Stabilization of Spin-Polarized Atomic Hydrogen in a High Magnetic Field at Low Temperatures
The method of gaseous atomic hydrogen stabilization in high magnetic fields (B = 7−10 T) and at low temperatures (T < 1K) can be employed for the creation of a new generation of polarized proton sources or polarized jet-targets for high energy spin physics experiments1. Therefore, a cryostat for stabilization of spin-polarized atomic hydrogen is built at JINR, Dubna.
KeywordsMicrowave Recombination Helium
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- 1.D. Kleppner and T.J.Greytak. Spin Polarized Hydrogen: New Possibilities for Polarized Sources and Targets, in: “Proc. of the 5-th Int. High Energy Spin Symp:’ Brookhaven (1982), p.546.Google Scholar
- 3.I. F. Silvera and J.T.M.Walraven, Spin-Polarized Atomic Hydrogen in: “Progress in Low Temperature Physics VX”, D.Brewer, ed., North Holland Publ. Co. (1986), p. 139.Google Scholar
- 4.V. G. Luppov, M.Mertig and Yu.K.Pilipenko, Stabilization of spin-polarized atomic hydrogen at low temperature, JINR Rapid Communications, 5:21 (1988).Google Scholar