Friday, Feb 12, 2010 Accelerator Status1 Accelerator Week in Review Part I: Regular 9am Scheduling Meeting –Crew Chief Summary –24 hour machine summaries and study requests – Machine Coordinators –Operational Plan –Mary Convery Part II: Weekly Machine Reports –Weekly Operational Summary – Cons – User, Pbar and Tevatron weekly operational plots Collider shot summary NuMI beam summary MiniBooNE beam summary –Weekly Machine Summaries – Machine Coordinators

Friday, Feb 12, 2010 Accelerator Status2

Friday, Feb 12, 2010 Accelerator Status3 LFR4 PA change out

Friday, Feb 12, 2010 Accelerator Status4 TRF1 tripped off TRF3 tripped off

Delivered Luminosity [1/pb]Key Store # Available Pbars Initial Luminosity Avg Delivered Lum Store Duration Store End Abort due toD2 crate ps Weekly Integrated Luminosity Store E10 154E nb hrs Abort Quench A3 due to cryo vacuumTev A-E accessLinac RF station 2 IPA amplifier Hard wire loop interface module at A2 Store E E nb hrs Abort Store E E nb hrs Planned Store E E nb hrs Planned Store E E nb hrs Planned Store E E nb hrs Planned Store E E nb -1 15hrs Planned Store E E nb hrs Planned CDF/D0 access Store E E30 On Going

Friday, Feb 12, 2010 Accelerator Status6%

Friday, Feb 19, 2010 Accelerator Status7 We have the ability to go up in either proton or pbar intensity as the Tevatron is ready

Friday, Feb 12, 2010 Accelerator Status8

Friday, Feb 12, 2010 Accelerator Status9

Friday, Feb 12, 2010 Accelerator Status10

We are not done yet……

How do we get back to 350 E30?? The approach that we are taking looks at past performance and compares that to our present conditions to identify point that we have deficiencies.  This will can be done by taking the top 10 store (initial Luminosity ) and parameterizing them. Intensity, emittances and efficiencies  Comparing these values to our current performance. Identify and address problem areas Redefining parameters if needed

Main Injector (store 7470) εLεL ε  h /ε  v EfficiencyIntensity Comments MI PBARS MI FW SBD INJ 1.3 eV-s. ≤ 4 π mm- mrad 3.0 π mm- mrad ≥ 95% inj eff ~95% 4 batches EXT <3.1eVsec 3.6 eV-s. ≤ 5 π mm- mrad 3.2 π mm- mrad ≥ 90% driven by coalescing ~92% 4 coalesced batches PROTONS I:BLMON MI FW SBD INJ <1.4 eVsec~15 π mm- mrad trans π mm- mrad ≥ 95% ~98% ~ E12 per batch ~ E12 per batch 2 batches 7 bunches EXT <3.4 eV-s.ec 3.67eV-s. ≤ 14 π mm- mrad transfer 14.2π mm- mrad ≥ 88% driven by coalescing ~86% ~ E9 ~ E9 2coalesced batches Example

Friday, Feb 12, 2010 Accelerator Status14 Recent changes: Recycler Pbar load time shorted Sequencer changes Auto copies for log book RF ready state wait shortened Default TLG shorten to 11 sec from 33 sec Chrom Tunes/coupling Tune tracker being more robust Operator learning curve Proton load Philosophy change (see next side)

Proton Loading Non scrape coalesced intensity e9 Scraped coalesced intensity e9 Friday, Feb 12, 2010 Accelerator Status15 11 turn tables are now being used Tune for high intensity then dial in intensity and emittance Better consistency Faster load Goal is to keep ahead of demand

Proton and Pbar Intensities Friday, Feb Accelerator Status16 Protons Pbars

Vertical Emittance ProtonsPbars Friday, Feb 12, 2010 Accelerator Status17 ~2 pi Smaller Growth issue being looked at Store by store ~3-4 pi Larger For every Pi of growth initial Luminously is reduced by ~20-30 E30

Long. Emittance Friday, Feb 19, 2010 Accelerator Status18 Protons Pbars

Friday, Feb 12, 2010 Accelerator Status19

Friday, Feb 12, 2010 Accelerator Status20

Friday, Feb 12, 2010 Accelerator Status21

Integrated luminosity potential of a store FY09

Feb Mar Apr May June July Aug Sept Oct Nov Dec Jan Feb Weekly integrated luminosity (pb- 1 ) Store hours per week Feb Mar Apr May June July Aug Sept Oct Nov Dec Jan Feb Friday, Feb 12, 2010 Accelerator Status23 Weekly integrated luminosity and store hours per week red line goal 52.5 pb -1 /wk

Friday, Feb 12, 2010 Accelerator Status24

Friday, Feb 12, 2010 Accelerator Status25