Since the Diamond Light Source became operational in January 2007, the storage ring RF system has operated for 5000 hours in 2007 and is scheduled to operate for 5350 hrs in 2008. This paper presents some of the key challenges of the storage ring RF system including reliability, performance observations and future improvements
Diamond is a new 3rd generation synchrotron light source currently being commissioned in the UK. The...
DIAMOND is a new design for a 3 GeV electron storage ring. It has been proposed as a replacement for...
Diamond is a new synchrotron light source currently being designed and constructed in the UK. The co...
We present an overview of the performance of the latest generation of operating storage ring light s...
We present an overview of the performance of the latest generation of operating storage ring light s...
The Diamond Light Source (DLS) accelerator complex can be divided into three major components; a 3 G...
The conflicting requirements of high brightness photon beams combined with adequate beam lifetime an...
This paper introduces the power converter requirements for DIAMOND, the new 3 GeV Synchrotron Light ...
The Diamond Light Source is the new medium energy 3rd generation light source located at the Harwell...
Storage ring light sources aim for high operational reliability. Very often beam availability is use...
Storage ring light sources aim for high operational reliability. Very often beam availability is use...
Diamond Light Source is investigating the possibility of increasing the storage ring operating curre...
The first version of digital low level RF (DLLRF) for the Diamond Light Source storage ring and boos...
We present the first RF measurements of the IOT based 300 kW 500 MHz amplifier for the Diamond Light...
The Diamond Light Source is investigating several paths for a possible machine upgrade to Diamond II...
Diamond is a new 3rd generation synchrotron light source currently being commissioned in the UK. The...
DIAMOND is a new design for a 3 GeV electron storage ring. It has been proposed as a replacement for...
Diamond is a new synchrotron light source currently being designed and constructed in the UK. The co...
We present an overview of the performance of the latest generation of operating storage ring light s...
We present an overview of the performance of the latest generation of operating storage ring light s...
The Diamond Light Source (DLS) accelerator complex can be divided into three major components; a 3 G...
The conflicting requirements of high brightness photon beams combined with adequate beam lifetime an...
This paper introduces the power converter requirements for DIAMOND, the new 3 GeV Synchrotron Light ...
The Diamond Light Source is the new medium energy 3rd generation light source located at the Harwell...
Storage ring light sources aim for high operational reliability. Very often beam availability is use...
Storage ring light sources aim for high operational reliability. Very often beam availability is use...
Diamond Light Source is investigating the possibility of increasing the storage ring operating curre...
The first version of digital low level RF (DLLRF) for the Diamond Light Source storage ring and boos...
We present the first RF measurements of the IOT based 300 kW 500 MHz amplifier for the Diamond Light...
The Diamond Light Source is investigating several paths for a possible machine upgrade to Diamond II...
Diamond is a new 3rd generation synchrotron light source currently being commissioned in the UK. The...
DIAMOND is a new design for a 3 GeV electron storage ring. It has been proposed as a replacement for...
Diamond is a new synchrotron light source currently being designed and constructed in the UK. The co...