An. Zelenski et al., OPPIS DEVELOPMENT AT TRIUMF, Nuclear instruments & methods in physics research. Section A, Accelerators, spectrometers, detectors and associated equipment, 402(2-3), 1998, pp. 185-190
Optical pumping has proven to be a very efficient technique for the pr
oduction of polarized beams and polarized targets. Polarization transf
er collisions between protons, atomic hydrogen or deuterium, and optic
ally pumped alkali-metal vapor atoms are successfully implemented in t
he high current optically pumped polarized ion sources (OPPIS) and the
laser-driven sources (LDS) for target applications. The feasibility o
f a 20 mA polarized H- ion current has been demonstrated. Pulsed OPPIS
applications for the future RHIC and HERA polarized beam facilities a
re discussed. Nuclear polarized Li-8 beams produced by optical pumping
, for P-NMR surface studies with a new ISAC facility at TRIUMF, are al
so considered.