Titlebook: Astrophysical Jets; Proceedings of an In A. Ferrari,A. G. Pacholczyk Conference proceedings 1983 D. Reidel Publishing Company, Dordrecht, H

Optimum

antecedence

0067-0057 ame of the Scientific Committee). I attempted to focus the attention of participants on the fact that, in many instances, we tend to discuss jets in terms of simple physics, more or less as one did at the time extragalactic radio sources were discovered: for instance, we still use equipartition argu

Lipoprotein

Lyme-disease

seruting

Small Scale Structure of Nonthermal Radio Sources,k radio sources (Seyfert galaxies and mildly active “normal” galaxies), 7. Concluding remarks. The tables attached include lists of objects and samples observed by VLBI (and reported about during the publication period 1981/1982) and of nearby galaxies detected with VLBI.

bromide

Bent Jets and Tailed Radio Galaxies,axies can provide a strong constraint on the average velocity of the plasma flow -- a contraint not possible for straight jets. It is also shown that the wide-angle tailed sources must be bent by a mechanism other than dynamic pressure resulting from motion through the ICM.

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Physical Properties of the Jet in NGC6251,885 MHz, and a resolution of 50″ at 1446 and 1662 MHz. The resulting maps (e.g. Figure 1) give exceptionally detailed information on the distributions of the total and polarized intensities over the jet.

Gustatory

Jet-Like Structures in Low Frequency Variable Sources,that a large number of these sources display a jet-like structure on angular scale of milliarcseconds. Furthermore, observations on arcsecond scale show that very often the sources have large scale structures in addition to their compact core.

FLORA

Rapid Variability of 3C273 at 300 GHz,we observed a sudden drop in flux density by 11.6 ± 2.9 Jy (spectral index assumed to be zero, and all known errors included). In an interpretation with the model of bulk relativistic motion we can combine the brightness temperature inferred with the observed superluminal motion and derive strict limits on the model parameters.