The (double) source structure of the radio continuum emission of the more powerful radio sources associated with galaxies is only briefly discussed in Chapter VI. In Chapter VII we gave a fractional luminosity function for these sources. Some evidence is presented that it is not the lack of gas in elliptical and lenticular galaxies which causes the occurrence of the double source structure in these galaxies. The results indicate that the mass of an elliptical or of the bulge component of a lenticular determine whether these galaxies manage to have strong radio continuum emission with a double lobed structure... Zie: Summary
Recently, we have identified a small number of extended radio sources that consist of two double-lob...
We review the statistical properties of the main populations of radio sources, as emerging from radi...
Double-double radio galaxies (DDRGs) offer a unique opportunity for us to study multiple episodes of...
We present four Mpc-sized radio galaxies which consist of a pair of double-lobed radio sources, alig...
We present four Mpc-sized radio galaxies which consist of a pair of double-lobed radio sources, alig...
For the population of active elliptical galaxies associated with powerful double radio sources, it i...
A significant fraction of extended radio sources presents a peculiar X-shaped radio morphology: in a...
A double-double radio galaxy (DDRG) is defined as consisting of a pair of double radio sources with ...
We present four Mpc-sized radio galaxies which consist of a pair of double-lobed radio sources, alig...
In order to investigate effects of galaxy environment on radio emission, we have observed 88 compact...
For a well-defined sample of 95 Fanaroff-Riley type II (FR II) radio galaxies selected from the 3CR ...
We explore radio and spectroscopic properties of a sample of 14 miniature radio galaxies, i.e. earl...
[[abstract]]Elliptical galaxies rotate very slowly, and this rotation affects the way in which gas l...
The large number of differences between high- and low-redshift radio galaxies have almost all been d...
The properties of a sample comprising 44 head-tail galaxies for which radio observations have been p...
Recently, we have identified a small number of extended radio sources that consist of two double-lob...
We review the statistical properties of the main populations of radio sources, as emerging from radi...
Double-double radio galaxies (DDRGs) offer a unique opportunity for us to study multiple episodes of...
We present four Mpc-sized radio galaxies which consist of a pair of double-lobed radio sources, alig...
We present four Mpc-sized radio galaxies which consist of a pair of double-lobed radio sources, alig...
For the population of active elliptical galaxies associated with powerful double radio sources, it i...
A significant fraction of extended radio sources presents a peculiar X-shaped radio morphology: in a...
A double-double radio galaxy (DDRG) is defined as consisting of a pair of double radio sources with ...
We present four Mpc-sized radio galaxies which consist of a pair of double-lobed radio sources, alig...
In order to investigate effects of galaxy environment on radio emission, we have observed 88 compact...
For a well-defined sample of 95 Fanaroff-Riley type II (FR II) radio galaxies selected from the 3CR ...
We explore radio and spectroscopic properties of a sample of 14 miniature radio galaxies, i.e. earl...
[[abstract]]Elliptical galaxies rotate very slowly, and this rotation affects the way in which gas l...
The large number of differences between high- and low-redshift radio galaxies have almost all been d...
The properties of a sample comprising 44 head-tail galaxies for which radio observations have been p...
Recently, we have identified a small number of extended radio sources that consist of two double-lob...
We review the statistical properties of the main populations of radio sources, as emerging from radi...
Double-double radio galaxies (DDRGs) offer a unique opportunity for us to study multiple episodes of...