The Diamond booster and storage ring facility has ten pulsed magnet systems, five for the booster (injection and extraction) and five for the storage ring (injection septum and four bump kickers). Each has its own specific requirements although commonality of design has been adopted where possible. Design and construction principles and results of magnet and pulser testing are discussed as is the first use of the magnet systems during beam commissioning
This paper introduces the power converter requirements for DIAMOND, the new 3 GeV Synchrotron Light ...
Diamond was commissioned at 3 GeV with seven insertion devices (IDs) already installed. The Phase I ...
Diamond was commissioned at 3 GeV with seven insertion devices (IDs) already installed. The Phase I ...
The Diamond Booster is a full energy injector for the Diamond Storage Ring, designed to accelerate a...
The proposed 3GeV light source DIAMOND will utilise a full energy injector synchrotron operating at ...
The Diamond Light Source (DLS) is a new medium-energy high brightness synchrotron light facility whi...
ALS top-off mode of operation will require injection of the electron beam from the Booster Ring into...
The rapid growth in the light source community throughout the world has served to motivate innovatio...
ALS top-off mode of operation will require injection of the electron beam from the Booster Ring int...
The Diamond Light Source (DLS) accelerator complex can be divided into three major components; a 3 G...
An upgrade program for increasing the stored beam current in the Proton Storage is presently under w...
The MAX IV facility presently under construction will include two storage rings for the production o...
A special interleaving operation of the Advanced Photon Source’s injector requires three dipole magn...
The MAX IV facility presently under construction will include two storage rings for the production o...
The Diamond Light Source is investigating several paths for a possible machine upgrade to Diamond II...
This paper introduces the power converter requirements for DIAMOND, the new 3 GeV Synchrotron Light ...
Diamond was commissioned at 3 GeV with seven insertion devices (IDs) already installed. The Phase I ...
Diamond was commissioned at 3 GeV with seven insertion devices (IDs) already installed. The Phase I ...
The Diamond Booster is a full energy injector for the Diamond Storage Ring, designed to accelerate a...
The proposed 3GeV light source DIAMOND will utilise a full energy injector synchrotron operating at ...
The Diamond Light Source (DLS) is a new medium-energy high brightness synchrotron light facility whi...
ALS top-off mode of operation will require injection of the electron beam from the Booster Ring into...
The rapid growth in the light source community throughout the world has served to motivate innovatio...
ALS top-off mode of operation will require injection of the electron beam from the Booster Ring int...
The Diamond Light Source (DLS) accelerator complex can be divided into three major components; a 3 G...
An upgrade program for increasing the stored beam current in the Proton Storage is presently under w...
The MAX IV facility presently under construction will include two storage rings for the production o...
A special interleaving operation of the Advanced Photon Source’s injector requires three dipole magn...
The MAX IV facility presently under construction will include two storage rings for the production o...
The Diamond Light Source is investigating several paths for a possible machine upgrade to Diamond II...
This paper introduces the power converter requirements for DIAMOND, the new 3 GeV Synchrotron Light ...
Diamond was commissioned at 3 GeV with seven insertion devices (IDs) already installed. The Phase I ...
Diamond was commissioned at 3 GeV with seven insertion devices (IDs) already installed. The Phase I ...