Discussion and Conclusions C. Hast and M. Pivi ESTB Workshop

Howard Matis LBNL – Parameters required for Beam Tests Beam parametersValueComments Particle Type  Could also use pions or hadrons Energy> 3 GeVAs high as possible Rep Rate4 to 1000 kHzTest rate effects Charge per pulse1> 4 µs gap per pulse Energy SpreadDoes not matter Bunch length rmsDoes not matter Beam spot size, x-y2 cm × 2 cm Want to test whole detector without moving Others (emittance, …) LogisticsRequirements Space requirements (H x W x L) 8” 8” by 3” high + trigger scintillators Duration of Test and Shift Utilization One or two days; Come back in a few weeks; Day to setup. Desired Calendar Dates  2

Huang (Matis) LBNL – Parameters required for Beam Tests Beam parametersValueComments Particle Typee Energy GeVThe higher the better Rep Rate1000 Hz or less Charge per pulse1 e - Variable 1-3 e - Energy Spread1% Bunch length rms<1 cm Beam spot size, x-y2 2 cm or less Others (emittance, …) LogisticsRequirements Space requirements (H x W x L)  1.5 m 1.5 m 2 m Duration of Test and Shift UtilizationDepends on rate, one week, 12 or 2 8 or 3 8 hours Desired Calendar DatesLate summer, fall SLAC STB Workshop – March 2011

Philippe Grenier SLAC SLAC ESTB Workshop – March 20114

L. Greiner5SLAC Test Beam 03/17/2011 STAR Leo Greiner LBNL - Beam Test Packages Beam Telescope Sector and detector apparatus with air cooling housing and blower

L. Greiner6SLAC Test Beam 03/17/2011 STAR Leo Greiner – LBNL – Parameters Beam parametersValueComments Particle TypeMIP EnergyMIP Rep RateNA Charge per pulseLow / diffuse 1k / spill Energy SpreadNAMIPs Bunch length rmsNA Beam spot size, x-yMinimum 3cm x 3cm Others (emittance, …) LogisticsRequirements Space requirements (H x W x L)2011 – 3’ x 3’ x 1’ for telescope 2012/2013 – 2’ x 6’ x 2’ + blower Duration of Test and Shift Utilization 1 shift – setup 3 shifts data taking Desired Calendar DatesSpring/summer 2011, 2012, 2013

SLAC ESTB Workshop – March 20117

Elliot Bloom SLAC – Fermi LAT SLAC ESTB Workshop – March 20118

Elliott Bloom – SLAC – Fermi LAT SLAC ESTB Workshop – March 20119

Ray Frey, Oregon U. - Silicon-Tungsten R&D and test beam module R Frey ESTB cm silicon sensors  13 mm2 pixels 1024-channel KPiX readout chip  Bump-bonded to sensor  One digital output  Large dynamic range  Power pulsing R&D project goal: Produce full- depth (30 layer) module which uses appropriate technologies for a collider detector (and test it). (expect it to be ready ~ summer)

Ray Frey, Oregon U. - Parameters required for Beam Tests Beam parametersValueComments Particle TypeElectron/positron Energy1 GeV to maximum Rep Rate~ 10 HzExpect to use SLAC RF for timing Charge per pulseLow: 0,1,2 particles/pulseMean < 1 Energy Spread2% or better Bunch length rmsNot important Beam spot size, x-yas small as reasonably possible Others (emittance, …)N/A LogisticsRequirements Space requirements (H x W x L) 20cm x 20cm x 15cm plus stand, etc Duration of Test and Shift Utilization 1-2 weeks; can do 24/7 shifts Desired Calendar Dates Depends on readiness; mid-July to mid-Aug or mid-Sept to late Sept look best at this time 11R Frey ESTB2011

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Jerry Va’vra SLAC – Super-B R&D R Frey ESTB201113

March 17, 2011Mike Hildreth – SLAC ESA Testbeam Workshop Mike Hildreth – Notre Dame U– Next Steps for ESA Dipoles Wiggler BPMs Interf. Station Straightness Monitor Cross check of spectrometer energy measurements –Commission SR-Stripe setup –Previous chicane measurements limited by BPM resolution LCLS2 BPMs? (under negotiation) –more new hardware/electronics for better resolution/stability –aim for 1×10 -4 relative measurement, cross-calibration –Finish what we started!

