The International Linear Collider Technical Design Report - Volume 3.II: Accelerator Baseline Design

Adolphsen, C.; Barone, Maura; Barish, B. C.; Buesser, Karsten; Burrows, Philip; Carwardine, J.; Clark, Jeffrey W.; Durand, Hélène Mainaud; Dugan, G.; Elsen, E.; Enomoto, Atsushi; Foster, B.; Fukuda, Shigeki; Gai, W.; Gastal, M.; Geng, Rongli; Ginsburg, C. M.; Guiducci, S.; Harrison, Michael R.; Hayano, H.; Kershaw, K.; Kubo, K.; Kuchler, Victor; List, B.; Liu, Wanming; Michizono, Shinichiro; Nantista, C.; Osborne, J. P.; Palmer, M.; Paterson, J. M.; Peterson, T.; Phinney, N.; Pierini, P.; Ross, Marc Howard; Rubin, David T.; Seryi, Andrei; Sheppard, John W.; Solyak, N.; Stapnes, S.; Tauchi, T.; Toge, N.; Walker, Nicholas R.; Yamamoto, A.; Yokoya, Kaoru

doi:10.48550/arxiv.1306.6328

Cited by 74 publications

(119 citation statements)

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“…After the completion of the ILC TDR [9] in 2013, the GDE was replaced by the LCC. In spite of limited direct funding for ILC studies in Europe during the last five years, the combined efforts in several related projects have allowed European researchers to continue ILC project development activities in the framework of the LCC, in close collaboration with Japan.…”

Section: A Ilc Accelerator Competence In Europementioning

confidence: 99%

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The International Linear Collider. A European Perspective

Bambade,

Behnke,

Berggren

et al. 2019

Preprint

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The International Linear Collider (ILC) being proposed in Japan is an electron-positron linear collider with an initial energy of 250 GeV. The ILC accelerator is based on the technology of superconducting radio-frequency cavities. This technology has reached a mature stage in the European XFEL project and is now widely used.The ILC will start by measuring the Higgs properties, providing high-precision and modelindependent determinations of its parameters. The ILC at 250 GeV will also search for direct new physics in exotic Higgs decays and in pair-production of weakly interacting particles. The use of polarised electron and positron beams opens new capabilities and scenarios that add to the physics reach. The ILC can be upgraded to higher energy, enabling precision studies of the top quark and measurement of the top Yukawa coupling and the Higgs self-coupling.The international -including European -interest for the project is very strong. Europe has participated in the ILC project since its early conception and plays a major role in its present development covering most of its scientific and technological aspects: physics studies, accelerator and detectors. The potential for a wide participation of European groups and laboratories is thus high, including important opportunities for European industry.Following decades of technical development, R&D, and design optimisation, the project is ready for construction and the European particle physics community, technological centers and industry are prepared to participate in this challenging endeavour.

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Section: A Ilc Accelerator Competence In Europementioning

confidence: 99%

“…Figure 2 shows the primary cost drivers of the ILC as identified in the ILC TDR [9]. The dominant cost driver is the production of approximately 930 SCRF cryomodules.…”

Section: B Ilc Accelerator Preparation Phase Activities In Europementioning

confidence: 99%

The International Linear Collider. A European Perspective

Bambade,

Behnke,

Berggren

et al. 2019

Preprint

Self Cite

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“…In the design of International Linear Collider (ILC) [1], distance between the interaction point and the front surface of the final focusing quadrupole magnet, L * , is one of the essential parameters of the accelerator. In the baseline design, L * is 4.1 m [2].…”

Section: Introductionmentioning

confidence: 99%

“…• difficulty in opening detector endcap. After publication of the ILC TDR [1], longer L * optics has been proposed [4,5,6] and seriously studied for CLIC. In the recent CLIC design L * = 6 m is adopted.…”

Section: Introductionmentioning

confidence: 99%

Possible benefit of longer $L^*$ for detectors at ILC

Sugimoto

2021

Preprint

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In the present design of ILC, L * , the distance between the interaction point (IP) and the front surface of the final focusing magnet (QD0), is 4.1 m. The QD0 is supported from the detector platform by a cantilever type support or from the detector itself. This design could cause several difficulties in smooth operation of ILC or in maintenance of detectors. These difficulties could be mitigated by adopting longer L * optics. In this article, we discuss possible benefit of longer L * for detectors.

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“…Concerning the location of the utility/service cavern, there have been several designs so far [1,2,3,4]. The design in TDR [1] is obsolete now because the baseline design of the detector hall (DH) and the tunnels around DH has been largely modified from TDR.…”

Section: Introductionmentioning

confidence: 99%

Detector Utility for International Linear Collider

Sugimoto

2020

Preprint

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Detectors for experiments at International Linear Collider require utilities such as electricity and cooling water, as well as the space to locate the relevant service facilities. In this article, a possible design of caverns for utilities and services near the interaction point is presented. The design has been made intending to satisfy requirements from detectors, as well as requirements from the accelerator.

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The International Linear Collider Technical Design Report - Volume 3.II: Accelerator Baseline Design

Cited by 74 publications

References 0 publications

The International Linear Collider. A European Perspective

The International Linear Collider. A European Perspective

Possible benefit of longer $L^*$ for detectors at ILC

Detector Utility for International Linear Collider

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