Analysis page


General info	Analysis software	Monte Carlo	Beam
Data organization	Data analysis	Special issues	Individual pages
Analysis at PSI

Individual Analysis Pages

It would be good if these analysis pages also allow downloading of script and root files. For scripts Fred suggested a general CVS repositiory. For root files we'll allow local copying by being part of the same user group at UIUC and PSI.

General info

Mostly historic

General info

run8 analysis e-log
Run7 e-log
Analysis hardware at UIUC
Claude's AFS, LINUX instructions

Analysis at PSI

Fred's analysis framework.

Current root file directory: /data/disk4/mucap/prod_pass1

Analysis software

UCB software (Tom & Fred)

instructions
status and plans

UIUC software (Steve)

instructions
status and plans

Event Display

Generic root event display compatible with UCB and UIUC (Fred)

Monte Carlo

GMU (MuCap Geant) (Bernhard & Peter)

instructions
status and plans

DMU (deuterium simulation)

Beam

MuE4

PiE3

piE3 beam information
momentum resolution, studies and comparison with MuLan

Data organization (run7)

shift_sum.xls
definition of run groups (Steve)
run data base (Tom & Fred)
run quality check (Steve & Tom)

criteria
results

Data analysis

basic first path analysis, quality checks
software upgrades

improved tracking
improved capture
improved ePC
FADC integration

different perspectives for advanced analyses

data	detectors	methods	special studies
mu+, mu-	eSC, eDet combinations	global PU, no PU, local PU, PU range	capture, diffusion
different rates, mag on/off, impurity level, TPC HV	different deadtimes, mPC1/2 on/off	different MSR methods	gain stability with FADC, strange signatures (bend tracks...)

advanced data consistency checks

lifetime scatter
sensitivity to fitrange
MSR stability
detector efficiencies
lifetime with different detector combinations

related Monte Carlo studies

realistic mu stop distribution
detector response and deadtime effects
auto-correlation effects
mu and e PU and systematic effects

Special issues

Deuterium issues
How well does our MSR method work, simulation of time distributions etc.
Capture extrapolation, possible element spectroscopy, universal correction?

Purity considerations