Add to ORKGThe high power coupler is one of the key components of the superconducting cavity for high current operation The input coupler for the KEKB superconducting cavity is of coaxial type. It has been operated on a beam exceeding 380 kW. We conditioned the input coupler for the next four cavities up to 300kW of input power, while applying a DC bias voltage of up to 2kV on the inner conductor. This RF processing with bias voltage was found to be effective in suppressing multipacting.
Brookhaven National Laboratory took a project of developing a 704 MHz five-cell superconducting RF c...
Using superconducting cavities proved to be a reliable and efficient way to provide RF power to high...
For the ERL injector, superconducting cavities are needed to deliver to the beam 100 kWCW RF power. ...
The superconducting cavity (SCC) for KEKB is 508 MHz single-cell cavity that has large beam pipes (2...
INTRODUCTION The reliability of the input coupler is usually the critical technical issue for the d...
Superconducting cavity resonators offer the advantage of high field intensity for a given input powe...
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...
With superconducting crab cavity, 8 superconducting accelerating cavities were stably operated last ...
Fundamental power couplers for RF particle accelerators are the most important components that inter...
An input coupler with a disk-type coaxial ceramic window has been constructed for the KEKB ARES cavi...
CESR has undergone a phased upgrade to replace its four NRF cavities with four SRF cavities. Details...
The design of a coaxial high power loop coupler for use on a 500 MHz superconducting (SC) accelerati...
An input-coupler was newly designed in the R&D activities of International Linear Collider (ILC)...
A half-cell superconducting rf electron gun is designed to provide 0.5 A, 2 MeV beam for the Brookha...
Brookhaven National Laboratory took a project of developing a 704 MHz five-cell superconducting RF c...
Using superconducting cavities proved to be a reliable and efficient way to provide RF power to high...
For the ERL injector, superconducting cavities are needed to deliver to the beam 100 kWCW RF power. ...
The superconducting cavity (SCC) for KEKB is 508 MHz single-cell cavity that has large beam pipes (2...
INTRODUCTION The reliability of the input coupler is usually the critical technical issue for the d...
Superconducting cavity resonators offer the advantage of high field intensity for a given input powe...
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...
With superconducting crab cavity, 8 superconducting accelerating cavities were stably operated last ...
Fundamental power couplers for RF particle accelerators are the most important components that inter...
An input coupler with a disk-type coaxial ceramic window has been constructed for the KEKB ARES cavi...
CESR has undergone a phased upgrade to replace its four NRF cavities with four SRF cavities. Details...
The design of a coaxial high power loop coupler for use on a 500 MHz superconducting (SC) accelerati...
An input-coupler was newly designed in the R&D activities of International Linear Collider (ILC)...
A half-cell superconducting rf electron gun is designed to provide 0.5 A, 2 MeV beam for the Brookha...
Brookhaven National Laboratory took a project of developing a 704 MHz five-cell superconducting RF c...
Using superconducting cavities proved to be a reliable and efficient way to provide RF power to high...
For the ERL injector, superconducting cavities are needed to deliver to the beam 100 kWCW RF power. ...