Add to ORKGThis note explains the reasoning behind the choice of the geometric betas for the superconducting cavities of the SPL
to be published in Nuclear Physics B (Proceedings Supplement)An optimization of the CERN-SPL beam li...
The subject of this paper is a review of superconducting cavities for accelerator application ($\bet...
In this paper is analysed the influence of Higher Order Modes (HOM) on the operation of the supercon...
SPL is a superconducting H- linac under study at CETN. The beam will be accelerated from 160 MeV of ...
The use of low- and intermediate-beta superconducting cavities, once confined to low current heavy i...
A proton linear accelerator with energies beyond 1.0 GeV has been proposed in [1] where the LEP2 sup...
In order to set up a powerful proton source for a future Neutrino Factory, increasing at the same t...
Superconducting radio frequency (SRF) linacs have been one of the structures of choice in the intens...
It is generally noted that at an undulator straight section, the horizontal beta function is made to...
The Spallation Neutron Source project includes a superconducting linac section in the energy range f...
An algorithm for optimization of the multicell cavity cells is proposed. Inner cells are optimized f...
Heavy duty or cw, superconducting proton and heavy ion accelerators are being proposed and construct...
In this paper a linear regression analysis is used to analyze the behavior of the inner cell of an e...
The parallel-bar structure is a new superconducting geometry [1] whose features and properties may h...
Reproducible operation at high performances of superconducting cavities is required for linear accel...
to be published in Nuclear Physics B (Proceedings Supplement)An optimization of the CERN-SPL beam li...
The subject of this paper is a review of superconducting cavities for accelerator application ($\bet...
In this paper is analysed the influence of Higher Order Modes (HOM) on the operation of the supercon...
SPL is a superconducting H- linac under study at CETN. The beam will be accelerated from 160 MeV of ...
The use of low- and intermediate-beta superconducting cavities, once confined to low current heavy i...
A proton linear accelerator with energies beyond 1.0 GeV has been proposed in [1] where the LEP2 sup...
In order to set up a powerful proton source for a future Neutrino Factory, increasing at the same t...
Superconducting radio frequency (SRF) linacs have been one of the structures of choice in the intens...
It is generally noted that at an undulator straight section, the horizontal beta function is made to...
The Spallation Neutron Source project includes a superconducting linac section in the energy range f...
An algorithm for optimization of the multicell cavity cells is proposed. Inner cells are optimized f...
Heavy duty or cw, superconducting proton and heavy ion accelerators are being proposed and construct...
In this paper a linear regression analysis is used to analyze the behavior of the inner cell of an e...
The parallel-bar structure is a new superconducting geometry [1] whose features and properties may h...
Reproducible operation at high performances of superconducting cavities is required for linear accel...
to be published in Nuclear Physics B (Proceedings Supplement)An optimization of the CERN-SPL beam li...
The subject of this paper is a review of superconducting cavities for accelerator application ($\bet...
In this paper is analysed the influence of Higher Order Modes (HOM) on the operation of the supercon...