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ILC related R&D in Russia M.Danilov , GDEE meeting DESY 10.05.06 part - 9 man-years and about 50k$ equipment/year – High power positron production target, Standing wave positron pre-accelerator Nb production technology t - about 27 man-years, 70k$ travel, ~80k$ equipment, 200k$ ISTC g – Analog HCAL with SiPM readout Electromagnetic calorimeter Forward Calorimetry TPC GEM readout and field optimization Muon detector based on scintillator strips and SiPM rea ny experienced physicists in Russia who want to work on ILC y lack of funding does not allow their efficient involvement in acc community is trying to get state funding for LHC, ILC and other top ould accelerate and increase the Russian involvement in ILC

ILC related R&D in Russia

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M.Danilov , GDEE meeting DESY 10.05.06. ILC related R&D in Russia. Accelerator part - 9 man-years and about 50k$ equipment/year Main topics – High power positron production target, Standing wave positron pre-accelerator - PowerPoint PPT Presentation

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Page 1: ILC related R&D in Russia

ILC related R&D in Russia

M.Danilov , GDEE meeting DESY 10.05.06

Accelerator part - 9 man-years and about 50k$ equipment/year

Main topics – High power positron production target, Standing wave positron pre-accelerator Nb production technology Detector part - about 27 man-years, 70k$ travel, ~80k$ equipment, 200k$ ISTC grant

Main topics – Analog HCAL with SiPM readout Electromagnetic calorimeter Forward Calorimetry TPC GEM readout and field optimization Muon detector based on scintillator strips and SiPM readout

There are many experienced physicists in Russia who want to work on ILCUnfortunately lack of funding does not allow their efficient involvement in accelerator R&D Russian HEP community is trying to get state funding for LHC, ILC and other topicsEU support could accelerate and increase the Russian involvement in ILC

Page 2: ILC related R&D in Russia