The mm-Wave Sheet-Beam Klystron
The planar electron accelerating structures recently proposed by
our institute suffer from the availability
of a reasonable power source. -
For instance, the mm-wave klystrons offered by
CPI (Communications and Power
Industries), formerly a division of
VARIAN, are capable of producing about
1 kW peak power "only". -
The limitation on output power of the conventional round beam klystron
is due to keeping a moderate current density while operating the beam
tube well below cutoff. The sheet beam klystron can alleviate
that problem. The current density can be kept at a moderate level
achieving a high total current by flattening out the beam.
To be continued later ...
Papers:
- S. Solyga
Darstellung elektromagnetischer Felder mittels spezieller
Potentialfunktionen
Diplomarbeit, September 1994
Folien (Verteidigung)
- S. Solyga and W. Bruns:
Cavity Design for a Planar mm-Wave Sheet Beam Klystron
contributed paper EPAC'96; TET-NOTE 96/01, July 1996
*.ps.gz version
- S. Solyga
Spreading and Perveance of Round and Sheet Electron Beams
TET-NOTE 97/16, November 1997
*.ps.gz version
- S. Solyga and H. Henke
Two-Dimensional Design of a Low Voltage mm-Wave Sheet Beam Klystron
ITG-Conf. Displays & Vacuum Electr., April 1998; TET-NOTE 98/01, January 1998
*.ps.gz version
- S. Solyga
On the Transverse Dependence of the Shunt Impedance in 2-Dimensional Muffin-Tin Structures
TET-NOTE 98/05, April 1998
*.ps.gz version
- S. Solyga, H. Henke and W. Bruns
Output Cavity Studies for a Low Voltage mm-Wave Sheet Beam Klystron
contributet paper EPAC'98; TET-NOTE 98/07, April 1998
*.ps.gz version
- S. Solyga
One-Dimensional Space Charge Waves -
Small Signal Theory and Applications
TET-NOTE 2000/06, July 2000
- S. Solyga
Energieauskopplung im gewöhnlichen Klystron -
Eindimensionale lineare Theorie
TET-NOTE 2001/03, November 2001
- S. Solyga
Theoretischer Entwurf eines Millimeterwellenklystrons
mit bandförmigem Elektronenstrahl
Dissertation, November 2003
More papers can be found here.
Me and Warner (f.l.t.r.) after finishing the EPAC paper at 8 am,
proving one of HENKE's theorems. Here:
If you care about your health - and, of course, the results -,
start your work early.
We did -- as early as we could.
related pages:
Conference pages:
Other sheet beam papers:
Send me Mail
or jump to:
My,
Department or
University Homepage.
last modified: Thu Feb 4 23:04:53 CET 2010 @beast