HFT project

The Heavy Flavor Tracker (HFT) project is part of the STAR upgrades for midterm and RHIC-II running.
A CD-0 proposal has been prepared and submitted to BNL (August 30) for submission to DOE. The proposal was submitted to DOE by the ALD S.Vigdor on about October 2. It can be found HERE
and it is also attached at the bottom of the page.

A CD-0 review is expected sometimes in January of  2008
This page will keep final documents on the project and documentation for the sub-systems (PIXEL, IST) and links to relevant other information.

Beam Pipe Doc-1

Beam Pipe Doc-2

Project Meetings

The project meetings are documented mainly via links to agenda and presentation or via other page.
So far this only includes the monthly meetings.

Later meetings can be found here



CD0 preview

This page will contain the talks given at the meeting the program was.

HFT cd0- dry run and vetting review

 

8:30-9:00    Committee closed session
 09:00          Introduction T. Hallman 20+10
 09:40          Physics motivation N.Xu 40+10
 10:50          Break
 11:15          Software overview S. Margetis 20+10 (by Phone from Kent)
 11:45          Performance simulations J. Thomas 30+10
 12:30          Lunch - committee closed session
 14:00          Monte Carlo results X. Dong 20+10
 14:40          IST B. Surrow 20+10
 15:30          PIXEL H. Wieman 30+10
      
 17:00 -18:00 Committee closed session (home work questions)
 

Tuesday, Dec 18

 09:00          HFT Mechanics E. Anderssen 30+10 (presentation by Phone from CERN)
 09:40          Project overview HG. Ritter 30+10
 10:20          Cost & Schedule S. Morgan 20+10

  10:40          Summary F. Videbaek 10+10
  11:30         Presentation on Home work
 12:00          Committee Lunch
 14:00-         Closeout

Panel Members:

Carl Gagliardi (Chair)
Carlos Lourenco
Tom LeCompte
Dick Majka
Lanny Ray

Steve Vigdor, ex-officio


RHIC beam and luminosity

The first attached file describe the expected performance of RHIC with stochastic and e-cooling. The emphasis is on the bunch lengths and distributions.