A 5 GHz study was carried out to study the fine-structure of five head-tail radio sources detected in three clusters: A2022, A2256, and A2462. The pattern of the trail deduced from a combination of observations of A2022 at three different frequencies is analyzed. It is noted that the observed widening of the tail is close to what is expected in the local Hubble expansion, for a relatively low galaxy velocity of 75 km/sec. The head-tail radio source C in A2256 is still unresolved at 5 GHz. Assuming the radio source to be confined by the intergalactic medium, a high value of the density and temperature product for the intergalactic medium in this cluster is implied. The complex radio source in A2462 has been identified with a dominant E galax...
The paper considers the mapping of the complex radio emission from the X-ray cluster Abell 2256. The...
The galaxy cluster Abell 2256 is a prime target for a study at low radio frequencies, because of the...
none1noWe report on new Very Large Array (VLA) radio observations performed at 1.4 and 4.8 GHz with ...
A 5 GHz study was carried out to study the fine-structure of five head-tail radio sources detected i...
Aims. Low-frequency radio observations of galaxy clusters are the key to detecting the diffuse exten...
Maps of the radio-brightness distribution at 5, 1.4, and 0.6 GHz of the wide-angle head-tail radio s...
Observations of the wide-angle-tail (WAT) object associated with NGC 2329 in the A 569 cluster of ga...
Westerbork observations at 610 MHz of the halo radio source in the Coma cluster are presented. It is...
Aims. Low-frequency radio observations of galaxy clusters are the key to detecting the diffuse exte...
The cluster of galaxies known as 2A0335+096 has been surveyed at 327MHz using the Ooty Synthesis Rad...
The properties of a sample comprising 44 head-tail galaxies for which radio observations have been p...
We present the discovery of a single radio relic located at the edge of the galaxy cluster A2384, us...
We have observed the prototypical wide-angle tail (WAT) radio galaxy 3C465 with Chandra and XMM-Ne...
An area of 1.6 deg in radius about the centre of the Cancer Cluster has been surveyed at 610 MHz wit...
Clusters of galaxies are the most massive and large gravitationally bounded systems in the whole Uni...
The paper considers the mapping of the complex radio emission from the X-ray cluster Abell 2256. The...
The galaxy cluster Abell 2256 is a prime target for a study at low radio frequencies, because of the...
none1noWe report on new Very Large Array (VLA) radio observations performed at 1.4 and 4.8 GHz with ...
A 5 GHz study was carried out to study the fine-structure of five head-tail radio sources detected i...
Aims. Low-frequency radio observations of galaxy clusters are the key to detecting the diffuse exten...
Maps of the radio-brightness distribution at 5, 1.4, and 0.6 GHz of the wide-angle head-tail radio s...
Observations of the wide-angle-tail (WAT) object associated with NGC 2329 in the A 569 cluster of ga...
Westerbork observations at 610 MHz of the halo radio source in the Coma cluster are presented. It is...
Aims. Low-frequency radio observations of galaxy clusters are the key to detecting the diffuse exte...
The cluster of galaxies known as 2A0335+096 has been surveyed at 327MHz using the Ooty Synthesis Rad...
The properties of a sample comprising 44 head-tail galaxies for which radio observations have been p...
We present the discovery of a single radio relic located at the edge of the galaxy cluster A2384, us...
We have observed the prototypical wide-angle tail (WAT) radio galaxy 3C465 with Chandra and XMM-Ne...
An area of 1.6 deg in radius about the centre of the Cancer Cluster has been surveyed at 610 MHz wit...
Clusters of galaxies are the most massive and large gravitationally bounded systems in the whole Uni...
The paper considers the mapping of the complex radio emission from the X-ray cluster Abell 2256. The...
The galaxy cluster Abell 2256 is a prime target for a study at low radio frequencies, because of the...
none1noWe report on new Very Large Array (VLA) radio observations performed at 1.4 and 4.8 GHz with ...