11/18/2003Haixin Huang1 RHIC Polarimeter Status All targets and Si detectors have been installed at the end of October. The targets survived the vacuum.

Slides:

Advertisements

Similar presentations

AGS pp Status Feb. 6, 2015 RSC Meeting Haixin Huang.

Advertisements

RHIC Status Haixin Huang Time Meeting 02/1/2011. Jan. 26 Ring access for six hours to fix jet and many other jobs. Difficulty to provide 28X28 store overnight.

LHCf 2015 Questions from LMC: – LHCf run scheduled shortly after initial commissioning – can it be delayed? – Present plan below. LHCf to removed at first.

Status of IPBSM Improvement N. Terunuma, KEK 2012/July/13 ATF2 Weekly Meeting.

RUN 11 RHIC MACHINE/EXPERIMENTS MEETING 5 Apr 2011 Agenda: Open.

PC polarimeter at RHIC. Status and performance. S. Bravar, G. Bunce +, R. Gill, H. Huang, Y. Makdisi, A. Nass, A. Zelensky: Brookhaven National Laboratory,

AGS pp Status Feb. 20, 2015 RSC Meeting Haixin Huang.

AGS Polarized Proton Development toward Run-9 Oct. 3, 2008 Haixin Huang.

Polarimetry of Proton Beams at RHIC A.Bazilevsky Summer Students Lectures June 17, 2010.

DIS 2006 Tsukuba, April 21, 2006 Alessandro Bravar Proton Polarimetry at RHIC Alekseev, A. Bravar, G. Bunce, S. Dhawan, R. Gill, W. Haeberli, H. Huang,

AGS/Booster PP Setup Plan Jan. 11, 2013 RSC Meeting Haixin Huang.

SPS scrubbing experience: electron cloud observables L. Mether on behalf of the LIU-SPS e-cloud team LIU SPS scrubbing review, September 8, 2015.

AGS pp Status Mar. 17, 2015 Time Meeting Haixin Huang.

A N DY Status Commissioning with colliding beams (p  +p  at  s=500 GeV) L.C.Bland, for AnDY 5 April 2011 Time Meeting, BNL.

7/30/99Douglas E. Fields for the E950 Collaboration 1 A CNI Polarimeter for RHIC Spin Results from IUCF CE75 & AGS E950 M. Bai, G. Bunce*, H. Huang, Y.

A N DY Status Commissioning with colliding beams (p  +p  at  s=500 GeV) L.C.Bland, for AnDY 8 March 2011 Time Meeting, BNL.

RHIC Status Haixin Huang Time Meeting 01/18/2011.

Injector PP Setup Plan and Status November 18, 2008 Haixin Huang.

Preparation for RHIC PP Run in 2011 Wednesday 20, 2010 RHIC Machine Planning Meeting Haixin Huang RUN website: RUN.

Systematic Errors Studies in the RHIC/AGS Proton-Carbon CNI Polarimeters Andrei Poblaguev Brookhaven National Laboratory The RHIC/AGS Polarimetry Group:

K.O. Eyser --- Absolute Polarization Measurement at RHIC in the Coulomb Nuclear Interference Region -1- Absolute Polarization Measurement at RHIC in the.

Relative Polarization Measurements of Proton Beams Using Thin Carbon Targets at RHIC Grant Webb Brookhaven National Laboratory Sept 14, 2015PSTP20151 for.

Polarization Measurement of 100GeV Proton Beams at RHIC with CNI pC Polarimeter Itaru Nakagawa (RIKEN/RBRC) On behalf of CNI Polarimeter Group I.G.Alekseev.

Beam-Beam and e-Cloud in RHIC Oct. 6, 2015 Haixin Huang, Xiaofeng Gu, Yun Luo.

RUN 11 RHIC MACHINE/EXPERIMENTS MEETING 12 Apr 2011 Agenda: Open.

Measuring Elapsed Time. Units of Time 1 minute (min) = 60 seconds (s) 1 hour (h) = 60 minutes 1 day = 24 h 1 week (wk) = 7 days 1 year is about 365 days.

» RHIC Polarimetry « Oleg Eyser for the RHIC Polarimetry Group 2014 RHIC Retreat, August 14.

