Laser Absorption and Photon Efficiency of a Spin Exchange Optical Pumping 129Xe Polariser

Keywords

absorbed absorption atoms attributed audience axis beam binary black blue body calculation causing cavity cell ceramic choice circularly coil coils cold collisions complexes components considered cooling cross cylindrical decrease decreased density depend dependence dependent destruction determine determined diameter diode distribution efficiencies efficiency either electron electrons emission empirically enrichment equal evaluated exchange experimental experimentally extrapolated feedback field flow flowing fraction function furthermore gives gram grating ground highly holographic hour housing human implications important in vivo inclusion increasing indicates induce inhaled interactions inverse knowledge laser least length light linear lived lung measured measuring minutes mixture namely natl nuclei observation operating optical optically optimized oven percentage performance photon photons phys plate power press pressure previously production profile pumped pumping reasonable removed reported required residency resonant rubidium running sections short south spectrum spin spins squares structure substituted system target theoretical theoretically theory third transfer transition transmitted uptake valence ventilation vertical volume wave wavelength whereas whereby wild xenon