Add to ORKGSuperconducting single- and multi-spoke cavities have been designed to-date for particle velocities from β0 ~ 0.15 to β0 ~ 0.65. Superconducting spoke cavities may also be of interest for higher-velocity, low-frequency applications, either for hadrons or electrons. We present the design of spoke cavities optimized for β0 = 0.8 and β0 = 1
To date, superconducting spoke cavities have been designed, developed, and tested for particle veloc...
To date, superconducting spoke cavities have been designed, developed, and tested for particle veloc...
Superconducting spoke cavities have been designed and tested for particle velocities up to {beta}{su...
Superconducting single- and multi-spoke cavities have been designed to-date for particle velocities ...
Superconducting single- and multi-spoke cavities have been designed to-date for particle velocities ...
Superconducting single- and multi-spoke cavities have been designed to-date for particle velocities ...
Superconducting single- and multi-spoke cavities have been designed to-date for particle velocities ...
Superconducting spoke cavities have been designed and tested for particle velocities up to β0 ~ 0.6 ...
To date, superconducting spoke cavities have been designed, developed, and tested for particle veloc...
To date, superconducting spoke cavities have been designed, developed, and tested for particle veloc...
To date, superconducting spoke cavities have been designed, developed, and tested for particle veloc...
In response to recent interest in alternatives to TM-type cavities for low-frequency, high-velocity ...
To date, superconducting spoke cavities have been designed, developed, and tested for particle veloc...
To date, superconducting spoke cavities have been designed, developed, and tested for particle veloc...
To date, superconducting spoke cavities have been designed, developed, and tested for particle veloc...
To date, superconducting spoke cavities have been designed, developed, and tested for particle veloc...
To date, superconducting spoke cavities have been designed, developed, and tested for particle veloc...
Superconducting spoke cavities have been designed and tested for particle velocities up to {beta}{su...
Superconducting single- and multi-spoke cavities have been designed to-date for particle velocities ...
Superconducting single- and multi-spoke cavities have been designed to-date for particle velocities ...
Superconducting single- and multi-spoke cavities have been designed to-date for particle velocities ...
Superconducting single- and multi-spoke cavities have been designed to-date for particle velocities ...
Superconducting spoke cavities have been designed and tested for particle velocities up to β0 ~ 0.6 ...
To date, superconducting spoke cavities have been designed, developed, and tested for particle veloc...
To date, superconducting spoke cavities have been designed, developed, and tested for particle veloc...
To date, superconducting spoke cavities have been designed, developed, and tested for particle veloc...
In response to recent interest in alternatives to TM-type cavities for low-frequency, high-velocity ...
To date, superconducting spoke cavities have been designed, developed, and tested for particle veloc...
To date, superconducting spoke cavities have been designed, developed, and tested for particle veloc...
To date, superconducting spoke cavities have been designed, developed, and tested for particle veloc...
To date, superconducting spoke cavities have been designed, developed, and tested for particle veloc...
To date, superconducting spoke cavities have been designed, developed, and tested for particle veloc...
Superconducting spoke cavities have been designed and tested for particle velocities up to {beta}{su...