This paper discusses the design, fabrication and testing of a high power alumina disk window in WR1500 waveguide at L Band, suitable for use in the NLC damping ring RF cavities at 714 MHz and the LEDA Accelerator at 700 MHz. The design is based on the fabrication methods used for the successful PEP-II cavity windows. Four prototype windows at 700 MHz have been produced by LBNL for testing at LANL. The RF design and simulation using MAFIA, laboratory cold test measurements, fabrication methods and preliminary high power test results are discussed
A 50 kW CW L-Band Rectangular Ceramic Window has been developed for the Jefferson Lab FEL quarter cr...
This report contains a summary of the R&D activities at LBNL on RF cavities for the NLC damping ...
International audienceIn the frame of a R&D effort conducted by CEA toward the design and the qualif...
This paper discusses the design, fabrication and testing of a high power alumina disk window in WR15...
[[abstract]]The successful design of high power windows play an essential role in RF power source de...
RF window designs of the Pillbox type were capable of transmitting peak rf power up to about 10 MW. ...
The successful design of high power windows play an essential role in RF power source development in...
A new planar, ceramic window intended to be used with WR650 waveguide fundamental power couplers at ...
We describe the fabrication and testing of the RF windows designed to transmit power to the PEP-II 4...
The reliability of the radio frequency (RF) windows on the Low Energy Demonstration Accelerator (LED...
We describe the high power testing of RF cavity windows for the PEP-II B factory. The window is desi...
High-current RF cavities that are needed for many accelerator applications are often limited by the ...
The reliability of the radio frequency (RF) windows on the Low Energy Demonstration Accelerator (LED...
Radio frequency (RF) windows are historically a point where failure occurs in input power couplers f...
International audienceCEA/IRFM is conducting R&D efforts in order to validate the critical RF compon...
A 50 kW CW L-Band Rectangular Ceramic Window has been developed for the Jefferson Lab FEL quarter cr...
This report contains a summary of the R&D activities at LBNL on RF cavities for the NLC damping ...
International audienceIn the frame of a R&D effort conducted by CEA toward the design and the qualif...
This paper discusses the design, fabrication and testing of a high power alumina disk window in WR15...
[[abstract]]The successful design of high power windows play an essential role in RF power source de...
RF window designs of the Pillbox type were capable of transmitting peak rf power up to about 10 MW. ...
The successful design of high power windows play an essential role in RF power source development in...
A new planar, ceramic window intended to be used with WR650 waveguide fundamental power couplers at ...
We describe the fabrication and testing of the RF windows designed to transmit power to the PEP-II 4...
The reliability of the radio frequency (RF) windows on the Low Energy Demonstration Accelerator (LED...
We describe the high power testing of RF cavity windows for the PEP-II B factory. The window is desi...
High-current RF cavities that are needed for many accelerator applications are often limited by the ...
The reliability of the radio frequency (RF) windows on the Low Energy Demonstration Accelerator (LED...
Radio frequency (RF) windows are historically a point where failure occurs in input power couplers f...
International audienceCEA/IRFM is conducting R&D efforts in order to validate the critical RF compon...
A 50 kW CW L-Band Rectangular Ceramic Window has been developed for the Jefferson Lab FEL quarter cr...
This report contains a summary of the R&D activities at LBNL on RF cavities for the NLC damping ...
International audienceIn the frame of a R&D effort conducted by CEA toward the design and the qualif...