Solar Burst Type IV Signature Associated with Solar Prominences on 20th January 2016
ABSTRACT Proceeding from close association between solar eruptions, flare and CMEs, we analyze between burst at 980 MHz to 1270 ...
ABSTRACT Proceeding from close association between solar eruptions, flare and CMEs, we analyze between burst at 980 MHz to 1270 ...
ABSTRACT The relativistic energy electron emission is found to occur only during proton events. Solar prominences usually occur in loop ...
ABSTRACT The log-periodic dipole array (LPDA) consist of an array of dipoles in which there have a different lengths and ...
ABSTRACT Statistical properties of solar radio burst radio type II and III of this work will be highlighted. One of ...
ABSTRACT This article will focus on the solar prominences that occur during the 4th September 2015. On that day, there ...
References Hamidi, Z.S., et al., Magnetic Reconnection of Solar Flare Detected by Solar Radio Burst Type III. Journal of Physics: ...
ABSTRACT A vigorous solar flare event marked on the spectrometer of the CALLISTO data, being one of the highest solar ...
ABSTRACT Using the e-CALLISTO network radio observations on 1st June 2015, we present an analysis of the complex type III ...
ABSTRACT During 13th of May 2015, the solar wind is very high velocity, which is 733 kms-1as compared to 367.5 ...
ABSTRACT This phenomena allow us to explore about suprathermal electron population that produced by plasma-magnetic field interactions in the solar ...
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