Sampling luminosity Sampling efficiency ~66% Uptime ~79% STAR Time Meeting Report April 01, 2014 Salvatore Fazio 04/01/14S. Fazio1 STAR is up and smoothly.

Slides:

Advertisements

Similar presentations

L. Greiner 1IPHC meeting – September 5-6, 2011 STAR HFT LBNL Leo Greiner, Eric Anderssen, Thorsten Stezelberger, Joe Silber, Xiangming Sun, Michal Szelezniak,

Advertisements

Comm Operator Tutorial How to send sequence data at given time automatically Serial Port Tool

Bill Christie For the STAR Collaboration MARCH 24,

January 6. January 7 January 8 January 9 January 10.

STAR Heavy Flavor Tracker

STAR Heavy Flavor Tracker

Run 14 RHIC Machine/Experiments Meeting 27 May 2014 Agenda: Run 14 Schedule (Pile) Machine Status (Robert-Demolaize) STAR and PHENIX Status (Experiments)

Lecture 7: PLC: Review Questions

1 N. Davidson E/p single hadron energy scale check with minimum bias events Jet Note 8 Meeting 15 th May 2007.

J. Leonard, U. Wisconsin 1 Commissioning the Trigger of the CMS Experiment at the CERN Large Hadron Collider Jessica L. Leonard Real-Time Conference Lisbon,

Looking for effects of PDT state changes on Pedestals (or Pedestal Adjustments) during 14-Jan Feb-2008.

L. Greiner 1IPHC meeting – September 5-6, 2011 STAR HFT Plans for the next year A short report on review results and plans for TPC – Time Projection.

TriggerLatchingEffLAT_ ppt1 Status report of overall Trigger and Latching Efficiencies study Instrument Analysis meeting, May 13, 2005 Tsunefumi.

CFT Calibration Calibration Workshop Calibration Requirements Calibration Scheme Online Calibration databases.

L. Greiner1PXL Sensor and RDO review – 06/23/2010 STAR Heavy Flavor Tracker Overview With parameters pertinent to the PXL Sensor and RDO design.

SSD Operations Manual March 2014 SSD: 4 th layer of vertex detector Heavy Flavor Tracker Silicon Strip Detector – Operations Manual PXL Inserted from this.

The STAR HFT PXL system is designed to be inserted in situ. Is housed in 2 large frame aligned with rails inside Inner Detector Support. Inserted from.

+ STAR HFT Upgrade – Installation and Integration Rahul Sharma Brookhaven National Laboratory.

Time Meeting PHENIX Run-15 Status Douglas Fields PHENIX Run-15 Run Coordinator University of New Mexico.

Heavy Flavor Physics in STAR Flemming Videbæk Brookhaven National Laboratory For the STAR collaboration.

15 May 071 RHIC Machine/Detector Planning Meeting Agenda –Scheduling Physicist Issues (Gardner) –Experiment Issues PHENIX (Leitch) STAR (Christie) Monopole.

Leo Greiner TC_Int1 Sensor and Readout Status of the PIXEL Detector.

Experimental background at the presence of pressure rise in RHIC Angelika Drees, Ubaldo Iriso-Ariz RHIC How to measure collision rates Vacuum and collision.

Spiros Margetis (Kent State Univ.) for the STAR Collaboration STAR Heavy Flavor Tracker Bari, Italy 2014.

Run 14 RHIC Machine/Experiments Meeting 1 July 2014 Agenda: Run 14 Schedule (Pile) Machine Status (Robert-Demolaize) STAR and PHENIX Status (Experiments)

Run 14 RHIC Machine/Experiments Meeting 3 June 2014 Agenda: Run 14 Schedule (Pile) Machine Status (Robert-Demolaize) STAR and PHENIX Status (Experiments)

PHOBOS 22.5 & 62.4 GeV Cu+Cu Peter Steinberg Brookhaven National Laboratory March 23, 2005.

Dmitri Denisov D0 Weekly Summary: August 18 to August 24  Delivered Luminosity and operating efficiency u Delivered 6.9pb -1 u Recorded 6.0pb -1 (87%)

Versatile Low Power Media Access for Wireless Sensor Networks Sarat Chandra Subramaniam.

Leo Greiner PIXEL Hardware meeting HFT PIXEL detector LVDS Data Path Testing.

General Status of STAR pp run as of June 1, pb -1 delivered ~1.78 pb -1 sampled 292 nb -1 delivered ~ 93 nb -1 sampled (93/180 ~ 52%) N.B

L. Greiner 1IPHC meeting – May 7, 2012 STAR HFT Plans for the next year A short report on HFT/PXL plans for post May 2012 TPC – Time Projection Chamber.

Time Meeting 3/10/2015 PHENIX Run-15 Status Douglas Fields PHENIX Run-15 Run Coordinator University of New Mexico.

