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arXiv 2005.10802astro-ph.SR
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在Beta Lyrics系统中磁化空间结构的形成。I.观察作为这一现象的研究背景

Formation of magnetized spatial structures in the Beta Lyrae system. I. Observation as a research background of this phenomenon

M. Yu. Skulskyy

摘要:

施主磁场的发现一再提出了深入研究这一现象的任务,这是基于磁场对β Lyrics系统中气体结构形成和质量传递过程的影响的概念。本文提供了一个概述,分析和合成的各种长期观测的结果作为必要的基础,进一步澄清的问题,主要是在磁化气体结构的研究。作为这种研究的一部分,发现施主和增益者之间的气流结构以某种方式根据轨道周期的相位而变化;因此,施主磁场影响这些移动磁化结构的形成。对这两种成分的质量进行分析以用于进一步的科学工作表明,以下值是最佳的:捐赠者为2.9 M_sun,获得者为13 M_sun。将伴线作为一种特定现象进行研究,得出围绕着增益器的吸积盘由两部分组成:外部的伴盘和内部的大质量不透明盘。从对磁场的所有观测和研究的分析来看,6米望远镜的观测可以被认为是最可靠的。它们形成了施主磁场的空间位形,这对研究和理解该相互作用体系的传质特性具有重要意义。关于磁化吸积结构的图像作为特殊现象的进一步证据将在下面的文章中提出。

英文摘要:

The discovery of the donor magnetic field has repeatedly posed the task of a thorough study of the phenomenon, which is based on the concept of the influence of the magnetic field on the processes of the formation of gaseous structures and mass transfer in the Beta Lyrae system. This article provides an overview, analysis, and synthesis of the results of a variety of long-term observations as a necessary basis for further clarification of issues aimed primarily at the study of magnetized gaseous structures. As a part of such a study, it was found that the structure of the gaseous flows between the donor and the gainer varies in some way depending on the phases of the orbital period; and, accordingly, that the donor magnetic field influences the formation of these moving magnetized structures. The analysis of the masses of both components for use in further scientific works suggests that the following values are optimal: 2.9 M_sun for the donor and 13 M_sun for the gainer. The study of satellite lines as a certain phenomenon leads to the fact that the accretion disk surrounding the gainer consists of two parts: the external satellite disk and the internal massive opaque disk. From the analysis of all observations and studies of the magnetic field, observations on the 6-m telescope can be considered the most reliable. They have formed the spatial configuration of the donor magnetic field, which is important for studying and understanding the features of the mass transfer in this interacting system. Further evidence regarding the picture of the magnetized accretion structures as the special phenomenon will be presented in the following articles.

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。

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