While, originally, the development of superconducting structures was cleanly divided between low-beta resonators for heavy ions and beta=1 resonators for electrons, recent interest in protons accelerators (high and low current, pulsed and cw) has necessitated the development of structures that bridge the gap between the two. These activities have resulted both in new geometries and in the adaptation of well-known geometries optimized to this intermediate velocity range. Their characteristics and properties are reviewed
The CH cavity is a multi-gap drift tube structure based on the H210 mode currently under development...
A proposed new accelerating structure for TESLA is assumed to have an effective gradient 2 times mor...
Modern and future accelerators for high energy and nuclear physics rely increasingly on superconduct...
'Low-beta' radio-frequency accelerating structures are used in the sections of a linear accelerator ...
Heavy duty or cw, superconducting proton and heavy ion accelerators are being proposed and construct...
The use of low- and intermediate-beta superconducting cavities, once confined to low current heavy i...
The use of low- and intermediate-beta superconducting cavities, once confined to low current heavy i...
For the application of high intensity continuous wave (CW) proton beam acceleration, a new supercond...
Four types of superconducting accelerating structures are being developed for use in a low-velocity ...
This paper is a general review of superconducting low-{beta} technology and applications from its be...
RF superconductivity has become a major subfield of accelerator science. There has been an explosion...
Superconducting RF structures such as spoke resonators [1] have been developed which will accelerate...
A novel superconducting (sc) structure is proposed, to accelerate a high intensity proton beam withi...
The design of an Accelerator Production of Tritium (APT) facility being investigated at Los Alamos i...
For the application of high intensity continuous wave (CW) proton beam acceleration, a new supercond...
The CH cavity is a multi-gap drift tube structure based on the H210 mode currently under development...
A proposed new accelerating structure for TESLA is assumed to have an effective gradient 2 times mor...
Modern and future accelerators for high energy and nuclear physics rely increasingly on superconduct...
'Low-beta' radio-frequency accelerating structures are used in the sections of a linear accelerator ...
Heavy duty or cw, superconducting proton and heavy ion accelerators are being proposed and construct...
The use of low- and intermediate-beta superconducting cavities, once confined to low current heavy i...
The use of low- and intermediate-beta superconducting cavities, once confined to low current heavy i...
For the application of high intensity continuous wave (CW) proton beam acceleration, a new supercond...
Four types of superconducting accelerating structures are being developed for use in a low-velocity ...
This paper is a general review of superconducting low-{beta} technology and applications from its be...
RF superconductivity has become a major subfield of accelerator science. There has been an explosion...
Superconducting RF structures such as spoke resonators [1] have been developed which will accelerate...
A novel superconducting (sc) structure is proposed, to accelerate a high intensity proton beam withi...
The design of an Accelerator Production of Tritium (APT) facility being investigated at Los Alamos i...
For the application of high intensity continuous wave (CW) proton beam acceleration, a new supercond...
The CH cavity is a multi-gap drift tube structure based on the H210 mode currently under development...
A proposed new accelerating structure for TESLA is assumed to have an effective gradient 2 times mor...
Modern and future accelerators for high energy and nuclear physics rely increasingly on superconduct...