RUN 11 RHIC MACHINE/EXPERIMENTS MEETING 14 Mar 2011 Agenda: Status – cryo/budget Experiment priorities.

D0 Status: 04/01-04/08 u Week integrated luminosity –1.7pb -1 delivered –1.5pb -1 utilized (88%) –1.1pb -1 global runs u Data collection s global data.

K. Matsuoka (Kyoto Univ.) for T2K muon monitor group

RHIC Run11 Summary May 6, 2011 RSC Meeting Haixin Huang Luminosity Availability Polarization RHIC setup issues.

The BoNuS Detector Concept Design Status Howard Fenker March 11, 2005.

A. Zelenski a, G. Atoian a *, A. Bogdanov b, D.Raparia a, M.Runtso b, D. Steski a, V. Zajic a a Brookhaven National Laboratory, Upton, NY, 11973, USA b.

AGS/Booster PP Setup Status Feb. 5, 2013 Time Meeting Haixin/Vincent.

The RHIC C-CNI polarimeter upgrade for 2009 Run. RSC Meeting, December 16, 2008 Anatoli Zelenski for polarimeter upgrade group. T.Russo, T.Curcio, D.Lehn,

Feb. 23, 2005Wednesday Experiment Meeting BNL, Upton Status on AGS cold snake  Cold mass is now in the cryostat. It is in the phase of wiring, and because.

A Possible Path Forward Current Polarimeter Upgrades Efforts A Possible Path Forward Current Polarimeter Upgrades Efforts Based on a proposal by Boris.

Preparation Status of pp Run11 Haixin Huang Time Meeting 12/21/

1/30/2016Douglas E. Fields for the p+C CNI collaboration 1 Test of Small Angle Elastic Proton-Carbon Scattering as a High Energy Proton Beam Polarimeter.

POLARIZATION MEASUREMENTS AND ABSOLUTE POLARIZATION VALUES EVOLUTION DURING PROTON BEAM ACCELERATION IN THE RHIC ACCELERATOR COMPLEX A.Zelenski, T.Roser,

November 15-18, 2002V. Obraztsov - Prague ECFA/DESY Workshop 1 Proposal for TESLA beam test zone at IHEP ( Protvino ) Vladimir Obraztsov Institute for.

AGS Run-9 Preparations, Status and Plans Dec. 16, 2008 Haixin Huang.

Beam intensity profile measurements with the RHIC (AGS) C-CNI polarimeters. Polarization profile measurements. Polarimeter target mechanisms upgrades.

Tracker Cosmic Ray Test 2011 Linda R. Coney UC Riverside CM 29 - February 16, 2011.

RHIC CNI Polarimeter status RHIC CNI Group February 26, 2008.

P-Carbon CNI polarimeter upgrades. Vacuum system. Target drives. Targets. Polarimetry Workshop, July 31, 2009 A.Zelenski for polarimetry group.

Thomas Roser Snowmass 2001 June 30 - July 21, 2001 Proton Polarimetry Proton polarimeter reactions RHIC polarimeters.

Absolute Polarization Measurement at RHIC in the Coulomb Nuclear Interference Region September 30, 2006 RHIC Spin Collaboration Meeting RIKEN, Wako, Japan.

NUMI NUMI/MINOS Status J. Musser for the MINOS Collatoration 2002 FNAL Users Meeting.

Polarized Proton at RHIC: Status and Future Plan Mei Bai Collider Accelerator Dept. BNL A Special Beam Physics Symposium in Honor of Yaroslav Derbenev's.

P.F.Ermolov SVD-2 status and experimental program VHMP 16 April 2005 SVD-2 status and experimental program 1.SVD history 2.SVD-2 setup 3.Experiment characteristics.

DAQ Speed and Run2 Estimates April 3, Summary of FADC Development for Faster Performance NameReadoutTrigger ScalersScaler S1 (helicity gated), S2.

RHIC Status April 8, 2011 RSC Meeting Haixin Huang.

Haixin Huang AGS Cold Snake: Status and Plans.