Mike Hildreth – Notre Dame U– Parameters required for Beam Tests Beam parametersValueComments Particle Typeelectrons Energymax available Rep Rate1 Hz? Charge per pulsemax available Energy Spreadmin available Bunch length rms Beam spot size, x-y Others (emittance, …)Full current LCLS pulse LogisticsRequirements Space requirements (H x W x L)Requires chicane, wiggler, SR monitor, etc. Duration of Test and Shift Utilization 8-10 shifts. Will require beam setup for optimal transport parameters Desired Calendar Dates? vibration remediation?

R.M. Jones (University of Manchester/Cockcroft Inst.) on behalf of CLIC Collaboration., ESTB Workshop, SLAC, 17 th March T480 “wakefield box” ESA beamline Roger Jones -Collimator Hardware

R.M. Jones (University of Manchester/Cockcroft Inst.) on behalf of CLIC Collaboration., ESTB Workshop, SLAC, 17 th March 2011 Roger Jones – CLIC –Parameters required Beam parametersValueComments Particle Type e-/e+ Energy~10-14GeV Rep Rate5Hz Charge per pulse100pC (~10 9 ) Energy Spread<1% Bunch length rms ~40  m (CLIC ~44  m) Beam spot size, x-yNominal Others (emittance, …) LogisticsRequirements Space requirements (H x W x L)Existing wakefield box (already at SLAC) Duration of Test and Shift UtilizationPrevious experience indicates 2 weeks. Desired Calendar DatesWinter/Fall 2011/2012

Recent related research examples (II) Irradiation experiment (2.5 GeV) at PHERF in Pohang Accelerator Laboratory (S. Korea) to study activation of environmental samples and benchmark FLUKA Monte Carlo intra-nuclear cascade code. Analysis is under way. Further experiments seem necessary to better understand possible FLUKA underestimation of 3 H generation as well as of some other radio-isotopes 18 ESTB Workshop 2011, March 17, 2011

Mario Santana SLAC- 1) Activation & damage experiment Beam parametersValueComments Particle Type e- Energy 4.0 GeV, 13 GeV Rep Rate Total: 1E16 e- Preferably ~30 W Charge per pulse Energy Spread Bunch length rms Beam spot size, x-y Known within 5 % Others (emittance, …) Total charge known within 2 % LogisticsRequirements Space requirements (H x W x L) 5 m width x 5 m length Duration of Test and Shift Utilization 1 week Desired Calendar Dates Q ESTB Workshop 2011, March 17, 2011

Mario Santana SLAC- 2) Muon production & shielding Beam parametersValueComments Particle Type e- Energy 4 GeV, 13 GeV Rep Rate Max available Charge per pulse Max available Energy Spread Known within 5 % Bunch length rms Beam spot size, x-y Known within 5 % Others (emittance, …) Total charge known within 2 % LogisticsRequirements Space requirements (H x W x L) 20 m length Duration of Test and Shift Utilization 10 days Desired Calendar Dates Q ESTB Workshop 2011, March 17, 2011

Mario Santana SLAC- 3) Photo-neutron measurements Beam parametersValueComments Particle Type e- Energy100 MeV, 4 GeV, 10 GeV Rep Rate Hz Charge per pulseMax availableMonitored Energy Spread Bunch length rms Beam spot size, x-y Others (emittance, …)Total charge known within 2% LogisticsRequirements Space requirements (H x W x L)  m x 10 m x 10 m Duration of Test and Shift Utilization 2 weeks Desired Calendar Dates Q ESTB Workshop 2011, March 17, 2011

Bruce Shumm Santa Cruz- Parameters required for Beam Tests Beam parametersValueComments Particle Typeelectron EnergyMaximum Rep RateMaximum Charge per pulseMaximum Energy SpreadNot a concern Bunch length rmsNot a concern Beam spot size, x-yLarge is helpfulUp to ~1 cm rms Others (emittance, …)Not a concern LogisticsRequirements Space requirements (H x W x L)  m x 1m x 1m (plus 20cm x 20cm x 20cm 1-2 meters upstream) Duration of Test and Shift UtilizationDepends on available current Desired Calendar DatesCY 2012 (flexible) To the presenter at the ESTB 2011 Workshop: please, fill in the table (at best) with the important parameters needed for your tests