Abstract
The investigations of processes resulting in creation of nuclear polarization in a spin-polarized atomic hydrogen gas were carried out at temperature 0.4-0.75 K, atomic hydrogen density 10{sup 14}-2.10{sup 16} cm{sup -3}, magnetic field 5 T. The 2-mm range ESR method with a low level operating power {approx}10{sup -9} W was used for recording. The increase in degree of nuclear polarization in the atomic hydrogen gas was attained from 50% to 85% by means of microwave-pumping of a{yields}c transition. 23 refs.; 13 figs.
Citation Formats
Vasil`ev, S A, Katunin, A Ya, Lukashevich, I I, Suraev, V V, Filippov, N I, and Filippov, V V.
EPR spectroscopy of spin-polarized atomic hydrogen in a gas phase; EhPR-spektroskopiya spin-polyarizovannogo atomarnogo vodoroda v gazovoj faze.
Russian Federation: N. p.,
1988.
Web.
Vasil`ev, S A, Katunin, A Ya, Lukashevich, I I, Suraev, V V, Filippov, N I, & Filippov, V V.
EPR spectroscopy of spin-polarized atomic hydrogen in a gas phase; EhPR-spektroskopiya spin-polyarizovannogo atomarnogo vodoroda v gazovoj faze.
Russian Federation.
Vasil`ev, S A, Katunin, A Ya, Lukashevich, I I, Suraev, V V, Filippov, N I, and Filippov, V V.
1988.
"EPR spectroscopy of spin-polarized atomic hydrogen in a gas phase; EhPR-spektroskopiya spin-polyarizovannogo atomarnogo vodoroda v gazovoj faze."
Russian Federation.
@misc{etde_10126158,
title = {EPR spectroscopy of spin-polarized atomic hydrogen in a gas phase; EhPR-spektroskopiya spin-polyarizovannogo atomarnogo vodoroda v gazovoj faze}
author = {Vasil`ev, S A, Katunin, A Ya, Lukashevich, I I, Suraev, V V, Filippov, N I, and Filippov, V V}
abstractNote = {The investigations of processes resulting in creation of nuclear polarization in a spin-polarized atomic hydrogen gas were carried out at temperature 0.4-0.75 K, atomic hydrogen density 10{sup 14}-2.10{sup 16} cm{sup -3}, magnetic field 5 T. The 2-mm range ESR method with a low level operating power {approx}10{sup -9} W was used for recording. The increase in degree of nuclear polarization in the atomic hydrogen gas was attained from 50% to 85% by means of microwave-pumping of a{yields}c transition. 23 refs.; 13 figs.}
place = {Russian Federation}
year = {1988}
month = {Dec}
}
title = {EPR spectroscopy of spin-polarized atomic hydrogen in a gas phase; EhPR-spektroskopiya spin-polyarizovannogo atomarnogo vodoroda v gazovoj faze}
author = {Vasil`ev, S A, Katunin, A Ya, Lukashevich, I I, Suraev, V V, Filippov, N I, and Filippov, V V}
abstractNote = {The investigations of processes resulting in creation of nuclear polarization in a spin-polarized atomic hydrogen gas were carried out at temperature 0.4-0.75 K, atomic hydrogen density 10{sup 14}-2.10{sup 16} cm{sup -3}, magnetic field 5 T. The 2-mm range ESR method with a low level operating power {approx}10{sup -9} W was used for recording. The increase in degree of nuclear polarization in the atomic hydrogen gas was attained from 50% to 85% by means of microwave-pumping of a{yields}c transition. 23 refs.; 13 figs.}
place = {Russian Federation}
year = {1988}
month = {Dec}
}