构识别（物理快报。A 306（2002）175），并且使我们能够将我们以前的假设应用于龙卷风的情况，即纳米管灰尘在放电中骨骼形式的寄生结构的起源和稳定性/寿命中的可能作用。提出了一种假设，即纳米管粉尘对龙卷风发生的贡献，其中一个关键的作用是传递给雷暴云内的假设骨架提供快速长距离电力传输的能力。因此，龙卷风的启动被认为是一种静电不稳定性所造成的唯一的存在和特殊结构的纳米粉尘。
英文摘要：
The results are presented of an analysis, with the help of the method of multilevel dynamical contrasting of the images, of available databases of the images of tornado. This analysis extends some preliminary results on identification of skeletal structures in tornadoes (Phys. Lett. A 306 (2002) 175) and enables us to apply to the case of tornado our former hypothesis for the probable role of nanotubular dust in the origin and stability/longevity of filamentary structures of a skeletal form in electric discharges. A hypothesis for the contribution of nanotubular dust to initiation of tornadoes is suggested, in which a key role is delivered to ability of the hypothetical skeleton inside the thundercloud to provide fast long-range transport of electricity. Thus, initiation of tornado is suggested to be an electrostatic instability caused exclusively by the presence and special structuring of a nanodust.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
