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Chromospheric and Coronal Heating Mechanisms II
U. Narain and P. Ulmschneider
Space Science Reviews 75, 453-509 (Feb 1996)
 
Chromospheric and coronal heating mechanisms
U. Narain and P. Ulmschneider
Space Science Reviews 54, 377-445 (Dec 1990)
Very good review on stellar chromospheric heating and coronal heating of late-type stars
 
The luminous blue variables: Astrophysical geysers
R. Humphreys and K. Davidson
Publications of the ASP 106, 1025-51 (Oct 1994)
 
How strong is the evidence of superionization and large mass outflows in B/Be stars? II - The C IV and SI IV lines in the UV spectra of V 767 Cen, omicron And, Theta CrB, Lambda Eri, and 59 CYG
I. Hubeny, P. Harmanec, and S. Stefl
Bulletin of the Astronomical Institutes of Czechoslovakia 37, 370-82 (Nov 1986)
 
Further spectrographic observations of GG Carinae
C. Hernandez et al.
Publications of the ASP 93, 747-51 (Dec 1981)
 
The spectrum of the Be star HD 110432
S. Codina et al.
Astronomy and Astrophysics, Supplement 57, 239-47 (Aug 1984)
 
Mass loss rate and atmospheric turbulence of the B2 hypergiant HD 80077
J. Carpay et al.
Astronomy and Astrophysics 216, 143-7 (Jun 1989)
 
Eigenfrequencies and optimal driving frequencies of 1D non-uniform magnetic flux tubes
adsabs.harvard.edu
@article{8032, author = {Stenuit, H. and Keppens, R. and Goossens, M.}, format = {print}, journal = {Astron. Astrophys.}, keywords = {Magnetohydrodynamics, Numerical methods, Oscillations, Photosphere, Sunspots}, pages = {392--404}, refdb_id = {http://solarphysics.livingreviews.org/refdb/record/8032}, title = {Eigenfrequencies and optimal driving frequencies of 1D non-uniform magnetic flux tubes}, volume = {331}, year = {1998} }
 
Wave propagation in a magnetically structured atmosphere. II – Waves in a Magnetic Slab
adsabs.harvard.edu
@article{8016, author = {Roberts, B.}, format = {print}, journal = {Solar Phys.}, keywords = {Atmosphere, Corona, Fourier analysis, Inhomogeneity, Magnetic fields, Magnetoacoustic waves, Magnetohydrodynamic waves, Photosphere, Pressure effects, Propagation velocity, Thermodynamic equilibrium, Wave propagation}, pages = {39--56}, refdb_id = {http://solarphysics.livingreviews.org/refdb/record/8016}, title = {Wave propagation in a magnetically structured atmosphere. II -- Waves in a Magnetic Slab}, volume = {69}, year = {1981} }
 
Wave propagation in a magnetically structured atmosphere. I – Surface waves at a magnetic interface.
adsabs.harvard.edu
@article{8015, author = {Roberts, B.}, format = {print}, journal = {Solar Phys.}, keywords = {Atmosphere, Corona, Fourier analysis, Inhomogeneity, Magnetic fields, Magnetoacoustic waves, Magnetohydrodynamic waves, Photosphere, Pressure effects, Propagation velocity, Surface waves, Thermodynamic equilibrium, Wave propagation}, pages = {27--38}, refdb_id = {http://solarphysics.livingreviews.org/refdb/record/8015}, title = {Wave propagation in a magnetically structured atmosphere. I -- Surface waves at a magnetic interface.}, volume = {69}, year = {1981} }

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