INTERNATIONAL NEUTRINO FACTORY AND SUPERBEAM SCOPING STUDY

detector working group

 

 

working group meetings

 

 

ISS meeting at UC IRVINE August 21-23 agenda of detector working group

ISS Detector workshop 3-5 July 2006

ISS detector phone meeting 22 June 13:00 GMT

ISS meeting at RAL 25-28 April agenda of detector group meeting

ISS detector phone meeting 13 April transparencies

ISS meeting in KEK 22-25 January 2006 agenda of detector group meeting.

ISS detector Phone meeting 8 december on thursday 12 January (14:00 GMT)

SS detector Phone meeting 8 december on thursday 8 december (14:00 GMT) transparencies

Joined working session with the Physics group ISS physics workshop 14-21-November 2005

22 to 24 september at CERN: transparencies

 

 

Convener Alain Blondel

Detector study council: Alan Bross; Kenji Kaneyuki; Paolo Strolin; Dave Wark Mauro Mezzetto Paul Soler J.-E.Campagne

 

The ISS detector Study group mailing list: NF-SB-ISS-DETECTOR@JISCMAIL.AC.UK

 

The text list of e-mail addresses is here

 

Minutes of the ISS detector WG Phone Conferences: October 27th 2005 , November 10th 2005

 

 

TASK:

conveners

web site,

mailing list

 

Megaton Water

Cherenkov Detector

 

Kenji Kaneyuki

deputy:

J.-E.Campagne

 

 

Magnetized segmented detector

(Low Z scintillator, magnetized iron calorimeter)

 

Jeff Nelson

deputy :

Anselmo Cervera

SMD

 

 

 

 

Liquid Argon

 

Scott Menary

deputies:

Andreas Badertscher

Claudio Montanari

Guiseppe Battistoni

 

LarTPC

 

Hybrid Emulsion

 

Pasquale Migliozzi

ECC

 

Near detector and instrumentation

 

Paul Soler

Near detector

 

 

useful references:

INO

CERN yellow report

US neutrino factory and muon collider collaboration

Muonstorage rings at CERN

BENE

Scoping study main page

 

talk by Paolo Strolin and other talks at NUFACT05 (clic on programme and continue from there)

 

strawman performance : 1.2E20 per MW per Snowmass year.

http://www.cap.bnl.gov/mumu/studyii/final_draft/chapter-1/chapter-1.pdf, page 10

 

4 MW neutrino factory gives per straight section 4.8 1020 muons decays of one sign at a time in a 107 second year in a racetrack geometry

in triangle geometry each straight gets 2/3 of this number.

double this number if both muon signs can be kept and if detector can work with trains of muons of opposite signs separated in time by ~100ns

question to detectors: is this feasible?

 

 

 

Documents

 

Water Cherenkov write up for ISS in Japan

preliminary detector writeups

assembled document