The Ann Arbor Conference on Optical Pumping: The University of Michigan, June 15 Through June 18, 1959
Peter Alden Franken, Richard H. Sands
publisher not identified - Nuclear magnetic resonance - 187 pages
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absorption alignment alkali atom amplitude approximately argon atoms beam Brossel buffer gas buffer gas pressure calculation cavity cell cesium circularly polarized coherence collisions cycle Dehmelt density diffusion discharge Doppler width effect eicosane electron emitted energy excited experiment experimental function gas atoms gases gauss ground helium hyperfine component hyperfine frequency hyperfine level hyperfine splitting hyperfine structure isotopes Laboratories lamp lifetime light beats light intensity line shape line width magnetic field magnetic resonance magnetometer Mc/s Me/sec measured mercury metastable microwave modulation multiple quantum neon noble gas nuclear spin observed obtained one-quantum optical pumping orientation oscillator oscilloscope perturbation phase photomultiplier photons Phys population pressure shift pulses quantum transitions radio frequency field ratio relaxation resonance line resonance radiation rf field rubidium rubidium vapor sample shows shutter signal sodium steady field temperature three-quantum transition tion transmitted light tube vapor pressure Varian Associates Zeeman