The quality factor of an RF cavity and the surface resistance are typically related with a constant geometry factor. The implicit assumption made is that the surface resistance is field independent, which is however not observed experimentally in superconducting cavities. The approximation error due to this assumption becomes larger the less homogeneous the magnetic field distribution along the cavity walls is. In this paper we calculate the surface resistance error for different cavity types. Correction factors as well as a numerical method to correct for this error are presente
The phenomena of radio-frequency vacuum breakdowns is an actual and concrete problem in the physics ...
Superconducting material properties such as energy gap, mean free path or residual resistance are c...
Superconducting cavities made from niobium allow accelerating gradients of about 50 MV/m close to t...
International audienceThe different processes at the origin of the dependence of the surface resista...
The formula R-s = G/Q(0) is commonly used in the calculation of the surface resistance of radio freq...
Cryogenic tests of superconducting cavities yield an average surface resistance as a function of the...
Cryogenic tests of superconducting cavities yield an average surface resistance as a function of the...
Cryogenic tests of superconducting cavities yield an average surface resistance as a function of the...
We present a general method to derive the magnetic field dependence of the surface resistance of sup...
We present a general method to derive the magnetic field dependence of the surface resistance of sup...
We present a general method to derive the magnetic field dependence of the surface resistance of sup...
A theory of surface resistance of superconductor was rigorously formulated by Bardeen, Cooper, Schri...
A theory of surface resistance of superconductor was rigorously formulated by Bardeen, Cooper, Schri...
A theory of surface resistance of superconductor was rigorously formulated by Bardeen, Cooper, Schri...
The phenomena of radio-frequency vacuum breakdowns is an actual and concrete problem in the physics ...
The phenomena of radio-frequency vacuum breakdowns is an actual and concrete problem in the physics ...
Superconducting material properties such as energy gap, mean free path or residual resistance are c...
Superconducting cavities made from niobium allow accelerating gradients of about 50 MV/m close to t...
International audienceThe different processes at the origin of the dependence of the surface resista...
The formula R-s = G/Q(0) is commonly used in the calculation of the surface resistance of radio freq...
Cryogenic tests of superconducting cavities yield an average surface resistance as a function of the...
Cryogenic tests of superconducting cavities yield an average surface resistance as a function of the...
Cryogenic tests of superconducting cavities yield an average surface resistance as a function of the...
We present a general method to derive the magnetic field dependence of the surface resistance of sup...
We present a general method to derive the magnetic field dependence of the surface resistance of sup...
We present a general method to derive the magnetic field dependence of the surface resistance of sup...
A theory of surface resistance of superconductor was rigorously formulated by Bardeen, Cooper, Schri...
A theory of surface resistance of superconductor was rigorously formulated by Bardeen, Cooper, Schri...
A theory of surface resistance of superconductor was rigorously formulated by Bardeen, Cooper, Schri...
The phenomena of radio-frequency vacuum breakdowns is an actual and concrete problem in the physics ...
The phenomena of radio-frequency vacuum breakdowns is an actual and concrete problem in the physics ...
Superconducting material properties such as energy gap, mean free path or residual resistance are c...
Superconducting cavities made from niobium allow accelerating gradients of about 50 MV/m close to t...