In this paper we present preliminary results on the solar differential rotation measured tracing coronal bright points in SDO/AIA images. An automatic recognition method was applied to the series of images taken in the test period, 1-2 January 2011. Coronal bright points are suitable tracers for the determination of the solar differential rotation, because they are localized objects which are very well distributed over solar disc. Results presented in this paper show that the SDO/AIA data are very useful for that aim, due to the high spatial and temporal resolution of the images
Context. Kanzelhöhe Observatory for Solar and Environmental Research (KSO) provides daily multispect...
This is a major study of the rotation of the corona throughout a solar activity cycle. For the first...
I present results of two studies conducted using the STEREO COR1 coronagraph: single- and dual-space...
Context. Coronal bright points (CBP) are ubiquitous small brightenings in the solar corona associate...
Coronal Bright Points are one of many Solar manifestations that provide scientists evi-dences of its...
Context. It is possible to detect and track coronal bright points (CBPs) in Solar Dynamics Observato...
Coronal bright points (CBPs) are useful features that can be used to calculate solar rotation even w...
Full-disc solar images obtained with the Extreme Ultraviolet Imaging Telescope (EIT) on board the So...
Aims. We precisely determine the solar rotation velocity during most of the 23rd solar cycle, in the...
Full-disc solar images obtained with the Extreme Ultraviolet Imaging Telescope (EIT) on board the S...
Aims. Our aim is to identify and trace the X-ray bright points (XBPs) over the disc and use them as ...
Context. The corona of the Sun is the part of the solar atmosphere with temperatures of over one mil...
Accurate measurements of the solar differential rotation parameters are necessary for understanding ...
Synoptic observations of the O VI 1032 A spectral line from the UltraViolet Coronagraph Spectrometer...
Information on the rotation rate of the corona, and its variation over latitude and solar cycle, is ...
Context. Kanzelhöhe Observatory for Solar and Environmental Research (KSO) provides daily multispect...
This is a major study of the rotation of the corona throughout a solar activity cycle. For the first...
I present results of two studies conducted using the STEREO COR1 coronagraph: single- and dual-space...
Context. Coronal bright points (CBP) are ubiquitous small brightenings in the solar corona associate...
Coronal Bright Points are one of many Solar manifestations that provide scientists evi-dences of its...
Context. It is possible to detect and track coronal bright points (CBPs) in Solar Dynamics Observato...
Coronal bright points (CBPs) are useful features that can be used to calculate solar rotation even w...
Full-disc solar images obtained with the Extreme Ultraviolet Imaging Telescope (EIT) on board the So...
Aims. We precisely determine the solar rotation velocity during most of the 23rd solar cycle, in the...
Full-disc solar images obtained with the Extreme Ultraviolet Imaging Telescope (EIT) on board the S...
Aims. Our aim is to identify and trace the X-ray bright points (XBPs) over the disc and use them as ...
Context. The corona of the Sun is the part of the solar atmosphere with temperatures of over one mil...
Accurate measurements of the solar differential rotation parameters are necessary for understanding ...
Synoptic observations of the O VI 1032 A spectral line from the UltraViolet Coronagraph Spectrometer...
Information on the rotation rate of the corona, and its variation over latitude and solar cycle, is ...
Context. Kanzelhöhe Observatory for Solar and Environmental Research (KSO) provides daily multispect...
This is a major study of the rotation of the corona throughout a solar activity cycle. For the first...
I present results of two studies conducted using the STEREO COR1 coronagraph: single- and dual-space...