Measurement Coordinator Principle of Measurement Laptop Studies Batch MC & Analysis Final Run Settings Data Taking First Analysis & Data Checks Final Analysis Write up Posh Name
Step IV
Magnet Mapping - Axes V. Blackmore Complete Complete N/A Complete Complete Complete Complete Not started Mapping of the MICE superconducting magnets
Magnet Mapping - Coil Geometries V. Blackmore Complete Complete N/A Complete Complete Complete Not started Not started Mapping of the MICE superconducting magnets
Tracker Alignment – least squares J. Nugent Complete Complete In progress Complete Complete In progress Not started Not started Alignment of diagnostics in the MICE Step IV cooling channel
Tracker Alignment – residuals C. Hunt Complete Complete In progress Complete Complete Complete In progress MICE Note Alignment of diagnostics in the MICE Step IV cooling channel
PID Detector Alignment F. Drielsma Complete Complete In progress Complete In progress In progress In progress MICE Note Alignment of diagnostics in the MICE Step IV cooling channel
Beamline Commissioning – u/s V. Blackmore Complete Complete N/A Complete Complete Complete Complete MICE Note 476
Beamline Commissioning – d/s V. Blackmore Complete Complete In progress Complete In progress In progress In progress Not started
Global detector resolution M. Uchida Complete In progress In progress In progress In progress In progress Not started Not started Measurement of diagnostics resolution in the MICE cooling channel at Step IV
Global detector efficiencies M. Uchida/F. Drielsma Complete In progress In progress In progress In progress In progress Not started Not started Detector efficiencies in the MICE cooling channel
PID measurement – cut based T. Mohayai/S. Wilbur Complete Complete In progress Complete In progress In progress In progress Not started Measurement of beam purity and particle identification inefficiencies in MICE
PID measurement – log likelihood C. Pidcott Complete Complete In progress In progress In progress In progress Not started Not started Measurement of beam purity and particle identification inefficiencies in MICE
Magnet alignment – transfer matrix S. Middleton Complete Complete In progress Complete In progress In progress In progress Not started
Magnet alignment – minimise residuals S. Middleton Complete In progress In progress In progress In progress In progress In progress Not started Measurement of the MICE Step IV magnetic fields using single particle diagnostics
Magnet alignment – cycloid fit C. Rogers Complete Complete In progress Complete In progress In progress In progress Not started Measurement of the MICE Step IV magnetic fields using single particle diagnostics
Beam quality C. Rogers Complete In progress In progress In progress Not started Not started Not started Not started Demonstration of transported beam quality for MICE Step IV
First emittance reduction C. Rogers Complete In progress In progress In progress Not started Not started Not started Not started First measurement of normalised transverse emittance reduction in MICE
Full emittance reduction C. Rogers Complete In progress In progress In progress Not started Not started Not started Not started Measurement of normalised transverse emittance reduction in MICE
Non-linear optics R. Ryne Complete In progress In progress In progress Not started Not started Not started Not started Effect of Non-linear Beam Dynamics on the MICE Muon Beam
MCS - field off J. Nugent Complete In progress In progress Complete Not started Not started Not started Not started Measurement of Multiple Coulomb Scattering in the MICE Muon Beam
MCS - field on C. Pidcott Complete In progress In progress In progress Not started Not started Not started Not started Measurement of Multiple Coulomb Scattering in the MICE Muon Beam
Energy loss – measurement based R. Gardner Complete In progress In progress In progress Not started Not started Not started Not started Measurement of ionisation energy loss in the MICE Muon Beam
Energy loss – minimise residuals D. Maletic Complete In progress In progress In progress Not started Not started Not started Not started Measurement of ionisation energy loss in the MICE Muon Beam
Beam polarisation S. Middleton Complete Complete In progress Complete Complete Complete In progress In progress Measurement of Polarisation of the MICE Muon Beam
Step I
EMR F. Drielsma Complete Complete N/A Complete Complete Complete Complete Paper
Pion contamination J. Nugent Complete Complete N/A Complete Complete Complete Complete Paper
MICE Demonstration of Ionisation Cooling
RF cavity field validation Unassigned Not started Not started N/A Not started Not started Not started Not started Not started Measurement of the MICE RF Cavity Fields
Detector alignment Unassigned Not started Not started N/A Not started Not started Not started Not started Not started Alignment of Diagnostics in the MICE Demonstration of Ionisation Cooling
Dark currents Unassigned Not started Not started N/A Not started Not started Not started Not started Not started Effect of Dark Currents on the MICE Diagnostics System
Magnet validation Unassigned Not started Not started N/A Not started Not started Not started Not started Not started Measurement of the MICE Demonstation of Ionisation Cooling magnetic fields using single particle diagnostics
RF validation Unassigned Not started Not started N/A Not started Not started Not started Not started Not started Measurement of the MICE Demonstation of Ionisation Cooling RF fields using single particle diagnostics
Beam quality Unassigned Not started Not started N/A Not started Not started Not started Not started Not started Transported beam quality in the MICE Demonstration of Ionisation Cooling
Non-linear beam optics Unassigned Not started Not started N/A Not started Not started Not started Not started Not started Measurement of non-Linear beam optics in the MICE Demonstration of Ionisation Cooling
Ionisation cooling Unassigned Not started Not started N/A Not started Not started Not started Not started Not started Measurement of Ionisation Cooling with Reacceleration