Add to ORKGThe presence of magnetic fields in all sun-spots and the spectroscopic observations of Evershed and St. John on the revolution of the spot vapors at various levels, seem to prove beyond doubt that sun-spots are vortices. The object of the present paper is to describe some recent experiments bearing on the suggested explanation of double or multiple spots, and the flocculi associated with them
Vortices on the photosphere are fundamentally important as these coherent flows have the potential t...
Until a decade ago most solar physicists thought of a sunspot as the upper end of a giant flux tube ...
Solar activity is controlled by the magnetic field, which also causes the variability of the solar i...
The presence of magnetic fields in all sun-spots and the spectroscopic observations of Evershed and ...
The vortex hypothesis, proposed in 1908, assumes that a sun-spot resembles a vast tornado in which e...
Whirling storms in the earth's atmosphere, from the extensive and moderate cyclone to the small and ...
The extensive fields of force shown by the spectroheliograph in the hydrogen atmosphere surrounding ...
Spontaneous formation of self-organized magnetic structures, such as sunspots and pores, is one of i...
Abstract. Sunspots, seen as cool regions on the surface of the Sun, are a thermal phenomenon. Sunspo...
Sunspots are of basic interest in the study of the Sun. Their relevance ranges from them being an ac...
The solar surface is covered by high-speed jets transporting mass and energy into the solar corona a...
After summarizing the relevant observational data, we discuss how a study of flux tube dynamics in t...
Research in sunspot velocity fields was initiated by Evershed in 1909. He observed that, in general,...
Vortex flows, related to solar convective turbulent dynamics at granular scales and their interplay ...
The magnetic and kinematic configuration of sunspot penumbrae is investigated by performing an inver...
Vortices on the photosphere are fundamentally important as these coherent flows have the potential t...
Until a decade ago most solar physicists thought of a sunspot as the upper end of a giant flux tube ...
Solar activity is controlled by the magnetic field, which also causes the variability of the solar i...
The presence of magnetic fields in all sun-spots and the spectroscopic observations of Evershed and ...
The vortex hypothesis, proposed in 1908, assumes that a sun-spot resembles a vast tornado in which e...
Whirling storms in the earth's atmosphere, from the extensive and moderate cyclone to the small and ...
The extensive fields of force shown by the spectroheliograph in the hydrogen atmosphere surrounding ...
Spontaneous formation of self-organized magnetic structures, such as sunspots and pores, is one of i...
Abstract. Sunspots, seen as cool regions on the surface of the Sun, are a thermal phenomenon. Sunspo...
Sunspots are of basic interest in the study of the Sun. Their relevance ranges from them being an ac...
The solar surface is covered by high-speed jets transporting mass and energy into the solar corona a...
After summarizing the relevant observational data, we discuss how a study of flux tube dynamics in t...
Research in sunspot velocity fields was initiated by Evershed in 1909. He observed that, in general,...
Vortex flows, related to solar convective turbulent dynamics at granular scales and their interplay ...
The magnetic and kinematic configuration of sunspot penumbrae is investigated by performing an inver...
Vortices on the photosphere are fundamentally important as these coherent flows have the potential t...
Until a decade ago most solar physicists thought of a sunspot as the upper end of a giant flux tube ...
Solar activity is controlled by the magnetic field, which also causes the variability of the solar i...