5 citations · 11 across the 6 of their papers we have counts for
6 papers
Compendium of eigenmodes in third harmonic cavities for FLASH and the XFEL
Ian Reginald Roy Shinton, Nawin Juntong
The resonant modes in the 9cell 3.9GHz bunch shaping cavity designed by FERMILAB in collaboration with DESY [1] and installed in FLASH at DESY were calculated up to the range of 10…
Hom and FP Coupler Design for the NLSF High Gradient SC Cavity
N. Juntong, R. M. Jones
The design of both higher order mode (HOM) and fundamental power (FP) couplers for a unique New Low Surface Field (NLSF) cavity is presented. Here we present a study which uses ILC…
High Gradient Superconducting Cavity with Low Surface EM Fields and Well-Suppressed HOMS for the ILC
N. Juntong, R. M. Jones
We present an optimized geometry for a 1.3 GHz superconducting cavity in which the surface electromagnetic fields have been minimized and the bandwidth of the fundamental mode has…
Higher Order Modes in Third Harmonic Cavities for XFEL/FLASH
I. R. R. Shinton, N. Baboi, N. Eddy +7
We analyse higher order modes in the 3.9 GHz bunch shaping cavities recently installed in the FLASH facility at DESY. We report on recent experimental results on the frequency spec…
High-gradient SRF Cavity with Minimized Surface E.M. Fields and Superior Bandwidth for the ILC
N. Juntong, R. M. Jones
Results are presented on an alternative cavity to the ILC baseline design of TESLA-style SRF main accelerating linacs. This re-optimised shape enhances the bandwidth of the acceler…
SRF cavity geometry optimization for the ILC with minimized surface e.m. fields and superior bandwidth
N. Juntong, R. M. Jones, I. R. R. Shinton
The main linacs of the ILC consist of nine-cell cavities based on the TESLA design. In order to facilitate reaching higher gradients we have re-designed the cavity shape. This lead…