There are many different types of rf high power couplers operated in the various existing accelerators at DESY. However the main effort of coupler development is actually done at the TTF activity. Con-sequently this report concentrates on TTF input couplers. The TESLA project needs for it's superconducting cavities input couplers with unusual features be-sides high performance and very high reliability. Reliability is a strict requirement because partial or complete exchange of a coupler after installation to a cryomodule might imply disassembling of more or less a whole module and danger of contamination to the cavities. In reference to this both coupler types which were developed for the first TTF module are conside-red as prototypes...
A superstructure of cavities has been proposed for the superconducting TESLA Linear Accelerator whic...
For the new baseline APT (Accelerator Production of Tritium) linac design, the power couplers are re...
Fundamental power couplers (FPC's) for superconducting cavities must meet very strict requirements t...
Different RF power couplers for the TESLA Test Facility (TTF) [1] are under development and operatio...
Fundamental power couplers for RF particle accelerators are the most important components that inter...
Fundamental power couplers for RF particle accelerators are the most important components that inter...
Fundamental power couplers for RF particle accelerators are the most important components that inter...
In the context of a collaboration between LAL (Orsay) and DESY (Hamburg) a programme of development ...
As part of the R&D effort of the TTF collaboration, an in-put power coupler development programm...
While many laboratories plan to use TESLA-like cavities and/or cryomodules in CW regime, the TTF-III...
for the TESLA collaboration* At DESY one major activity in the field of RF superconductivity is the ...
While many successful high power fundamental input couplers have been developed over years for super...
While many successful high power fundamental input couplers have been developed over years for super...
A superstructure of cavities has been proposed for the superconducting TESLA Linear Accelerator whic...
The TESLA input coupler has to transfer 200 kW of RF power to the beam and handle power levels up to...
A superstructure of cavities has been proposed for the superconducting TESLA Linear Accelerator whic...
For the new baseline APT (Accelerator Production of Tritium) linac design, the power couplers are re...
Fundamental power couplers (FPC's) for superconducting cavities must meet very strict requirements t...
Different RF power couplers for the TESLA Test Facility (TTF) [1] are under development and operatio...
Fundamental power couplers for RF particle accelerators are the most important components that inter...
Fundamental power couplers for RF particle accelerators are the most important components that inter...
Fundamental power couplers for RF particle accelerators are the most important components that inter...
In the context of a collaboration between LAL (Orsay) and DESY (Hamburg) a programme of development ...
As part of the R&D effort of the TTF collaboration, an in-put power coupler development programm...
While many laboratories plan to use TESLA-like cavities and/or cryomodules in CW regime, the TTF-III...
for the TESLA collaboration* At DESY one major activity in the field of RF superconductivity is the ...
While many successful high power fundamental input couplers have been developed over years for super...
While many successful high power fundamental input couplers have been developed over years for super...
A superstructure of cavities has been proposed for the superconducting TESLA Linear Accelerator whic...
The TESLA input coupler has to transfer 200 kW of RF power to the beam and handle power levels up to...
A superstructure of cavities has been proposed for the superconducting TESLA Linear Accelerator whic...
For the new baseline APT (Accelerator Production of Tritium) linac design, the power couplers are re...
Fundamental power couplers (FPC's) for superconducting cavities must meet very strict requirements t...