Some OB stars show variable non-thermal radio emission. The non-thermal emission is due to synchrotron radiation that is emitted by electrons accelerated to high energies. The electron acceleration occurs at strong shocks created by the collision of radiatively-driven stellar winds in binary systems. Here we present results of our modelling of two colliding wind systems: Cyg OB2 No. 8A and Cyg OB2 No. 9
Context. Several early-type colliding-wind binaries are known to emit synchrotron radiation due to r...
Cyg OB2 #9 is one of a small set of non-thermal radio emitting massive O-star binaries. The non-ther...
CONTEXT: Massive binaries have stellar winds that collide. In the colliding-wind region, various phy...
Some OB stars show variable non-thermal radio emission. The non-thermal emission is due to synchrotr...
During recent years some non-thermal radio emitting OB stars have been discovered to be binary or mu...
Context. The wind-wind collision in a massive star binary system leads to the generation of high tem...
Context. The wind-wind collision in a massive star binary system leads to the generation o...
Context. The wind-wind collision in a massive star binary system leads to the generation of high tem...
Aims. Cyg OB2 #8A is a massive O-type binary displaying strong non-thermal radio emission. Owing to ...
We present a theoretical model for the non-thermal radio emission from single hot stars, in terms of...
For some of the brightest O stars, non-thermal radio emission is observed. It is believed that synch...
We present qualitative models for the non-thermal radio emission of single 0 stars, in terms of sync...
Context. Cyg OB2 #9 is one of a small set of non-thermal radio emitting massive O-star binaries. The...
A number of hot stars have radio fluxes that deviate from a simple thermal spectrum. It is generally...
Cyg OB2 #5, #8A, and #9 are binary or multiple massive stars in the Cyg OB2 association displaying s...
Context. Several early-type colliding-wind binaries are known to emit synchrotron radiation due to r...
Cyg OB2 #9 is one of a small set of non-thermal radio emitting massive O-star binaries. The non-ther...
CONTEXT: Massive binaries have stellar winds that collide. In the colliding-wind region, various phy...
Some OB stars show variable non-thermal radio emission. The non-thermal emission is due to synchrotr...
During recent years some non-thermal radio emitting OB stars have been discovered to be binary or mu...
Context. The wind-wind collision in a massive star binary system leads to the generation of high tem...
Context. The wind-wind collision in a massive star binary system leads to the generation o...
Context. The wind-wind collision in a massive star binary system leads to the generation of high tem...
Aims. Cyg OB2 #8A is a massive O-type binary displaying strong non-thermal radio emission. Owing to ...
We present a theoretical model for the non-thermal radio emission from single hot stars, in terms of...
For some of the brightest O stars, non-thermal radio emission is observed. It is believed that synch...
We present qualitative models for the non-thermal radio emission of single 0 stars, in terms of sync...
Context. Cyg OB2 #9 is one of a small set of non-thermal radio emitting massive O-star binaries. The...
A number of hot stars have radio fluxes that deviate from a simple thermal spectrum. It is generally...
Cyg OB2 #5, #8A, and #9 are binary or multiple massive stars in the Cyg OB2 association displaying s...
Context. Several early-type colliding-wind binaries are known to emit synchrotron radiation due to r...
Cyg OB2 #9 is one of a small set of non-thermal radio emitting massive O-star binaries. The non-ther...
CONTEXT: Massive binaries have stellar winds that collide. In the colliding-wind region, various phy...