Following successful experience at the BNL AGS, FNAL Tevatron, and CERN SPS, an AC Dipole will be adopted at the LHC for rapid measurements of ring optics. This paper describes some of the parameters of the AC dipole for the LHC, scaling from performance of the FNAL and BNL devices.Following successful experience at the BNL AGS, FNAL Tevatron, and CERN SPS, an AC Dipole will be adopted at the LHC for rapid measurements of ring optics. This paper describes some of the parameters of the AC dipole for the LHC, scaling from performance of the FNAL and BNL devices
The Large Hadron Collider (LHC) presently under construction at CERN relies on superconducting techn...
The adiabaticity of the AC dipole might be compromised by noise or unwanted frequency components in ...
There are three goals in the accurate nonlinear diagnosis of a storage ring. First, the beam must be...
The AC dipole in the LHC will not only provide transverse oscillations without emittance growth but ...
The LHC AC Dipole is an instrument to study properties of the LHC lattice by inducing large transver...
textThe Fermilab Tevatron is currently the world’s highest energy colliding beam facility. Its count...
We describe the systems for AC loss and magnetic field measurements developed for the LHC supercondu...
The AC dipole is a device to study beam optics of hadron synchrotrons. It can produce sustained larg...
At present about 90% of the main dipoles for the LHC have been manufactured and one of the three col...
Tight tolerances in the LHC require optics measurement with very good accuracy. Therefore, AC dipole...
The AC dipole is an oscillating dipole magnet which can induce large amplitude oscillations without ...
The Large Hadron Collider (LHC) utilizes high-field superconducting Main Dipole Magnets that bend th...
The AC dipole in the LHC will not only provide trans-verse oscillations without emittance growth but...
Experience with AC superconducting magnets for accelerators has still to be gained. So far, few expe...
The upgrade of the LHC collimation system foresees installation of additional collimators around the...
The Large Hadron Collider (LHC) presently under construction at CERN relies on superconducting techn...
The adiabaticity of the AC dipole might be compromised by noise or unwanted frequency components in ...
There are three goals in the accurate nonlinear diagnosis of a storage ring. First, the beam must be...
The AC dipole in the LHC will not only provide transverse oscillations without emittance growth but ...
The LHC AC Dipole is an instrument to study properties of the LHC lattice by inducing large transver...
textThe Fermilab Tevatron is currently the world’s highest energy colliding beam facility. Its count...
We describe the systems for AC loss and magnetic field measurements developed for the LHC supercondu...
The AC dipole is a device to study beam optics of hadron synchrotrons. It can produce sustained larg...
At present about 90% of the main dipoles for the LHC have been manufactured and one of the three col...
Tight tolerances in the LHC require optics measurement with very good accuracy. Therefore, AC dipole...
The AC dipole is an oscillating dipole magnet which can induce large amplitude oscillations without ...
The Large Hadron Collider (LHC) utilizes high-field superconducting Main Dipole Magnets that bend th...
The AC dipole in the LHC will not only provide trans-verse oscillations without emittance growth but...
Experience with AC superconducting magnets for accelerators has still to be gained. So far, few expe...
The upgrade of the LHC collimation system foresees installation of additional collimators around the...
The Large Hadron Collider (LHC) presently under construction at CERN relies on superconducting techn...
The adiabaticity of the AC dipole might be compromised by noise or unwanted frequency components in ...
There are three goals in the accurate nonlinear diagnosis of a storage ring. First, the beam must be...