The upgrade of the Large Electron Positron collider (LEP) with superconducting cavities is nearing a successful completion. There are presently 240 superconducting cavities installed which, together with the original copper RF system, provide up to 2.6GV per turn. The majority of the superconducting cavities is of niobium sputtered on copper and runs at an operating gradient of 6MV/m. In 1997, LEP has operated routinely at an energy of 91.5GeV per beam and with a total current of over 5mA. The operation of the RF system has been very satisfactory, with only a few cavities limited in field. This paper will concentrate on describing the operation of this system during 1997, including new features, operational procedures and present limitation...
maximum configuration of 288 four-cell cavities powered by 36 klystrons in 1999. In 2000, this syste...
In 1979 a feasibility study for the application of superconducting accelerating cavities to LEP was ...
Superconducting cavities made by sputter-deposition of a thin niobium film onto copper have proven o...
ABSTRACT The upgrade of the Large Electron Positron collider (LEP) with superconducting cavities is ...
By the beginning of 1999, after several stages of installation, the RF system in LEP had gained a fi...
Abstract Table I- A few LEP cavity parameters For the upgrading of LEP to energies beyond 55 CeV. S....
The LEP collider was operated during 1996 for the first time at beam energies beyond the W pair thre...
The LEP energy upgrade project (LEP2) which is based on the addition of superconducting cavities wil...
The LEP energy upgrade project (LEP2) which is based on the addition of superconducting cavities wil...
The upgrade of LEP2 energy to beyond the W boson production threshold required the progressive insta...
The niobium/copper (Nb/Cu) sputter technology, successfully used on a large scale for LEP2, has been...
With its 27-kilometre circumference, the Large Electron-Positron (LEP) collider was the largest elec...
One hundred superconducting RF cavities have been produced and accepted for the energy upgrade of LE...
This paper discusses the status of two colliders at CERN near Geneva, Switzerland. The electron-posi...
Beams approaching 90 GeV are expected in LEP in 1995; to this end, 192 superconducting accelerating ...
maximum configuration of 288 four-cell cavities powered by 36 klystrons in 1999. In 2000, this syste...
In 1979 a feasibility study for the application of superconducting accelerating cavities to LEP was ...
Superconducting cavities made by sputter-deposition of a thin niobium film onto copper have proven o...
ABSTRACT The upgrade of the Large Electron Positron collider (LEP) with superconducting cavities is ...
By the beginning of 1999, after several stages of installation, the RF system in LEP had gained a fi...
Abstract Table I- A few LEP cavity parameters For the upgrading of LEP to energies beyond 55 CeV. S....
The LEP collider was operated during 1996 for the first time at beam energies beyond the W pair thre...
The LEP energy upgrade project (LEP2) which is based on the addition of superconducting cavities wil...
The LEP energy upgrade project (LEP2) which is based on the addition of superconducting cavities wil...
The upgrade of LEP2 energy to beyond the W boson production threshold required the progressive insta...
The niobium/copper (Nb/Cu) sputter technology, successfully used on a large scale for LEP2, has been...
With its 27-kilometre circumference, the Large Electron-Positron (LEP) collider was the largest elec...
One hundred superconducting RF cavities have been produced and accepted for the energy upgrade of LE...
This paper discusses the status of two colliders at CERN near Geneva, Switzerland. The electron-posi...
Beams approaching 90 GeV are expected in LEP in 1995; to this end, 192 superconducting accelerating ...
maximum configuration of 288 four-cell cavities powered by 36 klystrons in 1999. In 2000, this syste...
In 1979 a feasibility study for the application of superconducting accelerating cavities to LEP was ...
Superconducting cavities made by sputter-deposition of a thin niobium film onto copper have proven o...