Tag archive: Technical Design Phase
Marc Ross | 28 June 2012
New machines set new challenges for accelerator experts, and there are a number of challenges that the ILC R&D team has had to face before sitting down to write a convincing Technical Design Report. Beam test facilities in all regions have delivered and are still delivering important results. Project Manager Marc Ross takes stock.
Category:
Director's Corner | Tagged:
cavity gradient, SCRF, TDR, Technical Design Phase
Akira Yamamoto | 29 March 2012
As a result of the continued improvement of cavity processing and a better understanding of the gradient limit, researchers are closely approaching their design goals, with the hope of reaching them by the end of 2012.
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Director's Corner | Tagged:
cavity gradient, cavity R&D, quality factor, SCRF, SRF, Technical Design Phase
Barry Barish | 16 June 2011
We have reached the midpoint in the ILC R&D efforts towards the Technical Design Report. In recognition of that milestone, we release today a new report entitled International Linear Collider: A Technical Progress Report. This report gives a comprehensive summary of the major accomplishments to date of the ILC R&D programmes.
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Director's Corner | Tagged:
ICFA, ILCSC, interim report, LHC, R&D programme, TDP-1, TDR, Technical Design Phase
Ewan Paterson | 28 April 2011
The new ILC baseline shows the way to designing a linear collider that maintains original performance while using cost-saving alternatives.
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Director's Corner | Tagged:
ALCPG11, baseline, ILC baseline, Technical Design Phase, top level change control
Barry Barish | 23 September 2010
The baseline configuration for the TDR is being decided over the coming months and we are on track to complete and document the technical design by the end of 2012. ... What will happen then?
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Director's Corner | Tagged:
ILCSC, PIP, TDR, Technical Design Phase
Barry Barish | 2 September 2010
[...] For the technical part, especially with the limited resources we have available, we have defined a prioritised R&D programme, and a design effort focused on cost, performance and risk optimisation. This programme is main subject matter of the newly released R&D Plan.
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Director's Corner | Tagged:
ILC Research and Development Plan, R&D Plan, TDP, Technical Design Phase
Barry Barish | 5 March 2009
We characterise the present period of the Global Design Effort activities as a four-year programme to prepare ourselves to be ready to propose a well conceived ILC construction project to collaborating governments by around 2012.
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Director's Corner | Tagged:
ILC R&D, ILC Research and Development Plan, R&D Plan, TDP, Technical Design Phase
Marc Ross | 26 November 2008
Last week several hundred scientists and engineers gathered at the new Forum Event Center of the University of Illinois at Chicago for LCWS 08 and ILC 08. Once per year the Global Design Effort hosts a plenary meeting to which the entire community is invited to hear progress, plans and general presentations, and for 2008 this meeting was ILC08.
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Director's Corner | Tagged:
cavity gradient, ILCWS08, LCWS08, TDP, Technical Design Phase
Barry Barish | 19 June 2008
The R&D plan outlines our strategy to advance the ILC design effort to the point where we will be ready to propose a robust construction project in a few years.
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Director's Corner | Tagged:
ILC R&D, R&D Plan, schedule, TDP, Technical Design Phase
Barry Barish | 5 June 2008
Last week we reported on the beginning of our important experimental programme on electron cloud effects, using the Cornell Electron Storage Ring (CESR) accelerator at Cornell University. This is one of our highest-priority R&D goals during the ILC Technical Design Phase 1 (TDP-1) and is aimed at understanding the magnitude of the problem for the ILC positron damping rings and the effectiveness of our proposed mitigation techniques.
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Director's Corner | Tagged:
CesrTA, Cornell University, damping ring, electron cloud, TDP-1, Technical Design Phase
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