Add to ORKGDiamond operates with 10 in-vacuum insertion devices at 5 mm gap, two Apple-II, two superconducting and two normal conducting wigglers. We report here the correction of the linear optics of wigglers and measurements of nonlinear effects such as dynamic aperture and frequency maps and their impacts on injection efficiency, lifetime and loss distribution in operation of the storage ring
Superconducting wiggler is planned to be installed in the Pohang Light Source (PLS) storage ring. It...
The storage ring of the Diamond Light Source uses two collimators in the injection straight, one in ...
Insertion devices can produce effects reducing the dynamic aperture in a storage ring. To study thes...
Diamond operates with 10 in-vacuum insertion devices at 5 mm gap, two Apple-II, two superconducting ...
Abstract The Diamond storage ring is currently operated with 26 insertion devices (IDs), including 1...
We report the results of recent beam dynamics studies of the Diamond storage ring. These studies wer...
The conflicting requirements of high brightness photon beams combined with adequate beam lifetime an...
Nonlinear beam dynamics plays a crucial role in defining the performance of a storage ring. The beam...
Diamond is a 3 GeV low emittance third generation light source recently commissioned in Oxfordshire,...
Diamond is a 3 GeV low emittance third generation light source recently commissioned in Oxfordshire,...
Nonlinear beam dynamics plays a crucial role in defining the performance of a storage ring. The beam...
There will be multiple compensations employed for in- sertion devices in the MAX IV storage rings. A...
Harmonic cavity systems have been installed on several 3rd generation light sources to lengthen the ...
The correct implementation of the nonlinear ring model is crucial to achieve the top performance of ...
The correct implementation of the nonlinear ring model is crucial to achieve the top performance of ...
Superconducting wiggler is planned to be installed in the Pohang Light Source (PLS) storage ring. It...
The storage ring of the Diamond Light Source uses two collimators in the injection straight, one in ...
Insertion devices can produce effects reducing the dynamic aperture in a storage ring. To study thes...
Diamond operates with 10 in-vacuum insertion devices at 5 mm gap, two Apple-II, two superconducting ...
Abstract The Diamond storage ring is currently operated with 26 insertion devices (IDs), including 1...
We report the results of recent beam dynamics studies of the Diamond storage ring. These studies wer...
The conflicting requirements of high brightness photon beams combined with adequate beam lifetime an...
Nonlinear beam dynamics plays a crucial role in defining the performance of a storage ring. The beam...
Diamond is a 3 GeV low emittance third generation light source recently commissioned in Oxfordshire,...
Diamond is a 3 GeV low emittance third generation light source recently commissioned in Oxfordshire,...
Nonlinear beam dynamics plays a crucial role in defining the performance of a storage ring. The beam...
There will be multiple compensations employed for in- sertion devices in the MAX IV storage rings. A...
Harmonic cavity systems have been installed on several 3rd generation light sources to lengthen the ...
The correct implementation of the nonlinear ring model is crucial to achieve the top performance of ...
The correct implementation of the nonlinear ring model is crucial to achieve the top performance of ...
Superconducting wiggler is planned to be installed in the Pohang Light Source (PLS) storage ring. It...
The storage ring of the Diamond Light Source uses two collimators in the injection straight, one in ...
Insertion devices can produce effects reducing the dynamic aperture in a storage ring. To study thes...