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首页> 外文会议>Tenth Joint International Symposium on Atmospheric and Ocean Optics/Atmospheric Physics Part.II Laser Sensing and Atmospheric Physics; Jun 24-28, 2003; Tomsk, Russia >Fundamental character of the field structure in formation of atmospheric and ionospheric layers. Unified field of waves
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Fundamental character of the field structure in formation of atmospheric and ionospheric layers. Unified field of waves

机译：大气层和电离层的形成中场结构的基本特征。统一波场

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摘要

The suggested direction of research is based on the original methodology where plasma, gas, planetary and star systems arc considered as a trial (experimental) material. This material is reactive to the changes of the environment according to the law of conservation of symmetry. It was discovered through the algorithm of symmetry conservation that the layered structure of the atmosphere and the ionosphere is generated by the thin structure of deformation of closed (stable, fixed) waves of density of space-mass continuum, which cany the Earth. In space the continuation of this thin structure is demonstrated by the phenomenon of LDE, inside the planet - by the spheres of compression and underpressure. Cases of closing of corresponding star deformations are seen in novas and supernovas, cases of closing of planet deformations are seen in asteroidal belts. The Earth has a deformation, known as layer F_2 in ionosphere, on the verge of closing of a new wave.
机译：建议的研究方向基于原始方法，其中等离子，气体，行星和恒星系统被认为是试验（实验）材料。根据对称守恒定律，这种材料对环境的变化具有反应性。通过对称守恒算法发现，大气层和电离层的层状结构是由封闭的（稳定的，固定的）空间质量连续体密度波的薄结构产生的，它使地球成为可能。在太空中，这种薄结构的延续通过行星内部的LDE现象-压缩和负压球体得以证明。在新星和超新星中看到了相应的恒星变形闭合的情况，在小行星带中看到了行星变形闭合的情况。地球在即将关闭新波的边缘具有一种变形，在电离层中称为F_2层。

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