LINAC2012 - List of Authors (Hopper, C.S.)

Paper	Title	Page
SUPB026	Multipacting Analysis of High-velocity Superconducting Spoke Resonators	68
	C.S. Hopper, J.R. Delayen ODU, Norfolk, Virginia, USA
	Some of the advantages of superconducting spoke cavities are currently being investigated for the high-velocity regime. When determining a final, optimized geometry, one must consider the possible limiting effects multipacting could have on the cavity. We report on the results of analytical calculations and numerical simulations of multipacting electrons in superconducting spoke cavities and methods for reducing their impact.

MOPB056	Multipacting Analysis of High-Velocity Superconducting Spoke Resonators	303
	C.S. Hopper, J.R. Delayen ODU, Norfolk, Virginia, USA
	Some of the advantages of superconducting spoke cavities are currently being investigated for the high-velocity regime. When determining a final, optimized geometry, one must consider the possible limiting effects multipacting could have on the cavity. We report on the results of analytical calculations and numerical simulations of multipacting electrons in superconducting spoke cavities and methods for reducing their impact.

MOPB072	Multipole Expansion of the Fields in Superconducting High-Velocity Spoke Cavities	345
	R.G. Olave, J.R. Delayen, C.S. Hopper ODU, Norfolk, Virginia, USA
	Multi-spokes superconducting cavities in the high-beta regime are being considered for a number of applications. In order to accurately model the dynamics of the particles in such cavities, knowledge of the fields off-axis are needed. We present a study of the multipoles expansion of the fields from an EM simulation field data for a two-spoke cavity operating at 325 MHz, β = 0.82 and 500 MHz, β = 1.

Paper

Title

Page

Multipacting Analysis of High-velocity Superconducting Spoke Resonators

68

C.S. Hopper, J.R. Delayen
ODU, Norfolk, Virginia, USA

Some of the advantages of superconducting spoke cavities are currently being investigated for the high-velocity regime. When determining a final, optimized geometry, one must consider the possible limiting effects multipacting could have on the cavity. We report on the results of analytical calculations and numerical simulations of multipacting electrons in superconducting spoke cavities and methods for reducing their impact.

MOPB056

Multipacting Analysis of High-Velocity Superconducting Spoke Resonators

303

C.S. Hopper, J.R. Delayen
ODU, Norfolk, Virginia, USA

Some of the advantages of superconducting spoke cavities are currently being investigated for the high-velocity regime. When determining a final, optimized geometry, one must consider the possible limiting effects multipacting could have on the cavity. We report on the results of analytical calculations and numerical simulations of multipacting electrons in superconducting spoke cavities and methods for reducing their impact.

MOPB072

Multipole Expansion of the Fields in Superconducting High-Velocity Spoke Cavities

345

R.G. Olave, J.R. Delayen, C.S. Hopper
ODU, Norfolk, Virginia, USA

Multi-spokes superconducting cavities in the high-beta regime are being considered for a number of applications. In order to accurately model the dynamics of the particles in such cavities, knowledge of the fields off-axis are needed. We present a study of the multipoles expansion of the fields from an EM simulation field data for a two-spoke cavity operating at 325 MHz, β = 0.82 and 500 MHz, β = 1.