To the question of the formation model of planetary systems of stars

Abstract

О р д е н а Л е н и н а ИНСТИТУТ ПРИКЛАДНОЙ МАТЕМАТИКИ имени М.В.Келдыша Р о с с и й с к о й а к а д е м и и н а у к М.С. Легкоступов К вопросу о модели образования планетных систем звезд Москва-2018 Легкоступов М.С. К вопросу о модели образования планетных систем звезд Представлена модель образования планетных систем звезд, в основе которой лежит зарождение и развитие крупномасштабных гравитационных неустойчивостей (протопланетных колец) в протопланетном диске. Ключевые слова: протосолнечная туманность, коллапс, протопланетный газопылевой диск, гравитационная неустойчивость, протопланетное газопылевое кольцо, планетная система Michail Semenovich Legkostupov To the question of the formation model of planetary systems of stars The model of the formation of planetary systems of stars is presented, which is based on the origin and development of large-scale gravitational instabilities (protoplanetary rings) in a protoplanetary disk.

Electromagnetic Wave Model of Hydrogen and Helium Distribution at the Formation of the Solar System

“…At temperatures below 4000 K, electrons and atomic nuclei will recombine, and the plasma will turn into a neutral gas [28]. In the future, gravitational attraction will come into force, as a result of which protoplanetary rings will be formed, and then the planets of the solar system will appear [6]. However, this stage of the formation of the solar system is not considered in the paper.…”

“…The formation of interstellar clouds began about 2.7 billion years ago [3]. As a result of gravitational compression one of these clouds gave rise to the formation of the solar system, which ended about 4.57 billion years ago [5] According to [6] hereinafter we will call the cloud that gave rise to the solar system the protosolar nebula. Before the formation of the protosolar nebula, at the end of The Epoch of Reionization (before the expiration of 2.7 billion years from the moment the Universe began [7]), helium and hydrogen, apparently, were in the ionization state.…”