In a qualitative sense, the heating of chromospheres and coronae has long been ascribed to either acoustic or magnetic heating. However, quantitative discussions of the energy balance with detailed comparison to the fluxes of chromospheric emission lines have begun to appear only recently. The aim of this work is to observe F stars where magnetic effects might be expected to be rather small, thereby allowing us hopefully to access acoustically heated atmospheres
The final report discusses work completed on proposals to construct state-of-the-art, theoretical, t...
The present state of development of the theory of coronal heating is summarized. Coronal heating is ...
It is widely believed that the heating of the chromosphere in quiet-Sun internetwork regions is prov...
Acoustic and magnetoacoustic waves are considered to be possible agents of chromospheric heating. We...
In the first paper of this series we developed a method to construct theoretical, time-dependent an...
The shock dissipation hypothesis for solar atmospheric heating is extended to stellar chromospheres ...
Several mechanisms may heat the solar chromosphere: acoustic waves, magnetoacoustic waves (slow, fas...
Acoustic and magnetoacoustic waves play an important role in the chromospheric heating, exhibiting t...
We show that inclined magnetic field lines at the boundaries of large-scale convective cells (superg...
The S055 EUV spectra was used to perform emission measure and line intensity ratio analyses of loop ...
Acoustic and magnetoacoustic waves are among the possible candidate mechanisms that heat the upper l...
Theoretical models describing solar coronal heating mechanisms are reviewed in some detail. The requ...
Aims. Our aim is to investigate the role of acoustic and magneto-acoustic waves in heating the solar...
The aim of this paper is to evaluate recent observational and theoretical results concerning the phy...
Recent observational data cast serious doubt on the widely held view that the Sun's corona is heated...
The final report discusses work completed on proposals to construct state-of-the-art, theoretical, t...
The present state of development of the theory of coronal heating is summarized. Coronal heating is ...
It is widely believed that the heating of the chromosphere in quiet-Sun internetwork regions is prov...
Acoustic and magnetoacoustic waves are considered to be possible agents of chromospheric heating. We...
In the first paper of this series we developed a method to construct theoretical, time-dependent an...
The shock dissipation hypothesis for solar atmospheric heating is extended to stellar chromospheres ...
Several mechanisms may heat the solar chromosphere: acoustic waves, magnetoacoustic waves (slow, fas...
Acoustic and magnetoacoustic waves play an important role in the chromospheric heating, exhibiting t...
We show that inclined magnetic field lines at the boundaries of large-scale convective cells (superg...
The S055 EUV spectra was used to perform emission measure and line intensity ratio analyses of loop ...
Acoustic and magnetoacoustic waves are among the possible candidate mechanisms that heat the upper l...
Theoretical models describing solar coronal heating mechanisms are reviewed in some detail. The requ...
Aims. Our aim is to investigate the role of acoustic and magneto-acoustic waves in heating the solar...
The aim of this paper is to evaluate recent observational and theoretical results concerning the phy...
Recent observational data cast serious doubt on the widely held view that the Sun's corona is heated...
The final report discusses work completed on proposals to construct state-of-the-art, theoretical, t...
The present state of development of the theory of coronal heating is summarized. Coronal heating is ...
It is widely believed that the heating of the chromosphere in quiet-Sun internetwork regions is prov...