Summary of SCRF Tech. WG

H. Hayano, C. Ginsburg, A. Navitski05162014

AWLC14@FNAL May12-16

1

The goals are to continue discussions on important SRF technology R&D from the ILC’s perspective.

This clearly covers basic cavity R&D (high-performance SRF) as well power couplers, tuners, SC quadrupole design up to cryomodule integration and design.

GOAL

Keep Connection between Euro-XFEL, LCLS-II, STF, other-Labs and universities is important task.

Cryogenics re-consideration according to LHC experience, and CFS impact

TDR

He compressorIn cavern

Impact onEnvironment,CFS cost,Emergency ventilation

LHC experience: He compressor, He gas/liquid storage are on surface

Euro-XFEL production status

Euro-XFEL production status

component

assembly

Assembly of XM4 is the front-raw

LCLS-II plans

LCLS-II plans

STF status and plans

Explanation of Inspection for High-Pressure-Gas-Regulation (KHK, Ibaraki-ken) was also given.

SCRF Technology DiscussionsCavity, process R&D

Cryomodule R&D

Further R&D of input coupler

Revisit of TDR Tuner/vessel

Qudrupole magnet

BPM in cryomodule

TDR waveguide

LLRF development

Green ILC

SCRF Technology DiscussionsCavity, process R&D

Cryomodule R&D

Further R&D of input coupler

Revisit of TDR Tuner/vessel

Qudrupole magnet

BPM in cryomodule

TDR waveguide

LLRF development

Green ILC

Green-ILC

We would like to create ‘Green ILC Working Group’ in linear collider workshop

Items to be discussed is the same as AAA high efficiency accelerator device and components energy recovery from exhaust heat from accelerator device energy recovery from beam dump utilization of recovered energy utilization of renewable energy, co-generator

Activity and Goal: to discuss ILC energy issue world-wide to report AAA outcome to publish a English report to be utilized in ILC construction

We had a session in CFS-WG@LCWS13, in SRF-WG@AWLC14

H. Hayano, T. Saeki, KEK , D. Perret-gallix, IN2P3/CNRS

End of Slide