Radio bursts provide important diagnostics of energetic phenomena of the Sun. In particular,
bursts in decimetric and metric wavelengths probe the physical conditions and the energy …

Shock waves in the solar corona are closely associated with coronal mass ejections and
flares. The longest-known and frequently studied signatures of coronal shock waves are …

Context. The last few decades have seen numerous studies dedicated to fine structures of
type III radio bursts observed in the meter–decameter wavelengths. Most of the explanations …

Aims. We examine high time resolution dynamic spectra for fine structures in type II solar
radio burstsMethods. We used data obtained with the acousto-optic spectrograph receiver of …

We consider the approach to simultaneous (synchronous) solar observations of radio
emission by using the STEREO-WAVES instruments (frequency range 0.125–16 MHz) and …

An unusual solar burst was observed simultaneously by two decameter radio telescopes
UTR-2 (Kharkov, Ukraine) and URAN-2 (Poltava, Ukraine) on 3 June 2011 in the frequency …

Various types of fine structure in the continuum emission of type-IV radio bursts are
considered as applied to different types of radiation sources, both stationary and moving. In …

We present spectral and imaging LOFAR (LOw-Frequency ARray) observations in the 20–
40 MHz range of solar radio bursts fine structures, such as flag-like, sail-like, and dot-like …

The discussion about the origin of the zebra pattern has been going on for more than 50
years. In many papers it is usually postulated that the double plasma resonance mechanism …

A zebra pattern and a type II burst with band splitting were analyzed to study the coronal
magnetic field in the height range of 1.9–2 solar radii. To this aim we used an extremely …