Tag archive: btr

Baseline Technical Review 4 – conventional and unconventional facilities

| 3 May 2012 The fourth and final Baseline Technical Review was held at CERN on 22 and 23 March. The completion of this review marks an important milestone en route to producing the ILC Technical Design Report. The subject matter of this final review was conventional facilities, including a variety of site-dependent issues. Category: Director's Corner | Tagged: , , , , ,

Baseline Technical Review for ILC superconducting RF systems

| 9 February 2012 On 19 and 20 January 2012, the third Baseline Technical Review to finalise the Technical Design Report baseline was held at KEK laboratory in Japan. The meeting reviewed the proposed cavity gradient performance, cavity integration, and the main linac integration and interfaces to the ILC conventional facilities, including radiofrequency power, control and interfaces to conventional facilities. A special meeting on superconducting radiofrequency costs followed this meeting on 21 January. Category: Director's Corner | Tagged: , , , , , ,

Timely Technical Review

| 12 January 2012 The ILC Project Advisory Committee met in Prague last November to carry out a technical review of the accelerator and detector R&D and design programmes. This timely review provided a technical assessment of our R&D programme goals and ILC baseline for the task of producing the ILC Technical Design Report. Category: Director's Corner | Tagged: , , , ,

Decisions, decisions, decisions

| 1 December 2011 In just over one year we plan to produce the final Global Design Effort deliverable, a Technical Design Report for the ILC. We have made a set of important improvements in the design over the past year that will result in an ILC design that is more optimised for cost, performance and risk, and have recently hammered out a large number of smaller technical decisions at the Baseline Technical Review at DESY. Category: Director's Corner | Tagged: , , , ,

Setting the stages for shorter bunches

| 23 November 2011 One of the busiest places in the ILC design is the central region. It’s where it all happens: the beams get squeezed and focused and kicked into collision and out comes physics. To make sure that everything works to perfection and to reach consensus on the design, the central region has just undergone a technical baseline review, along with areas like the connection between damping ring and main linac. One of the core decisions for the latter: a two-stage bunch compressor for shorter beams. Category: Feature | Tagged: , , , , , ,