The Raman spectra have been studied of tertiary glasses formed by the progressive replacement of Ca(II) by Mg(II) in an equimolar Ca(NO):KNO mixture. The Raman bands of the three internal modes of the nitrate ion show progressive growth of a new set of components as the Mg(II) concentration increases. The changes are interpreted in the light of previous experimental and theoretical studies. A case is made for the existence of discrete anion sites in which the field perturbing the anion is dominated by one species of cation. Even in the case of the (Ca/K)NO glass, there is evidence for discrete sites rather than a continuum of anion environments. Copyrigh
International audienceRaman scattering of ternary alumino-silicate glasses with alkali and alkaline-...
We report a direct correlation between dissimilar ion pair formation and alkali ion transport in sod...
Author Institution: Department of Chemistry, Oklahoma State UniversityThe alkali metal nitrates, tha...
Several glasses of the nitrates of Mg2+, Cd2+ and Ca2+ with ammonium nitrate have been studied. The ...
We propose and evaluate a structural model for mixed K-Ca nitrate melts and glasses, which invokes t...
The Raman Effect of inorganic nitrates, in solution and as Crystal has been studied by a number of ...
We propose and evaluate a structural model for mixed K-Ca nitrate melts and glasses, which invokes t...
International audienceRaman scattering is performed in three sets of aluminosilicate glasses with li...
The polarized Raman spectra of aqueous solutions of Mg(NO) have been obtained over the concentration...
Raman spectra are reported for crystalline anorthite (An), calcium Tschermak's pyrox-ene (CaTs)...
International audienceThe structure of nuclear glasses and of simplified surrogates has been investi...
A number of alkali and alkaline-earth nitrates crystallize in ionic structures related to the NaCl a...
Nitrate aqueous solutions, Mg(NO(3))(2), Ca(NO(3))(2), Sr(NO(3))(2), and Pb(NO(3))(2), are investiga...
AbstractThe structure of nuclear glasses and of simplified surrogates has been investigated using co...
Author Institution: Department of Chemistry, The Ohio State University, Columbus, OH 43210Hydration ...
International audienceRaman scattering of ternary alumino-silicate glasses with alkali and alkaline-...
We report a direct correlation between dissimilar ion pair formation and alkali ion transport in sod...
Author Institution: Department of Chemistry, Oklahoma State UniversityThe alkali metal nitrates, tha...
Several glasses of the nitrates of Mg2+, Cd2+ and Ca2+ with ammonium nitrate have been studied. The ...
We propose and evaluate a structural model for mixed K-Ca nitrate melts and glasses, which invokes t...
The Raman Effect of inorganic nitrates, in solution and as Crystal has been studied by a number of ...
We propose and evaluate a structural model for mixed K-Ca nitrate melts and glasses, which invokes t...
International audienceRaman scattering is performed in three sets of aluminosilicate glasses with li...
The polarized Raman spectra of aqueous solutions of Mg(NO) have been obtained over the concentration...
Raman spectra are reported for crystalline anorthite (An), calcium Tschermak's pyrox-ene (CaTs)...
International audienceThe structure of nuclear glasses and of simplified surrogates has been investi...
A number of alkali and alkaline-earth nitrates crystallize in ionic structures related to the NaCl a...
Nitrate aqueous solutions, Mg(NO(3))(2), Ca(NO(3))(2), Sr(NO(3))(2), and Pb(NO(3))(2), are investiga...
AbstractThe structure of nuclear glasses and of simplified surrogates has been investigated using co...
Author Institution: Department of Chemistry, The Ohio State University, Columbus, OH 43210Hydration ...
International audienceRaman scattering of ternary alumino-silicate glasses with alkali and alkaline-...
We report a direct correlation between dissimilar ion pair formation and alkali ion transport in sod...
Author Institution: Department of Chemistry, Oklahoma State UniversityThe alkali metal nitrates, tha...