D0 Status: 01/14-01/28 u Integrated luminosity s delivered luminosity –week of 01/ pb-1 –week of 01/ pb-1 –luminosity to tape: 40% s major.

G. Contin | The STAR Heavy Flavor Tracker (HFT) and Upgrade Plan Quark Matter 2015 – Kobe, Japan Session : Future Experimental Facilities,

Measurement of D-meson azimuthal anisotropy in Au+Au 200GeV collisions at RHIC Michael R. Lomnitz Kent State University Lawrence Berkeley National Laboratory.

Accessing PBeast and monitoring the L1 trigger Emily Thompson.

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.

Service Section Technical Training December 2005.

2007 Run Update for STAR Jeff Landgraf For the STAR collaboration.

STAR Run 16 Schedule Zhangbu Xu Machine/Experiment Schedule Meeting 01/05/2016.

Run 12 RHIC Machine/Experiments Meeting 17 Apr 2012 Agenda: Status reports Polarization issues update (E. Aschenauer) Other business With 17 April update.

Non-photonic electron production in p+p collisions at √s=200 GeV Xiaozhi Bai for the STAR collaboration Central China Normal University University of Illinois.

F.Videbaek PXL geometry update. PXL ladder For realistic simulation it is essential to get the proper layout of ladders. Starting point 1.SW model 2.Material.

Luminosity Monitoring Issues  ZDC  what’s the advantage?  problems  BBC  can they do it? A. Drees QCD critical point workshop, Mar

All Experimenters MeetingDmitri Denisov Week of September 9 to September 16 D0 Summary  Delivered luminosity and operating efficiency u Delivered: 4.0pb.

Backing Up and Restoring Databases by Using the SQL Server 2000.

Leo Greiner IPHC beam test Beam tests at the ALS and RHIC with a Mimostar-2 telescope.

STAR Pixel Detector readout prototyping status. LBNL-IPHC-06/ LG22 Talk Outline Quick review of requirements and system design Status at last meeting.

PHENIX Run-13 status Hubert van Hecke for the PHENIX collaboration Time - 02 April 2013.

Bill Christie For the STAR Collaboration January 5, Outline Detector configuration for Run 16 Data set Goals Desired luminosity profile for Run.

Run 14 RHIC Machine/Experiments Meeting 6 May 2014 Agenda: Run 14 Schedule (Pile) Machine Status (Robert-Demolaize) STAR and PHENIX Status (Experiments)

Time Meeting PHENIX Run-15 Status Douglas Fields PHENIX Run-15 Run Coordinator University of New Mexico.

A N DY Status Commissioning with colliding beams L.C.Bland, for AnDY 27 March 2012 Time Meeting, BNL.

STAR Summary for 2012 pp running May 11, 2012 Bill Christie, BNL Outline Summary of 200 GeV pp run Summary of 510 GeV pp run STAR’s running efficiency.

RHIC Operation Status Yun Luo, ( 2012 June 19, Time Meeting )

Run 10 plan based on 25 Nov Revised Plan and  s=200 extended by 1 week Dec. 1, Begin cool down to 4.5K Dec. 4, Cooldown to 4.5K complete in both rings!

Run 14 RHIC Machine/Experiments Meeting 24 June 2014 Agenda: Run 14 Schedule (Pile) Machine Status (Robert-Demolaize) STAR and PHENIX Status (Experiments)

4 Starting Tips to Keep Your Car in Top Condition

Physics with the HFT prototype?

Run16 Y. Akiba.

TOPO+ ZDC: Trigger word 12290

مديريت موثر جلسات Running a Meeting that Works

Flip Top Tip Box Introducing the

STORE MANAGER RESPONSIBILITIES.

C.2.10 Sample Questions.

C.2.8 Sample Questions.

C.2.8 Sample Questions.

26 Oct 2017 – May 2019 Well water level monitoring data

Presentation transcript:

Sampling luminosity Sampling efficiency ~66% Uptime ~79% STAR Time Meeting Report April 01, 2014 Salvatore Fazio 04/01/14S. Fazio1 STAR is up and smoothly running 10 h long stores helps running efficiently: Uptime 79% (was 74% as of March 26 th ) Sampling efficiency 66% (was 63% as of March 26 th )

di-muon L2 gamma HFT min-bias Collisions Current Projections on reaching Data Set Goals 04/01/14S. Fazio2 High initial rates  two trigger configurations for physics: -Starting of the run  PXL taken out (we pump di-muon triggers) - When rates in ZDC go below 50 kHz  PXL in, HFT turns on Up time needed for our HFT physics program

04/01/14S. Fazio3 HFT status HFT turned on only after ZDC <=50kHz and runs very smoothly More efficient data taking, less dose during power on period 2 additional inner sensors off (6/100) in inner layer (this weekend) Latch up levels, and operational automatic scripts (auto configure) has been optimized to increase protection, and reduce current draw on sensors The failures are not understood, and completely unexpected based on extensive testing in the years leading up to construction of PXL