D.Macina TS/LEATOTEM Meeting25/02/2004 Roman Pot test at the SPS Test of the Roman Pot prototype in the SPS proposed in December 2003 (CERN/LHCC ):

Mike AlbrowSept 8 th 2005Test Beam for FP420 Vacuum Chambers/Detectors 1 Things we need to test (and why) How we could, together with BTeV people, detectors,

1 August CNI Carbon Polarimeter for AGS G. Atoian, H. Huang, Y. Makdisi, B. Morozov, A. Zelenski - Introduction - Detectors and Front-End - Front-End.

RHIC Status Haixin Huang RSC Meeting 02/18/2011. l Fixed the blue dump kicker noise problem last Friday. l Declared physics last Friday. l Smooth run.

RHIC pC Polarimeters in Run9: Performance and Issues A.Bazilevsky for the RHIC CNI Group Polarimetry Worshop BNL, July 31, 2009.

Injector Status Jan. 19, 2016 Time Meeting Haixin Huang.

Injector Status Feb. 9, 2016 Time Meeting Haixin Huang.

Injector Status Jan. 26, 2016 Time Meeting Haixin Huang.

RHIC Status Haixin Huang Time Meeting 01/25/2011.

Polarized Proton Acceleration in the AGS with Two Helical Partial Snakes October 2, 2006 SPIN 2006 H. Huang, L.A. Ahrens, M. Bai, A. Bravar, K. Brown,

Phase Feed-Forward Piotr Skowroński (CERN)

Luminosity Monitor Status

of secondary light ion beams

A summary of world-wide test beam facilities

11th Pisa meeting on advanced detectors

Run5 Analysis of RHIC-pC Polarimeter

Presentation transcript:

11/18/2003Haixin Huang1 RHIC Polarimeter Status All targets and Si detectors have been installed at the end of October. The targets survived the vacuum pump down. All Si detectors show reasonable signals from the Am source. The 90 degree Si detectors are in parallel with beam direction now: no angle information available anymore and distribute the events originally at central strip. All electronics boards are out to test the oscillation problem. They will be put back before pp run. All electronics will be moved into the jet target control hut to share electronics with jet target and convenient for control purpose. Need a fast turn around time for the coming run. We estimate that a 12 hours dedicated time (spread over days) is needed for polarimeter commissioning. Expect the polarimeter to be ready within the first week.

11/18/2003Haixin Huang2 AGS CNI Polarimeter 25 cm beam direction p=21.7GeV/c with hadonic spin-flip no hadronic spin-flip pC Analyzing Power Si detector Carbon target 600  m wide

11/18/2003Haixin Huang3 FY03 AGS Polarimeter Performance About 10 min measurement to give 2.6% errorbar for 6*10 10 In the long run, the polarimeter is required to handle ~2*10 11 /bunch intensity Two limitations in last run: oscillation in electronics induced by bunch passing (proportional to beam intensity) and data processing speed DAQ can only handle 600K/spill (1.3*10 11 /spill for 2 sec.) with 5 sec. rep. rate. This was a limitation in multiple bunch running mode. Narrower targets below 200  m broke before testing with beam. Si detectors are dying near the end of run. ~50ns ~100mV

11/18/2003Haixin Huang4 AGS Polarimeter Modification If don’t care of measuring time, we can always reduce the target-in time to meet the DAQ constraint. For the oscillation problem, we can raise the t value (with lower A N ). Reduce target width by a factor  m target. Delivery schedule is under discussion. Increase distance by 1.3. Add spacer to increase distance between target and Si detector from 25 cm to 33 cm. Put two Si detectors in one flange. Flange design is almost done. New shaper board is in design stage and should be ready by Feb. Install peltier cooler to extend lifetime of the detector. Faster DAQ using USB 2.0 CAMAC controller (increase speed by about 4 times). Continue testing narrower target while modify motor running profile to smooth out target motion as much as we can.

11/18/2003Haixin Huang5 AGS Polarimeter Modification (2) Acceptance increase by 2(# of Si detectors)/1.3(distance increase)=1.6 Target width reduces by ½. Increase bunch intensity by (2*10 11 /0.6*10 11 )=3.3. The event rate will be higher than last year by about 2.5 times and reduce measurement time from 10 min. to 4 minutes. This will be within the new DAQ system capability. For 6 bunch running mode, the event rate will be higher and may require further upgrade on DAQ system.