Abstract
The two main purposes of this work were to decide if there are rotational relaxation effects when diffusion becomes important above the glass transition temperature T/sub g/; and if the intensity of the Moessbauer absorption can be understood in terms of glass and liquid dynamics. Rotational relaxation was not seen, and there is a rapid increase in soft modes with temperature beginning at T/sub g/ seen both by Moessbauer technique and by Raman scattering.
Flinn, P A;
[1]
Zabransky, B J;
Ruby, S L
[2]
- Carnegie-Mellon Univ., Pittsburgh, Pa. (USA)
- Argonne National Lab., Ill. (USA)
Citation Formats
Flinn, P A, Zabransky, B J, and Ruby, S L.
Motions in a viscous inorganic liquid: ferrous ion in cold phosphoric acid.
France: N. p.,
1976.
Web.
Flinn, P A, Zabransky, B J, & Ruby, S L.
Motions in a viscous inorganic liquid: ferrous ion in cold phosphoric acid.
France.
Flinn, P A, Zabransky, B J, and Ruby, S L.
1976.
"Motions in a viscous inorganic liquid: ferrous ion in cold phosphoric acid."
France.
@misc{etde_7104536,
title = {Motions in a viscous inorganic liquid: ferrous ion in cold phosphoric acid}
author = {Flinn, P A, Zabransky, B J, and Ruby, S L}
abstractNote = {The two main purposes of this work were to decide if there are rotational relaxation effects when diffusion becomes important above the glass transition temperature T/sub g/; and if the intensity of the Moessbauer absorption can be understood in terms of glass and liquid dynamics. Rotational relaxation was not seen, and there is a rapid increase in soft modes with temperature beginning at T/sub g/ seen both by Moessbauer technique and by Raman scattering.}
journal = []
volume = {6}
place = {France}
year = {1976}
month = {Jan}
}
title = {Motions in a viscous inorganic liquid: ferrous ion in cold phosphoric acid}
author = {Flinn, P A, Zabransky, B J, and Ruby, S L}
abstractNote = {The two main purposes of this work were to decide if there are rotational relaxation effects when diffusion becomes important above the glass transition temperature T/sub g/; and if the intensity of the Moessbauer absorption can be understood in terms of glass and liquid dynamics. Rotational relaxation was not seen, and there is a rapid increase in soft modes with temperature beginning at T/sub g/ seen both by Moessbauer technique and by Raman scattering.}
journal = []
volume = {6}
place = {France}
year = {1976}
month = {Jan}
}