Abstract
High resolution neutron powder diffraction data were used to determine the crystal structure of the superionic conductor CsDSO{sub 4} at 300 K (low conductivity phase) and at 448 K (superionic phase). A full structural analysis was performed using the Rietriveld method to obtain previously unknown atomic positions, site occupancies and temperature factors for the light atoms. The mechanism for deuterium diffusion is discussed. 18 refs.; 5 figs.; 5 tabs.
Citation Formats
Belushkin, A V, Shuvalov, L A, David, W I.F., and Ibberson, R M.
High resolution neutron powder diffraction studies of the crystal structure of CsDSO{sub 4}.
USSR: N. p.,
1990.
Web.
Belushkin, A V, Shuvalov, L A, David, W I.F., & Ibberson, R M.
High resolution neutron powder diffraction studies of the crystal structure of CsDSO{sub 4}.
USSR.
Belushkin, A V, Shuvalov, L A, David, W I.F., and Ibberson, R M.
1990.
"High resolution neutron powder diffraction studies of the crystal structure of CsDSO{sub 4}."
USSR.
@misc{etde_10157611,
title = {High resolution neutron powder diffraction studies of the crystal structure of CsDSO{sub 4}}
author = {Belushkin, A V, Shuvalov, L A, David, W I.F., and Ibberson, R M}
abstractNote = {High resolution neutron powder diffraction data were used to determine the crystal structure of the superionic conductor CsDSO{sub 4} at 300 K (low conductivity phase) and at 448 K (superionic phase). A full structural analysis was performed using the Rietriveld method to obtain previously unknown atomic positions, site occupancies and temperature factors for the light atoms. The mechanism for deuterium diffusion is discussed. 18 refs.; 5 figs.; 5 tabs.}
place = {USSR}
year = {1990}
month = {Dec}
}
title = {High resolution neutron powder diffraction studies of the crystal structure of CsDSO{sub 4}}
author = {Belushkin, A V, Shuvalov, L A, David, W I.F., and Ibberson, R M}
abstractNote = {High resolution neutron powder diffraction data were used to determine the crystal structure of the superionic conductor CsDSO{sub 4} at 300 K (low conductivity phase) and at 448 K (superionic phase). A full structural analysis was performed using the Rietriveld method to obtain previously unknown atomic positions, site occupancies and temperature factors for the light atoms. The mechanism for deuterium diffusion is discussed. 18 refs.; 5 figs.; 5 tabs.}
place = {USSR}
year = {1990}
month = {Dec}
}