Investigation of Spin Polarized Atomic Hydrogen in Very High Magnetic Fields.

Yu. K. Pilipenko, V. G. Luppov, Michael Mertig

Harald F. Hess, Greg Kochanski, John M. Doyle +3 more

V. G. Luppov, T. Roser

The known spin-exchange rates of atomic hydrogen lead to fast spontaneous buildup of high nuclear polarization at low magnetic field. We propose to use the nuclear polarized atomic hydrogen gas to produce an intense ultracold nuclear polarized beam of atomic hydrogen.

Henk T. C. Stoof, L.P.H. de Goey, BOUDEWIJN J. VERHAAR +1 more

We calculate the effective rate constant for three-body dipolar recombination of spin-polarized atomic hydrogen in conditions of high density and very high magnetic field strengths (beyond the <10-T range of previous calculations). We find that the decay of the gas sample is not sufficiently suppressed at magnetic fields available in the forseeable future.

P. Arvela, Alexander V. Frolov, S. Jaakkola +5 more

Hendricus Theodorus Christiaan Stoof, L. P. H. Degoey, BOUDEWIJN J. VERHAAR +1 more

We calculate the effective rate constant for three-body dipolar recombination of spin-polarized atomic hydrogen in conditions of high density and very high magnetic field strengths (beyond the <10-T range of previous calculations). We find that the decay of the gas sample is not sufficiently suppressed at magnetic fields available in the forseeable future.