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Instruments / Technical Area	Publication Details	Published
Accelerator Physics	The first eighteen months of top-up at Diamond Light Source C. Christou , J. A. Dobbing , R. Fielder , S. J. Singleton , I. Martin IPAC'10 Show Abstract ▼ Abstract: Diamond Light Source has delivered beam for users exclusively in top-up mode since late 2008. The effect of insertion devices, pulsed magnet stability and storage ring beam optics on top-up reliability and performance is examined and the top-up procedure is detailed.	May 2010
Accelerator Physics Controls Diagnostics Health Physics	Preparation for top-up operation at Diamond R. Walker , R. Bartolini , P. Bonner , F. Burge , Y. Chernousko , C. Christou , J. Dobbing , M. Heron , V. Kempson , G. Rehm , R. Rushton , S. Singleton , M. C. Wilson , I. Martin 11th European Particle Accelerator Conference (EPAC08) Show Abstract ▼ Abstract: It is planned to start top-up operation in Diamond in the near future. In this report we summarise the various activities that have led up to this point, including radiation safety considerations, preparation of hardware interlocks and control software, and injection optimisation.	Jun 2008
Accelerator Physics	Further optimisation of the Diamond Light Source injector Chris Christou , John Dobbing , Vince Kempson , Alun Morgan , Beni Singh , Steve Singleton 11th European Particle Accelerator Conference (EPAC08) Show Abstract ▼ Abstract: Optimisation of the Diamond Light Source injector has continued since user operation started in January 2007. Beam losses have been minimised by injector tuning and stabilisation, and high level software has been developed to characterise booster and injection parameters. Operation in top-up and single bunch storage ring fill modes are reported, and low-energy linac fault-mode studies are detailed.	Jun 2008
Controls	Implementation, commissioning and current status of the Diamond Light Source control system M. T. Heron , M. G. Abbott , T. M. Cobb , P. N. Denison , P. Gibbons , I. J. Gillingham , A. Gonias , P. Hamadyk , M. Pearson , A. J. Rose , E. L. Shepherd , S. J. Singleton , I. S. Uzun , A. J. F. Foster , A. R. Baker , P. J. Leicester , K. Pederson , N. P. Rees , J. Rowland , S. C. Lay International Conference on Accelerator and Large Experimental Physics Control Systems 2007 (ICALEPCS07) Show Abstract ▼ Abstract: Starting with the Linac 2005 the commissioning of the Diamond Light Source accelerators and photon beamlines, together with their related control systems, progressed to an aggressive programme such that as of early 2007 the facility was available for first users with a suite of beamlines and experiment stations. the implementation and commissioning of the control system to meet the overalll project objectives is presented. the current status of the control sstem and including ongoing developments for electron beam orbit stability, and future photon beamline requirements are also described.	Oct 2007
Controls	Progress on the implementation of the Diamond control system M. T. Heron , M. G. Abbott , P. H. Amos , K. A. R. Baker , C. A. Colborne , P. N. Denison , I. J. Gillingham , A. Gonias , P. Hamadyk , M. A. Leech , P. J. Leicester , M. Mcclory , N. P. Rees , A. J. Rose , S. J. Singleton , K. Vijayan , I. S. Uzun , J. Rowland , S. Lay , M. A. Norbury The 10th International Conference on Accelerator and Large Experimental Physics Control Systems (ICALEPCS 2005) Show Abstract ▼ Abstract: Diamond is a new third generation synchrotron light source currently being designed and constructed in the UK. The control system for Diamond will be a site-wide monitoring and control system for the accelerators, beamlines and conventional facilities. Progress on the detailed design, procurement and installation of the control system is presented. This work includes refinement in the choice of EPICS tools, and the development of additional tools and applications. The design being realised for the control system structure, includes solutions for interfacing to technical systems, control system networking, machine protection, and the physical implementation.	Oct 2005
Controls	Progress on the Diamond control system M. T. Heron , K. A. R. Baker , Y. Chernousko , A. Gonias , T. G. Hayton , S. J. Singleton , A. J. Duggan , P. H. Owens , P. D. Woods ICALEPCS 2003 Show Abstract ▼ Abstract: Diamond is a new synchrotron light source currently being designed and constructed in the UK. The control system for Diamond will be a site-wide monitoring and control system for the accelerators, beamlines and conventional facilities. Progress on the detailed design of the control system is presented. This includes refinement in the choice of EPICS tools, the development of tools and applications, and design of the control system structure, including solutions for interface options, control system networking, machine protection, wide band signals and physical implementation.	Oct 2003

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