Møller polarimetry with atomic hydrogen targets
A novel proposal of using polarized atomic hydrogen gas, stored in an ultra-cold magnetic trap, as the target for electron beam polarimetry based on Møller scattering is discussed. Such a target of practically 100% polarized electrons could provide a superb systematic accuracy of about 0.5% for beam polarization measurements. Feasibility studies for the CEBAF electron beam have been performed.
KeywordsMagnetic Field Gradient Storage Cell High Energy State Beam Area Solenoid Magnetic Field
Unable to display preview. Download preview PDF.