Uncertainty Quantification for Superconducting Radio Frequency Single-CellCavities using Probability Sampling Methods

The effect of the uncertainty in the real-life geometry of the Superconducting cavities is non-trivial; HERE we study its effect on certain parameters (R/Q and frequency) of the TM010 and TM110 modes of the TESLA Single-cell cavity. This is done by performing Uncertainty Quantification with replicated Latin Hypercube Sampling. A linear fit of the sampling was also performed, as the coefficients of the approximating model provide measures of sensitivity of the output to the input parameters