关于太阳上的塞曼效应的发现和在实验室里

Jose Carlos del Toro Iniesta
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引用次数: 10

摘要

在太阳和实验室中发现的磁场对光谱线的作用——即所谓的塞曼效应——的起源进行了研究。这篇论文涵盖了从1866年到1908年这段时间,这是作者所知道的第一个关于太阳黑子光谱线变宽的观测证据(与在光球层中形成的光谱线相比),1908年是太阳黑子磁场被明确发现的一年。1896-1897年和1908年之间的间隔主要是从天体物理学的角度来处理的,尽管实验室实验也有许多重要的贡献。原因有两方面:一方面,塞曼效应对量子力学的发展所起的重要作用,已经在文献中提出了重大的历史研究,这些研究主要涉及实验室光谱,而不是天体物理光谱;另一方面,考虑到第一作者的发现很快就引起了天体物理学界的注意,对塞曼和黑尔的发现之间的相当大的延迟(12年)的理解似乎令人担忧。
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On the discovery of the zeeman effect on the sun and in the laboratory

The origin of the discoveries, both on the Sun and in the laboratory, of the action of a magnetic field on spectral lines—the so-called Zeeman effect—is studied. The paper embraces the period from 1866, first date of which the author is aware of observed evidences about the widening of spectral lines in sunspots (as compared to those formed in the photosphere), until 1908, year in which the magnetic filed in sunspots is definitely discovered. The interval between 1896–1897, and 1908 is mainly dealt with from an astrophysical standpoint, although there are plenty of important contributions from laboratory experiments. The reason is two-fold: on the one hand, the significant role played by the Zeeman effect on the development of quantum mechanics has suggested major historical studies that have already appeared in the literature and that are mainly concerned with laboratory—but not with astrophysical—spectroscopy; on the other hand, the understanding of the sizeable delay between Zeeman's and Hale's discoveries (12 years) seems to be of concern after accounting for the fact that the findings by the first author were soon brought to the notice of the astrophysical community.

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