Measurement of the deuteron polarization in a large target

Abstract

0.45.the calibration dominates the 5% overall error on the target polarization value which was typically of circuit drift and of the magnetic field shift have been studied. The resulting 4.4% uncertainty of obtained. The calibration constant was determined with a reproducibility of 2%. Systematic effects effective in reducing drift and electronic noise, so that high quality thermal equilibrium signals were thermal equilibrium at 1 K. Thermal stabilization and control of electromagnetic interference were Spin Muon Collaboration is presented. It is calibrated by determining the integrated spectrum in