We describe the theory of a cyclotron maser instability which appears to be a likely source of auroral kilometric radiation and its generation in a laboratory experiment. We then outline plans for future development of the experiment to investigate a wider range of instabilities resulting from the existence of electron beams in a plasma. The basic theory theory underlying a few of these is then discussed.</p
If an initially mainly rectilinear electron beam is subject to significant magnetic compression, the...
When a beam of electrons encounters an increasing magnetic field along its vector of motion, conserv...
One of the best known coherent radio emission mechanisms is the electron cyclotron maser instability...
We describe the theory of a cyclotron maser instability which appears to be a likely source of auror...
When a beam of electrons moves into a converging magnetic field, the velocity distribution function ...
An energetic electron beam can exhibit several types of interesting behaviour when interacting with ...
When a beam of electrons moves into an increasing magnetic field, conservation of the magnetic momen...
Results are presented from a numerical investigation of radiation emission from an electron beam wit...
The interactions of plasmas with non-thermal electron populations can result in instabilities that a...
Cyclotron maser instability is known to be one of the main mechanisms of coherent radio emission in ...
When a beam of electrons encounters an increasing magnetic field along its vector of motion, conserv...
This paper is exploring Auroral Kilometric Radiation modelling it as a cyclotron maser emission from...
If an initially mainly rectilinear electron beam is subject to significant magnetic compression, the...
When a beam of electrons encounters an increasing magnetic field along its vector of motion, conserv...
One of the best known coherent radio emission mechanisms is the electron cyclotron maser instability...
We describe the theory of a cyclotron maser instability which appears to be a likely source of auror...
When a beam of electrons moves into a converging magnetic field, the velocity distribution function ...
An energetic electron beam can exhibit several types of interesting behaviour when interacting with ...
When a beam of electrons moves into an increasing magnetic field, conservation of the magnetic momen...
Results are presented from a numerical investigation of radiation emission from an electron beam wit...
The interactions of plasmas with non-thermal electron populations can result in instabilities that a...
Cyclotron maser instability is known to be one of the main mechanisms of coherent radio emission in ...
When a beam of electrons encounters an increasing magnetic field along its vector of motion, conserv...
This paper is exploring Auroral Kilometric Radiation modelling it as a cyclotron maser emission from...
If an initially mainly rectilinear electron beam is subject to significant magnetic compression, the...
When a beam of electrons encounters an increasing magnetic field along its vector of motion, conserv...
One of the best known coherent radio emission mechanisms is the electron cyclotron maser instability...