Dynamics of Quiescent Prominences: Proceedings of the No. 117 Colloquium of the International Astronomical Union, Hvar, SR Croatia, Yugoslavia 1989 [Kõva köide]

Conditions for the formation of prominences as inferred from optical
observations.- Prominence magnetic field observations.- Radio observations of
prominences.- Mass motion in and around prominences.- The prominence-corona
Interface.- Mass and energy flow in prominences.- Support of quiescent
prominences.- Magnetic structure of prominences.- Physical conditions in
prominences.- Diagnostic of prominence magnetic fields.- Formation of a
filament around a magnetic region.- Vector magnetic field and currents at the
footpoint of a loop prominence.- Photospheric field gradient in the
neighbourhood of quiescent prominences.- Evolution of fine structures in a
filament.- Magnetic 'pole-antipole' configuration as an alternative model for
solar plasma loops and sunspots' nature.- On the spatial distribution of
prominence threads.- Micro- and macroinhomogeneities of density in a
quiescent prominence.- High resolution analysis of quiescent prominences at
NSO / Sacramento Peak observatory.- A movie of small-scale Doppler velocities
in a quiescent prominence.- Fibril structure of solar prominences.-
Estimation of the line of sight amplitude of the magnetic field on threads of
an active region prominence.- High resolution observations of motions and
structure of prominence threads.- Observational aspects of a prominence from
HeI 10830 data analysis.- Some observations of the coronal environment of
prominences.- Corona-prominence interface as seen in H-alpha.- Diagnostic
study of prominence- corona interface.- The prominence-corona transition
region analyzed from SL-2 HRTS.- Radio emission from quiescent filaments.-
Dynamical structure of a quiescent prominence.- Dynamics of solar prominence
on December 7, 1978.- Post - flare loops on August 15 - 16, 1989.- Doppler
velocity oscillations in quiescent prominences.- Oscillatory relaxation of an
eruptive prominence.- On oscillations in prominences.- Matter flow velocities
in active region emission loop observed in H- alpha.- Quantitative research
on the velocity field of a loop prominence system.- On the probable
double-loop structure of the flare-like disc object.- An analysis or surges
triggered by a small flare.- Vertical flows in a quiescent filament.-
Distribution of velocities in the pre-eruptive phase of a quiescent
prominence.- Mass motions in a quiescent prominence and an active one.-
Radial velocities of active and quiescent prominences.- Spectral lines
structural features of the active prominence.- An automated procedure for
measurement of prominence transverse velocities.- A three-dimensional model
for solar prominences.- How to form a dip in a magnetic field before the
formation of a solar prominence.- MHD stability of line-tied prominence
magnetic fields.- A model for quiescent solar prominences with normal
polarity.- The nonlinear evolution of magnetized filaments.- Thermal
equilibrium of coronal loops and prominence formation.- Thermal instability
in planar solar coronal structures.- TO The problem of instability of the
solar atmosphere caused by absorption of radiation energy.- Radiative
transfer in cylindrical prominence threads.- HYdrogen line formation in
filamentary prominences.- Toward hydrogen emission in structurally
inhomogeneous prominences.- Linear polarization of hydrogen H? line in
filaments: Method and results of computation.- Multithread structure as a
possible solution for the L? problem in solar prominences.- On the Balmer and
Paschen energy decrements in different brightness prominences.-
Semi-empirical models at different heights of a quiescent prominence.-
Analysis of HeI 10830 a line in a quiescent prominence.- Quiescent filament
"appearances and disappearances".- Numerical simulation of a catastrophe
model for prominence eruptions.- Laws of evolution and destruction of solar
prominences.- Proto-elements of dark solar filaments.- On the behaviour of
the long-living solar filaments.- On some statistical and morphological
characteristics of the quiescent prominences of solar activity cycle N 21.-
Motion of high latitude solar microwave sources and comparison with polar
prominences.- Polar crown filaments and solar differential rotation at high
latitudes.- Hvar reference atmosphere of quiescent prominences.- Plasma
parameters in quiescent prominences.- Summary of IAU colloquium 117, dynamics
of prominences.