Tag archive: industrialisation
Lyn Evans | 17 September 2015
The Japanese consultant Nomura Research Institute is about to embark on a world tour to visit labs around the world and industrial production sites for accelerator components. They are working on a study about the technical feasibility of the ILC and ways to reduce cost. They may be coming to a lab near you!
Category:
Director's Corner | Tagged:
AES, Babcock Noell, CEA Saclay, CERN, CNRS/LAL, CPI, DESY, Fermilab, industrialisation, INFN, JLab, MEXT, nomura, NRI, SFTC, SLAC
Ricarda Laasch | 11 June 2015
The European XFEL at DESY, Germany, will be a brilliant light source for a broad range of fundamental research in all areas of science – but it is also the first great mass production of the so-called TESLA technology. The ILC community is thus watching the construction of the European XFEL very closely.
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Around the World | Tagged:
CEA, CNRS/IN2P3, CNRS/LAL, DESY, European XFEL, industrialisation, SCRF, superconducting cavity, TESLA technology
Rika Takahashi | 6 March 2014
Sixteen thousand – that’s the number of the superconducting radiofrequency (SCRF) accelerating cavities needed to build the 500-Giga-electronvolt linear collider. The fabrications of these 16 000 cavities will be divided between the three regions of Europe, the Americas, and Asia. This week, encouraging news about SCRF cavity fabrication came from Asia.
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Around the World | Tagged:
cavity gradient, China, industrialisation, Japan, SCRF
Julianne Wyrick | 24 October 2013
With the publication of the Technical Design Report, one stage of design and costing for the ILC is complete. Now, US members of the Linear Collider Collaboration must consider what ILC components the US might contribute—and how they will be produced.
Category:
Feature | Tagged:
industrialisation, SLAC, United States, waveguide system
Barbara Warmbein | 21 November 2012
An industrial study commissioned by the Global Design Effort in collaboration with experts from CERN gives a clearer picture of how cryomodules for the ILC could be mass-produced by industry. The study, whose results were recently presented at a meeting between accelerator experts from different labs. A similar study has looked at cavity serial production. One of the scientists leading the cryomodule study, Vittorio Parma from CERN, was the driving force behind the cryostat assembly for 2000 cryomagnets for CERN’s Large Hadron Collider between 2003 and 2008 and thus predestined to lend his experience to the project.
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Feature | Tagged:
CEA Saclay, CERN, cryomodule, European XFEL, industrialisation, serial production
Leah Hesla | 3 November 2011
A company in Lansing, US is developing accelerator cavities for the ILC. In the course of improving these high-tech devices, it has enhanced its expertise in developing them for other areas of science and, as an added benefit, sustaining the technology R&D.
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Around the World | Tagged:
accelerator R&D, industrialisation, industry, SRF industrialisation, superconducting cavity
Barry Barish | 14 July 2011
The ILC Program Advisory Committee met at Academia Sinica in Taiwan in May. They made a set of specific comments and recommendations regarding the accelerator R&D programme and GDE plans and progress towards a Technical Design Report.
Category:
Director's Corner | Tagged:
accelerating gradient, cavity gradient, industrialisation, PAC, PAC review, S1-global, SCRF, TDR
Akira Yamamoto | 26 May 2011
As part of Technical Design Phase 2, the Global Design Effort has been working towards more realistic and cost-effective industrialisation models for the production of superconducting radiofrequency cavities and cryomodules, as these are primary cost drivers in the ILC construction estimate. To that end, they have been organising a series of visit to cavity and material manufacturers and workshops. The next one is in July 2011 in Chicago, US.
Category:
Director's Corner | Tagged:
cavity, cryomodule, industrialisation, industry, SCRF, SRF2011
Barry Barish | 3 March 2011
Developing a realistic plan for cost-effective production of the large number of ILC superconducting cavities and cryomodules is perhaps our most challenging task in preparing for the Technical Design Report. A new round of visits to industry is aimed at informing that effort.
Category: Uncategorized | Tagged:
GDE Project Managers, industrialisation, SCRF, SRF industrialisation
Rika Takahashi | 1 July 2010
The ILC will have an ultra-cold and complex heart made of niobium, a rare, soft, grey, and ductile transition metal. Some 18,000 radio frequency (RF) accelerating cavities for the ILC will be made of niobium, which becomes superconductor when cooled to nearly absolute zero. The global annual production of niobium in 2007 was 58,000 tonnes, and it is expected to grow up to 45 percent more in 2010 with a positive trend towards economic recovery. Although it is a 'rare' material, the reserves of niobium are assumed to be enough to cover the current world demand for 500 years
Category:
Feature | Tagged:
industrialisation, niobium, SRF industrialisation
