Add to ORKGThe LHC AC Dipole is an instrument to study properties of the LHC lattice by inducing large transverse displacements in the beam. These displacements are generated by exciting the beam with an oscillating magnetic field at a frequency close to the tune. This paper presents the system requirements and the technical solution chosen to meet them, based of high-power audio amplifiers and a resonant parallel RLC circuit
The knowledge of the LHC impedance is of primary importance to predict the machine performance and a...
Simulations of accelerators allow the investigation of complex dynamics arising from non-linear comp...
This paper presents a first experimental demonstration of a new nondestructive method for aperture m...
Following successful experience at the BNL AGS, FNAL Tevatron, and CERN SPS, an AC Dipole will be ad...
The adiabaticity of the AC dipole might be compromised by noise or unwanted frequency components in ...
The adiabaticity of the AC dipole might be compromised by noise or unwanted frequency components in ...
The AC dipole in the LHC will not only provide transverse oscillations without emittance growth but ...
The AC dipole in the LHC will not only provide trans-verse oscillations without emittance growth but...
Two ac dipoles with vertical and horizontal magnetic field have been proposed at RHIC for applicatio...
The Large Hadron Collider (LHC) utilizes high-field superconducting Main Dipole Magnets that bend th...
The AC dipole is an oscillating dipole magnet which can induce large amplitude oscillations without ...
Two ac dipoles with vertical and horizontal magnetic field have been proposed at RHIC for applicatio...
An AC dipole is a magnet which produces a sinusoidally oscillating dipole field and excites coherent...
A slice of the LHC accelerator prototype beam tubes surrounded by magnets. The LHC will accelerate t...
We describe the systems for AC loss and magnetic field measurements developed for the LHC supercondu...
The knowledge of the LHC impedance is of primary importance to predict the machine performance and a...
Simulations of accelerators allow the investigation of complex dynamics arising from non-linear comp...
This paper presents a first experimental demonstration of a new nondestructive method for aperture m...
Following successful experience at the BNL AGS, FNAL Tevatron, and CERN SPS, an AC Dipole will be ad...
The adiabaticity of the AC dipole might be compromised by noise or unwanted frequency components in ...
The adiabaticity of the AC dipole might be compromised by noise or unwanted frequency components in ...
The AC dipole in the LHC will not only provide transverse oscillations without emittance growth but ...
The AC dipole in the LHC will not only provide trans-verse oscillations without emittance growth but...
Two ac dipoles with vertical and horizontal magnetic field have been proposed at RHIC for applicatio...
The Large Hadron Collider (LHC) utilizes high-field superconducting Main Dipole Magnets that bend th...
The AC dipole is an oscillating dipole magnet which can induce large amplitude oscillations without ...
Two ac dipoles with vertical and horizontal magnetic field have been proposed at RHIC for applicatio...
An AC dipole is a magnet which produces a sinusoidally oscillating dipole field and excites coherent...
A slice of the LHC accelerator prototype beam tubes surrounded by magnets. The LHC will accelerate t...
We describe the systems for AC loss and magnetic field measurements developed for the LHC supercondu...
The knowledge of the LHC impedance is of primary importance to predict the machine performance and a...
Simulations of accelerators allow the investigation of complex dynamics arising from non-linear comp...
This paper presents a first experimental demonstration of a new nondestructive method for aperture m...